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        {
            "id": "https://update.dsesecurity.com/updates/exchange-online-message-trace-evidence/",
            "slug": "exchange-online-message-trace-evidence",
            "url": "https://update.dsesecurity.com/updates/exchange-online-message-trace-evidence/",
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                "markdown": "https://update.dsesecurity.com/updates/exchange-online-message-trace-evidence.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/exchange-online-message-trace-evidence/"
            },
            "title": "Use Exchange Online message trace as evidence, not guesswork",
            "summary": "Exchange Online message trace records how Microsoft 365 handled a message. Narrow queries, the correct identifier, ingestion timing, and preserved results make it useful evidence for mail-flow troubleshooting.",
            "format": {
                "slug": "checklist",
                "name": "Checklist"
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                "slug": "info",
                "name": "Information"
            },
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                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
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                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 461,
            "potentially_affected": "Exchange Online administrators and support teams investigating delayed, rejected, deferred, quarantined, filtered, recalled, or delivered mail.",
            "dse_recommendation": "Collect sender, recipient, UTC time, subject, and Message ID; run the narrowest trace; account for ingestion delay and retention; inspect event details; and preserve the report with the support record.",
            "primary_source": {
                "name": "Microsoft Learn: Message trace in the Exchange admin center in Exchange Online",
                "url": "https://learn.microsoft.com/en-us/exchange/monitoring/trace-an-email-message/message-trace-modern-eac",
                "published_on": "2026-05-27",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Exchange Online message trace follows a message through the Microsoft 365 organization and reports whether the service received, rejected, deferred, delivered, quarantined, recalled, or filtered it, along with actions taken before the final status. The Exchange admin center begins with a default two-day query, but administrators can narrow by sender, recipient, time, subject, delivery status, Message ID, direction, and other supported fields.</p>\n<p>Microsoft currently documents 90 days of message-trace data. Summary results for a range of 10 days or less are available directly; ranges greater than 10 days use downloadable historical reports and can take several hours. PowerShell V2 cmdlets also limit an individual query to 10 days within the retained period. A newly sent message can take approximately 5–10 minutes to appear, and displayed delivery status can have a similar delay.</p>\n<p>The Internet Message ID from the message header is constant for the life of the message and is useful for a precise investigation, although not every external system creates a standards-compliant unique value. Trace proves how Exchange Online processed the message; a Delivered status does not prove that a person read it or that a downstream client displayed it.</p>\n<h2>Permissions and applicability</h2>\n<p>Message trace applies to Exchange Online and requires appropriate Exchange Online or Microsoft Entra administrative permissions. Microsoft documents Organization Management, Exchange Administrator, or Global Administrator as paths, while recommending the least-privileged available role and limiting Global Administrator to emergency use. Report size, event detail, status filters, and government-cloud behavior can vary.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Record the reporter, affected mailbox, exact sender and recipient addresses, UTC or documented local time with zone, approximate send time, subject, Message ID, expected behavior, and any nondelivery report.</li>\n<li>Wait for the normal ingestion interval when the message is new, then search the smallest possible time and recipient scope.</li>\n<li>Review detailed events and the policy or connector action, not only the final status. Correlate quarantine, transport-rule, connector, and authentication results where relevant.</li>\n<li>For older data, request the appropriate historical report early enough for processing and before the 90-day retention boundary.</li>\n<li>Export or capture results with the query criteria, time zone, trace time, administrator, and message identifiers. Protect message data as operational evidence.</li>\n<li>Change mail-flow policy only after the trace and configuration identify a reproducible cause. Test any change with representative legitimate and unwanted mail.</li>\n</ol>\n<p>DSE recommends preserving the original report before rerunning or changing the query. When a message crosses another mail service, gateway, archive, or recipient system, obtain evidence from that system as well. Do not infer behavior outside Exchange Online from the Microsoft trace alone.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/exchange/monitoring/trace-an-email-message/message-trace-modern-eac\" target=\"_blank\" rel=\"noopener noreferrer\">Message trace in the Exchange admin center in Exchange Online</a> — query options, time ranges, statuses, permissions, and event detail.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/exchange/monitoring/trace-an-email-message/message-trace-faq\" target=\"_blank\" rel=\"noopener noreferrer\">Message Trace FAQ in Exchange Online</a> — ingestion timing, retention, PowerShell V2, and historical reports.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nExchange Online message trace follows a message through the Microsoft 365 organization and reports whether the service received, rejected, deferred, delivered, quarantined, recalled, or filtered it, along with actions taken before the final status. The Exchange admin center begins with a default two-day query, but administrators can narrow by sender, recipient, time, subject, delivery status, Message ID, direction, and other supported fields.\nMicrosoft currently documents 90 days of message-trace data. Summary results for a range of 10 days or less are available directly; ranges greater than 10 days use downloadable historical reports and can take several hours. PowerShell V2 cmdlets also limit an individual query to 10 days within the retained period. A newly sent message can take approximately 5–10 minutes to appear, and displayed delivery status can have a similar delay.\nThe Internet Message ID from the message header is constant for the life of the message and is useful for a precise investigation, although not every external system creates a standards-compliant unique value. Trace proves how Exchange Online processed the message; a Delivered status does not prove that a person read it or that a downstream client displayed it.\nPermissions and applicability\nMessage trace applies to Exchange Online and requires appropriate Exchange Online or Microsoft Entra administrative permissions. Microsoft documents Organization Management, Exchange Administrator, or Global Administrator as paths, while recommending the least-privileged available role and limiting Global Administrator to emergency use. Report size, event detail, status filters, and government-cloud behavior can vary.\nDSE recommendation: production-safe operational steps\n\nRecord the reporter, affected mailbox, exact sender and recipient addresses, UTC or documented local time with zone, approximate send time, subject, Message ID, expected behavior, and any nondelivery report.\nWait for the normal ingestion interval when the message is new, then search the smallest possible time and recipient scope.\nReview detailed events and the policy or connector action, not only the final status. Correlate quarantine, transport-rule, connector, and authentication results where relevant.\nFor older data, request the appropriate historical report early enough for processing and before the 90-day retention boundary.\nExport or capture results with the query criteria, time zone, trace time, administrator, and message identifiers. Protect message data as operational evidence.\nChange mail-flow policy only after the trace and configuration identify a reproducible cause. Test any change with representative legitimate and unwanted mail.\n\nDSE recommends preserving the original report before rerunning or changing the query. When a message crosses another mail service, gateway, archive, or recipient system, obtain evidence from that system as well. Do not infer behavior outside Exchange Online from the Microsoft trace alone.\nOfficial references\n\nMessage trace in the Exchange admin center in Exchange Online — query options, time ranges, statuses, permissions, and event detail.\nMessage Trace FAQ in Exchange Online — ingestion timing, retention, PowerShell V2, and historical reports.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nExchange Online message trace follows a message through the Microsoft 365 organization and reports whether the service received, rejected, deferred, delivered, quarantined, recalled, or filtered it, along with actions taken before the final status. The Exchange admin center begins with a default two-day query, but administrators can narrow by sender, recipient, time, subject, delivery status, Message ID, direction, and other supported fields.\n\nMicrosoft currently documents 90 days of message-trace data. Summary results for a range of 10 days or less are available directly; ranges greater than 10 days use downloadable historical reports and can take several hours. PowerShell V2 cmdlets also limit an individual query to 10 days within the retained period. A newly sent message can take approximately 5–10 minutes to appear, and displayed delivery status can have a similar delay.\n\nThe Internet Message ID from the message header is constant for the life of the message and is useful for a precise investigation, although not every external system creates a standards-compliant unique value. Trace proves how Exchange Online processed the message; a Delivered status does not prove that a person read it or that a downstream client displayed it.\n\n## Permissions and applicability\n\nMessage trace applies to Exchange Online and requires appropriate Exchange Online or Microsoft Entra administrative permissions. Microsoft documents Organization Management, Exchange Administrator, or Global Administrator as paths, while recommending the least-privileged available role and limiting Global Administrator to emergency use. Report size, event detail, status filters, and government-cloud behavior can vary.\n\n## DSE recommendation: production-safe operational steps\n\n- Record the reporter, affected mailbox, exact sender and recipient addresses, UTC or documented local time with zone, approximate send time, subject, Message ID, expected behavior, and any nondelivery report.\n\n- Wait for the normal ingestion interval when the message is new, then search the smallest possible time and recipient scope.\n\n- Review detailed events and the policy or connector action, not only the final status. Correlate quarantine, transport-rule, connector, and authentication results where relevant.\n\n- For older data, request the appropriate historical report early enough for processing and before the 90-day retention boundary.\n\n- Export or capture results with the query criteria, time zone, trace time, administrator, and message identifiers. Protect message data as operational evidence.\n\n- Change mail-flow policy only after the trace and configuration identify a reproducible cause. Test any change with representative legitimate and unwanted mail.\n\nDSE recommends preserving the original report before rerunning or changing the query. When a message crosses another mail service, gateway, archive, or recipient system, obtain evidence from that system as well. Do not infer behavior outside Exchange Online from the Microsoft trace alone.\n\n## Official references\n\n- [Message trace in the Exchange admin center in Exchange Online](https://learn.microsoft.com/en-us/exchange/monitoring/trace-an-email-message/message-trace-modern-eac) — query options, time ranges, statuses, permissions, and event detail.\n\n- [Message Trace FAQ in Exchange Online](https://learn.microsoft.com/en-us/exchange/monitoring/trace-an-email-message/message-trace-faq) — ingestion timing, retention, PowerShell V2, and historical reports."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-purview-audit-search-incident-readiness/",
            "slug": "microsoft-purview-audit-search-incident-readiness",
            "url": "https://update.dsesecurity.com/updates/microsoft-purview-audit-search-incident-readiness/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-purview-audit-search-incident-readiness.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-purview-audit-search-incident-readiness/"
            },
            "title": "Build a repeatable Microsoft Purview audit-search procedure before an incident",
            "summary": "Microsoft Purview Audit can investigate activity across Microsoft 365, but reliable evidence depends on verified ingestion, licensing-based retention, precise UTC queries, least-privileged access, and preserved exports.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 2,
            "word_count": 438,
            "potentially_affected": "Microsoft 365 and Office 365 organizations using Purview Audit Standard or Premium for security, operational, compliance, or incident investigations.",
            "dse_recommendation": "Verify audit ingestion and retention before an event, assign limited audit roles, create narrow named searches, preserve criteria and exports, and document the expected ingestion delay and evidence chain.",
            "primary_source": {
                "name": "Microsoft Learn: Search the audit log",
                "url": "https://learn.microsoft.com/en-us/purview/audit-search",
                "published_on": "2026-06-19",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Purview Audit Standard and Premium provide searchable user and administrator activity across Microsoft 365 workloads. Microsoft states that unified audit search is enabled by default for Microsoft 365 and Office 365 enterprise organizations, but documents an Exchange Online PowerShell check for the actual ingestion setting. Audit searches started in the portal continue after the browser closes, and completed search jobs remain available for 30 days.</p>\n<p>Each audit user can run up to 10 search jobs concurrently, with one unfiltered job. A portal search can span up to 180 days. Broad searches in large tenants can require up to 48 hours. Microsoft says core-service records such as Exchange, SharePoint, OneDrive, and Teams are typically available in 60–90 minutes, but does not guarantee a specific ingestion time.</p>\n<p>Microsoft documents 180-day default retention for users with supported non-E5 Microsoft 365 or Office 365 licensing. Eligible E5, Purview Suite, or Audit add-on licensing provides one-year default retention for specified Entra, Exchange, and SharePoint activities, with retention-policy options dependent on licensing. The license assigned to the relevant user and the event workload affect what remains searchable.</p>\n<h2>Permissions and applicability</h2>\n<p>Searching requires Audit Logs or View-Only Audit Logs roles in the appropriate portal or role group. Export size, long-term retention, high-value events, APIs, and Premium features depend on subscription and configuration. Audit availability is not instantaneous, and absence from a result is not proof that an action did not occur.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Verify unified audit ingestion from Exchange Online PowerShell and record the result, date, tenant, operator, and expected retention for each licensed user class.</li>\n<li>Assign the least-privileged audit role to named investigators and test access before an incident. Separate routine readers from administrators who can change audit configuration.</li>\n<li>Create a search worksheet using UTC range, users, workloads, activities, record types, sites or files, keywords, and a unique search name.</li>\n<li>Start narrow searches first, allow for ingestion, and expand one dimension at a time. Record every query change.</li>\n<li>Export results and preserve the original file, search criteria, completion time, administrator, source portal, and hash when evidence integrity matters.</li>\n<li>Correlate audit events with Entra sign-ins, Exchange trace, endpoint, network, application, and support evidence as appropriate.</li>\n<li>Run a quarterly validation that generates a known benign event, waits for ingestion, locates it, exports it, and verifies authorized access.</li>\n</ol>\n<p>DSE recommends escalating before retention expires when an investigation may require older events. Retention policy, litigation hold, mailbox audit, and application logging are distinct controls; confirm the source needed for each question rather than assuming the unified audit log contains every relevant event.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/purview/audit-search\" target=\"_blank\" rel=\"noopener noreferrer\">Search the audit log</a> — ingestion, roles, retention, concurrency, time ranges, search behavior, and export workflow.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Purview Audit Standard and Premium provide searchable user and administrator activity across Microsoft 365 workloads. Microsoft states that unified audit search is enabled by default for Microsoft 365 and Office 365 enterprise organizations, but documents an Exchange Online PowerShell check for the actual ingestion setting. Audit searches started in the portal continue after the browser closes, and completed search jobs remain available for 30 days.\nEach audit user can run up to 10 search jobs concurrently, with one unfiltered job. A portal search can span up to 180 days. Broad searches in large tenants can require up to 48 hours. Microsoft says core-service records such as Exchange, SharePoint, OneDrive, and Teams are typically available in 60–90 minutes, but does not guarantee a specific ingestion time.\nMicrosoft documents 180-day default retention for users with supported non-E5 Microsoft 365 or Office 365 licensing. Eligible E5, Purview Suite, or Audit add-on licensing provides one-year default retention for specified Entra, Exchange, and SharePoint activities, with retention-policy options dependent on licensing. The license assigned to the relevant user and the event workload affect what remains searchable.\nPermissions and applicability\nSearching requires Audit Logs or View-Only Audit Logs roles in the appropriate portal or role group. Export size, long-term retention, high-value events, APIs, and Premium features depend on subscription and configuration. Audit availability is not instantaneous, and absence from a result is not proof that an action did not occur.\nDSE recommendation: production-safe operational steps\n\nVerify unified audit ingestion from Exchange Online PowerShell and record the result, date, tenant, operator, and expected retention for each licensed user class.\nAssign the least-privileged audit role to named investigators and test access before an incident. Separate routine readers from administrators who can change audit configuration.\nCreate a search worksheet using UTC range, users, workloads, activities, record types, sites or files, keywords, and a unique search name.\nStart narrow searches first, allow for ingestion, and expand one dimension at a time. Record every query change.\nExport results and preserve the original file, search criteria, completion time, administrator, source portal, and hash when evidence integrity matters.\nCorrelate audit events with Entra sign-ins, Exchange trace, endpoint, network, application, and support evidence as appropriate.\nRun a quarterly validation that generates a known benign event, waits for ingestion, locates it, exports it, and verifies authorized access.\n\nDSE recommends escalating before retention expires when an investigation may require older events. Retention policy, litigation hold, mailbox audit, and application logging are distinct controls; confirm the source needed for each question rather than assuming the unified audit log contains every relevant event.\nOfficial reference\nSearch the audit log — ingestion, roles, retention, concurrency, time ranges, search behavior, and export workflow.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Purview Audit Standard and Premium provide searchable user and administrator activity across Microsoft 365 workloads. Microsoft states that unified audit search is enabled by default for Microsoft 365 and Office 365 enterprise organizations, but documents an Exchange Online PowerShell check for the actual ingestion setting. Audit searches started in the portal continue after the browser closes, and completed search jobs remain available for 30 days.\n\nEach audit user can run up to 10 search jobs concurrently, with one unfiltered job. A portal search can span up to 180 days. Broad searches in large tenants can require up to 48 hours. Microsoft says core-service records such as Exchange, SharePoint, OneDrive, and Teams are typically available in 60–90 minutes, but does not guarantee a specific ingestion time.\n\nMicrosoft documents 180-day default retention for users with supported non-E5 Microsoft 365 or Office 365 licensing. Eligible E5, Purview Suite, or Audit add-on licensing provides one-year default retention for specified Entra, Exchange, and SharePoint activities, with retention-policy options dependent on licensing. The license assigned to the relevant user and the event workload affect what remains searchable.\n\n## Permissions and applicability\n\nSearching requires Audit Logs or View-Only Audit Logs roles in the appropriate portal or role group. Export size, long-term retention, high-value events, APIs, and Premium features depend on subscription and configuration. Audit availability is not instantaneous, and absence from a result is not proof that an action did not occur.\n\n## DSE recommendation: production-safe operational steps\n\n- Verify unified audit ingestion from Exchange Online PowerShell and record the result, date, tenant, operator, and expected retention for each licensed user class.\n\n- Assign the least-privileged audit role to named investigators and test access before an incident. Separate routine readers from administrators who can change audit configuration.\n\n- Create a search worksheet using UTC range, users, workloads, activities, record types, sites or files, keywords, and a unique search name.\n\n- Start narrow searches first, allow for ingestion, and expand one dimension at a time. Record every query change.\n\n- Export results and preserve the original file, search criteria, completion time, administrator, source portal, and hash when evidence integrity matters.\n\n- Correlate audit events with Entra sign-ins, Exchange trace, endpoint, network, application, and support evidence as appropriate.\n\n- Run a quarterly validation that generates a known benign event, waits for ingestion, locates it, exports it, and verifies authorized access.\n\nDSE recommends escalating before retention expires when an investigation may require older events. Retention policy, litigation hold, mailbox audit, and application logging are distinct controls; confirm the source needed for each question rather than assuming the unified audit log contains every relevant event.\n\n## Official reference\n\n[Search the audit log](https://learn.microsoft.com/en-us/purview/audit-search) — ingestion, roles, retention, concurrency, time ranges, search behavior, and export workflow."
        },
        {
            "id": "https://update.dsesecurity.com/updates/sharepoint-restricted-access-control-second-boundary/",
            "slug": "sharepoint-restricted-access-control-second-boundary",
            "url": "https://update.dsesecurity.com/updates/sharepoint-restricted-access-control-second-boundary/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/sharepoint-restricted-access-control-second-boundary.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/sharepoint-restricted-access-control-second-boundary/"
            },
            "title": "Use SharePoint Restricted Access Control as a second access boundary",
            "summary": "Restricted Access Control can require both normal SharePoint permission and membership in an allowed Microsoft 365 or Entra group before a user opens site content.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 565,
            "potentially_affected": "Sensitive SharePoint sites, including Microsoft 365 group-connected, Teams-connected, and nongroup-connected sites in tenants licensed for SharePoint Advanced Management.",
            "dse_recommendation": "Inventory existing permissions and sharing, validate licensing, enable the tenant control, apply a reviewed allow group to one pilot site, test every access path, and retain rollback.",
            "primary_source": {
                "name": "Microsoft Learn: Restrict SharePoint site access with Microsoft 365 groups and Microsoft Entra security groups",
                "url": "https://learn.microsoft.com/en-us/sharepoint/restricted-access-control",
                "published_on": "2026-07-15",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>SharePoint Restricted Access Control lets an organization designate Microsoft Entra security groups or Microsoft 365 groups whose members are eligible to access a site. The control applies when a user attempts to open the site or content. A user must have both ordinary SharePoint permission and membership in an allowed group. Adding a user to the restricted-access group does not grant site or file permission by itself.</p>\n<p>Microsoft documents support for Microsoft 365 group-connected, Teams-connected, and nongroup-connected sites. Up to 10 Entra security or Microsoft 365 groups can be configured for a site, including supported dynamic security groups. The organization-level feature must be enabled before site configuration and can take up to one hour to become effective. In Multi-Geo tenants, enablement is performed separately for each intended geographic location.</p>\n<p>Restricted site access control is enforced when users open sites or files and in organization-wide search and Microsoft 365 Copilot experiences. Users denied by the policy cannot view protected site content through search or Copilot. Enforcement in those experiences can lag while the search index updates, and larger sites can take longer. By default, SharePoint sharing does not follow the restricted-access policy; preventing sharing with users outside the allowed groups is a separate opt-in tenant control.</p>\n<h2>Licensing and applicability</h2>\n<p>Microsoft requires an eligible base subscription—Office 365 E3, E5, or A5; Microsoft 365 E1, E3, E5, or A5; or Microsoft 365 GCC, GCC High, or DoD—and one of these entitlement paths: at least one user in the organization is assigned a Microsoft 365 Copilot license; the subscription includes SharePoint K, P1, or P2 and the organization purchases the SharePoint Advanced Management Plan 1 add-on; or the organization has Microsoft 365 E7. External users do not require a license. Tenant and site administration permissions, dynamic-group licensing, Teams and Microsoft 365 group behavior, guest access, applications, automation identities, search, and Multi-Geo scope must be evaluated. The feature is an additional access boundary, not a replacement for correct SharePoint permissions, site ownership, information classification, or guest governance.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Select one sensitive test site with accountable owners, known applications, documented business users, and a supportable rollback window.</li>\n<li>Export site owners, members, visitors, direct permissions, sharing links, guest access, Teams or group relationships, automation identities, and sensitivity or retention settings.</li>\n<li>Create or validate allowed groups. Confirm group ownership, membership source, dynamic rules, guest inclusion, emergency access, and the process for urgent membership correction.</li>\n<li>Enable the tenant feature, wait for documented propagation, and apply the restriction to the pilot site.</li>\n<li>Test owners, members, nonmembers, guests, Teams access, browser access, synchronized content, search and Copilot after index updates, sharing, applications, workflows, service identities, and mobile clients.</li>\n<li>Decide separately whether to prohibit sharing outside the allowed groups and test that change before enablement.</li>\n<li>Monitor denied-access reports and support requests, correct group or permission errors, and expand only after all required workflows pass.</li>\n</ol>\n<p>DSE recommends treating the allowed group as a security boundary with an owner, review cadence, and change record. Preserve the prior site state and exact removal command or procedure. If a critical integration fails, remove the pilot restriction, verify access restoration, and investigate rather than broadly adding identities to bypass the control.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/sharepoint/restricted-access-control\" target=\"_blank\" rel=\"noopener noreferrer\">Restrict SharePoint site access with Microsoft 365 groups and Microsoft Entra security groups</a> — tenant enablement, allowed groups, permission interaction, Search and Copilot enforcement, and sharing behavior.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/sharepoint/sharepoint-advanced-management-prerequisites\" target=\"_blank\" rel=\"noopener noreferrer\">Prerequisites for SharePoint Advanced Management</a> — eligible base subscriptions, entitlement paths, administrative roles, and external-user licensing.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nSharePoint Restricted Access Control lets an organization designate Microsoft Entra security groups or Microsoft 365 groups whose members are eligible to access a site. The control applies when a user attempts to open the site or content. A user must have both ordinary SharePoint permission and membership in an allowed group. Adding a user to the restricted-access group does not grant site or file permission by itself.\nMicrosoft documents support for Microsoft 365 group-connected, Teams-connected, and nongroup-connected sites. Up to 10 Entra security or Microsoft 365 groups can be configured for a site, including supported dynamic security groups. The organization-level feature must be enabled before site configuration and can take up to one hour to become effective. In Multi-Geo tenants, enablement is performed separately for each intended geographic location.\nRestricted site access control is enforced when users open sites or files and in organization-wide search and Microsoft 365 Copilot experiences. Users denied by the policy cannot view protected site content through search or Copilot. Enforcement in those experiences can lag while the search index updates, and larger sites can take longer. By default, SharePoint sharing does not follow the restricted-access policy; preventing sharing with users outside the allowed groups is a separate opt-in tenant control.\nLicensing and applicability\nMicrosoft requires an eligible base subscription—Office 365 E3, E5, or A5; Microsoft 365 E1, E3, E5, or A5; or Microsoft 365 GCC, GCC High, or DoD—and one of these entitlement paths: at least one user in the organization is assigned a Microsoft 365 Copilot license; the subscription includes SharePoint K, P1, or P2 and the organization purchases the SharePoint Advanced Management Plan 1 add-on; or the organization has Microsoft 365 E7. External users do not require a license. Tenant and site administration permissions, dynamic-group licensing, Teams and Microsoft 365 group behavior, guest access, applications, automation identities, search, and Multi-Geo scope must be evaluated. The feature is an additional access boundary, not a replacement for correct SharePoint permissions, site ownership, information classification, or guest governance.\nDSE recommendation: production-safe operational steps\n\nSelect one sensitive test site with accountable owners, known applications, documented business users, and a supportable rollback window.\nExport site owners, members, visitors, direct permissions, sharing links, guest access, Teams or group relationships, automation identities, and sensitivity or retention settings.\nCreate or validate allowed groups. Confirm group ownership, membership source, dynamic rules, guest inclusion, emergency access, and the process for urgent membership correction.\nEnable the tenant feature, wait for documented propagation, and apply the restriction to the pilot site.\nTest owners, members, nonmembers, guests, Teams access, browser access, synchronized content, search and Copilot after index updates, sharing, applications, workflows, service identities, and mobile clients.\nDecide separately whether to prohibit sharing outside the allowed groups and test that change before enablement.\nMonitor denied-access reports and support requests, correct group or permission errors, and expand only after all required workflows pass.\n\nDSE recommends treating the allowed group as a security boundary with an owner, review cadence, and change record. Preserve the prior site state and exact removal command or procedure. If a critical integration fails, remove the pilot restriction, verify access restoration, and investigate rather than broadly adding identities to bypass the control.\nOfficial references\n\nRestrict SharePoint site access with Microsoft 365 groups and Microsoft Entra security groups — tenant enablement, allowed groups, permission interaction, Search and Copilot enforcement, and sharing behavior.\nPrerequisites for SharePoint Advanced Management — eligible base subscriptions, entitlement paths, administrative roles, and external-user licensing.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nSharePoint Restricted Access Control lets an organization designate Microsoft Entra security groups or Microsoft 365 groups whose members are eligible to access a site. The control applies when a user attempts to open the site or content. A user must have both ordinary SharePoint permission and membership in an allowed group. Adding a user to the restricted-access group does not grant site or file permission by itself.\n\nMicrosoft documents support for Microsoft 365 group-connected, Teams-connected, and nongroup-connected sites. Up to 10 Entra security or Microsoft 365 groups can be configured for a site, including supported dynamic security groups. The organization-level feature must be enabled before site configuration and can take up to one hour to become effective. In Multi-Geo tenants, enablement is performed separately for each intended geographic location.\n\nRestricted site access control is enforced when users open sites or files and in organization-wide search and Microsoft 365 Copilot experiences. Users denied by the policy cannot view protected site content through search or Copilot. Enforcement in those experiences can lag while the search index updates, and larger sites can take longer. By default, SharePoint sharing does not follow the restricted-access policy; preventing sharing with users outside the allowed groups is a separate opt-in tenant control.\n\n## Licensing and applicability\n\nMicrosoft requires an eligible base subscription—Office 365 E3, E5, or A5; Microsoft 365 E1, E3, E5, or A5; or Microsoft 365 GCC, GCC High, or DoD—and one of these entitlement paths: at least one user in the organization is assigned a Microsoft 365 Copilot license; the subscription includes SharePoint K, P1, or P2 and the organization purchases the SharePoint Advanced Management Plan 1 add-on; or the organization has Microsoft 365 E7. External users do not require a license. Tenant and site administration permissions, dynamic-group licensing, Teams and Microsoft 365 group behavior, guest access, applications, automation identities, search, and Multi-Geo scope must be evaluated. The feature is an additional access boundary, not a replacement for correct SharePoint permissions, site ownership, information classification, or guest governance.\n\n## DSE recommendation: production-safe operational steps\n\n- Select one sensitive test site with accountable owners, known applications, documented business users, and a supportable rollback window.\n\n- Export site owners, members, visitors, direct permissions, sharing links, guest access, Teams or group relationships, automation identities, and sensitivity or retention settings.\n\n- Create or validate allowed groups. Confirm group ownership, membership source, dynamic rules, guest inclusion, emergency access, and the process for urgent membership correction.\n\n- Enable the tenant feature, wait for documented propagation, and apply the restriction to the pilot site.\n\n- Test owners, members, nonmembers, guests, Teams access, browser access, synchronized content, search and Copilot after index updates, sharing, applications, workflows, service identities, and mobile clients.\n\n- Decide separately whether to prohibit sharing outside the allowed groups and test that change before enablement.\n\n- Monitor denied-access reports and support requests, correct group or permission errors, and expand only after all required workflows pass.\n\nDSE recommends treating the allowed group as a security boundary with an owner, review cadence, and change record. Preserve the prior site state and exact removal command or procedure. If a critical integration fails, remove the pilot restriction, verify access restoration, and investigate rather than broadly adding identities to bypass the control.\n\n## Official references\n\n- [Restrict SharePoint site access with Microsoft 365 groups and Microsoft Entra security groups](https://learn.microsoft.com/en-us/sharepoint/restricted-access-control) — tenant enablement, allowed groups, permission interaction, Search and Copilot enforcement, and sharing behavior.\n\n- [Prerequisites for SharePoint Advanced Management](https://learn.microsoft.com/en-us/sharepoint/sharepoint-advanced-management-prerequisites) — eligible base subscriptions, entitlement paths, administrative roles, and external-user licensing."
        },
        {
            "id": "https://update.dsesecurity.com/updates/onedrive-known-folder-move-controlled-rollout/",
            "slug": "onedrive-known-folder-move-controlled-rollout",
            "url": "https://update.dsesecurity.com/updates/onedrive-known-folder-move-controlled-rollout/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/onedrive-known-folder-move-controlled-rollout.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/onedrive-known-folder-move-controlled-rollout/"
            },
            "title": "Move Windows known folders to OneDrive without creating an empty desktop",
            "summary": "OneDrive Known Folder Move can redirect familiar Windows folders to the cloud, but prior redirection, other tenants, unsupported files, storage, bandwidth, and sync health must be resolved first.",
            "format": {
                "slug": "playbook",
                "name": "Playbook"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "business-continuity",
                    "name": "Business Continuity",
                    "url": "https://update.dsesecurity.com/topic/business-continuity/"
                },
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 457,
            "potentially_affected": "Windows users whose Desktop, Documents, Pictures, Screenshots, or Camera Roll data will move through the OneDrive sync app, including migrations from Folder Redirection or another tenant.",
            "dse_recommendation": "Inventory current folder locations and data, update OneDrive, test a small representative group, validate files and sync health, and expand within Microsoft rollout guidance.",
            "primary_source": {
                "name": "Microsoft Learn: Redirect and move Windows known folders to OneDrive",
                "url": "https://learn.microsoft.com/en-us/sharepoint/redirect-known-folders",
                "published_on": "2025-03-27",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>OneDrive Known Folder Move redirects supported Windows folders such as Desktop, Documents, Pictures, Screenshots, and Camera Roll into the user&#8217;s OneDrive. Users continue working in familiar locations while the OneDrive sync app uploads the content and makes it available from other devices. Administrators can prompt users to move folders or silently redirect supported folders through Group Policy, Intune administrative templates, or documented registry policy.</p>\n<p>Microsoft recommends upgrading to the latest OneDrive build and rolling out slowly to control upload demand. For existing devices, Microsoft currently recommends limiting silent Known Folder Move deployment to 1,000 devices per day and 4,000 per week across Windows and macOS. For the prompt policy, Microsoft recommends no more than 5,000 devices per day and 20,000 per week.</p>\n<p>Existing Folder Redirection requires a transition process. Known Folder Move does not work when the user is syncing OneDrive files in SharePoint Server. If folders are already redirected to another organization&#8217;s OneDrive, redirecting immediately to the new tenant creates new folders and can leave the user viewing an empty desktop until data is migrated. Microsoft documents separate steps for local paths, file shares, and previous OneDrive redirection.</p>\n<h2>Licensing and applicability</h2>\n<p>The user needs an eligible OneDrive for work or school service, supported sync application, sufficient cloud storage, and supported Windows configuration. File names, paths, open files, policies, network proxies, tenant restrictions, unsupported content, and previous folder ownership can block migration. Syncing content to OneDrive improves service availability but is not a complete independent backup, legal retention, or offline recovery strategy.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Inventory each user&#8217;s current Desktop, Documents, and Pictures paths, prior Folder Redirection, tenant association, file count and size, storage quota, unsupported files, permissions, and sync errors.</li>\n<li>Define the supported transition for local folders, network shares, or another OneDrive tenant. Preserve authoritative source data until destination validation is complete.</li>\n<li>Update the OneDrive sync app and verify required Microsoft 365 network endpoints, disk capacity, user identity, and Files On-Demand behavior.</li>\n<li>Pilot representative users with large data sets, laptops, remote connections, specialized applications, multiple devices, and redirected folders.</li>\n<li>Validate folder contents, timestamps where important, application save paths, desktop appearance, synchronization, conflict handling, web access, new-device recovery, and user support.</li>\n<li>Throttle or schedule upload where required and expand within Microsoft&#8217;s current daily and weekly rollout guidance.</li>\n<li>Monitor sync health and storage continuously. Remove the source only after documented acceptance and the applicable retention period.</li>\n</ol>\n<p>DSE recommends communicating the visual changes and error-resolution path before policy assignment. If a user sees an empty folder, stop further moves for that cohort, preserve both source locations, identify tenant and redirection state, and reconcile files before continuing.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/sharepoint/redirect-known-folders\" target=\"_blank\" rel=\"noopener noreferrer\">Redirect and move Windows known folders to OneDrive</a> — supported folders, policies, rollout rates, prior redirection, bandwidth, and migration behavior.</p>",
            "content_text": "Source fact: what Microsoft documents\nOneDrive Known Folder Move redirects supported Windows folders such as Desktop, Documents, Pictures, Screenshots, and Camera Roll into the user’s OneDrive. Users continue working in familiar locations while the OneDrive sync app uploads the content and makes it available from other devices. Administrators can prompt users to move folders or silently redirect supported folders through Group Policy, Intune administrative templates, or documented registry policy.\nMicrosoft recommends upgrading to the latest OneDrive build and rolling out slowly to control upload demand. For existing devices, Microsoft currently recommends limiting silent Known Folder Move deployment to 1,000 devices per day and 4,000 per week across Windows and macOS. For the prompt policy, Microsoft recommends no more than 5,000 devices per day and 20,000 per week.\nExisting Folder Redirection requires a transition process. Known Folder Move does not work when the user is syncing OneDrive files in SharePoint Server. If folders are already redirected to another organization’s OneDrive, redirecting immediately to the new tenant creates new folders and can leave the user viewing an empty desktop until data is migrated. Microsoft documents separate steps for local paths, file shares, and previous OneDrive redirection.\nLicensing and applicability\nThe user needs an eligible OneDrive for work or school service, supported sync application, sufficient cloud storage, and supported Windows configuration. File names, paths, open files, policies, network proxies, tenant restrictions, unsupported content, and previous folder ownership can block migration. Syncing content to OneDrive improves service availability but is not a complete independent backup, legal retention, or offline recovery strategy.\nDSE recommendation: production-safe operational steps\n\nInventory each user’s current Desktop, Documents, and Pictures paths, prior Folder Redirection, tenant association, file count and size, storage quota, unsupported files, permissions, and sync errors.\nDefine the supported transition for local folders, network shares, or another OneDrive tenant. Preserve authoritative source data until destination validation is complete.\nUpdate the OneDrive sync app and verify required Microsoft 365 network endpoints, disk capacity, user identity, and Files On-Demand behavior.\nPilot representative users with large data sets, laptops, remote connections, specialized applications, multiple devices, and redirected folders.\nValidate folder contents, timestamps where important, application save paths, desktop appearance, synchronization, conflict handling, web access, new-device recovery, and user support.\nThrottle or schedule upload where required and expand within Microsoft’s current daily and weekly rollout guidance.\nMonitor sync health and storage continuously. Remove the source only after documented acceptance and the applicable retention period.\n\nDSE recommends communicating the visual changes and error-resolution path before policy assignment. If a user sees an empty folder, stop further moves for that cohort, preserve both source locations, identify tenant and redirection state, and reconcile files before continuing.\nOfficial reference\nRedirect and move Windows known folders to OneDrive — supported folders, policies, rollout rates, prior redirection, bandwidth, and migration behavior.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nOneDrive Known Folder Move redirects supported Windows folders such as Desktop, Documents, Pictures, Screenshots, and Camera Roll into the user’s OneDrive. Users continue working in familiar locations while the OneDrive sync app uploads the content and makes it available from other devices. Administrators can prompt users to move folders or silently redirect supported folders through Group Policy, Intune administrative templates, or documented registry policy.\n\nMicrosoft recommends upgrading to the latest OneDrive build and rolling out slowly to control upload demand. For existing devices, Microsoft currently recommends limiting silent Known Folder Move deployment to 1,000 devices per day and 4,000 per week across Windows and macOS. For the prompt policy, Microsoft recommends no more than 5,000 devices per day and 20,000 per week.\n\nExisting Folder Redirection requires a transition process. Known Folder Move does not work when the user is syncing OneDrive files in SharePoint Server. If folders are already redirected to another organization’s OneDrive, redirecting immediately to the new tenant creates new folders and can leave the user viewing an empty desktop until data is migrated. Microsoft documents separate steps for local paths, file shares, and previous OneDrive redirection.\n\n## Licensing and applicability\n\nThe user needs an eligible OneDrive for work or school service, supported sync application, sufficient cloud storage, and supported Windows configuration. File names, paths, open files, policies, network proxies, tenant restrictions, unsupported content, and previous folder ownership can block migration. Syncing content to OneDrive improves service availability but is not a complete independent backup, legal retention, or offline recovery strategy.\n\n## DSE recommendation: production-safe operational steps\n\n- Inventory each user’s current Desktop, Documents, and Pictures paths, prior Folder Redirection, tenant association, file count and size, storage quota, unsupported files, permissions, and sync errors.\n\n- Define the supported transition for local folders, network shares, or another OneDrive tenant. Preserve authoritative source data until destination validation is complete.\n\n- Update the OneDrive sync app and verify required Microsoft 365 network endpoints, disk capacity, user identity, and Files On-Demand behavior.\n\n- Pilot representative users with large data sets, laptops, remote connections, specialized applications, multiple devices, and redirected folders.\n\n- Validate folder contents, timestamps where important, application save paths, desktop appearance, synchronization, conflict handling, web access, new-device recovery, and user support.\n\n- Throttle or schedule upload where required and expand within Microsoft’s current daily and weekly rollout guidance.\n\n- Monitor sync health and storage continuously. Remove the source only after documented acceptance and the applicable retention period.\n\nDSE recommends communicating the visual changes and error-resolution path before policy assignment. If a user sees an empty folder, stop further moves for that cohort, preserve both source locations, identify tenant and redirection state, and reconcile files before continuing.\n\n## Official reference\n\n[Redirect and move Windows known folders to OneDrive](https://learn.microsoft.com/en-us/sharepoint/redirect-known-folders) — supported folders, policies, rollout rates, prior redirection, bandwidth, and migration behavior."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-teams-external-versus-guest-access/",
            "slug": "microsoft-teams-external-versus-guest-access",
            "url": "https://update.dsesecurity.com/updates/microsoft-teams-external-versus-guest-access/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-teams-external-versus-guest-access.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-teams-external-versus-guest-access/"
            },
            "title": "Choose Teams external access, guest access, or neither for each collaboration need",
            "summary": "Teams external access supports chat, calls, meetings, and separately enabled file sharing in federated chats, while guest access creates an Entra B2B identity for team and broader resource collaboration.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 563,
            "potentially_affected": "Microsoft Teams organizations collaborating with vendors, customers, partners, unmanaged Teams accounts, other Microsoft 365 tenants, or guests who need access to team resources.",
            "dse_recommendation": "Classify the collaboration need, inventory current tenant controls and guests, choose the least-access model, test cross-tenant behavior, enforce sponsorship and expiry, and audit removal.",
            "primary_source": {
                "name": "Microsoft Learn: Use guest access and external access to collaborate with people outside your organization",
                "url": "https://learn.microsoft.com/en-us/microsoftteams/communicate-with-users-from-other-organizations",
                "published_on": "2026-07-01",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Teams external access lets users find, chat with, call, and meet people who use supported Microsoft identities outside the organization. It does not make an external user a member of a team. Direct file upload in external or federated chats is off by default, but administrators can enable it through the Teams files policy. When enabled, files remain in the sender&#8217;s OneDrive and existing Microsoft 365, SharePoint/OneDrive, and Microsoft Entra policies continue to apply. When direct upload is disabled, users can still paste existing file links into the chat.</p>\n<p>Guest access adds an external person to a team and creates or uses a Microsoft Entra B2B guest account in the tenant. A guest can collaborate in channels, meetings, applications, and files according to Teams, Microsoft 365 Groups, SharePoint, and Entra configuration. Guests sign in to the host organization and may need to switch organizations in Teams. Microsoft notes that access can take up to 12 hours after addition.</p>\n<p><strong>Public preview:</strong> Microsoft labels automatic permission sharing for files and Loop components uploaded to external chats as public preview. Microsoft also labels guest-initiated sharing from a guest&#8217;s home-tenant OneDrive as public preview; those files remain stored in the guest&#8217;s home organization. Neither preview capability should be assumed available or treated as generally available for every tenant.</p>\n<p>Shared channels provide another external-collaboration model without the same guest-account experience. The right choice depends on identity, content, tenant, channel, and application requirements. Leaving a team does not delete the Entra guest object.</p>\n<h2>Licensing and applicability</h2>\n<p>Microsoft documents guest access for Microsoft 365 Business Standard, Enterprise, and Education subscriptions without an extra Microsoft 365 license for the guest. Microsoft Entra External ID billing and Microsoft 365 or Entra service limits still apply. Cross-cloud, government, sovereign, unmanaged-account, shared-channel, Conditional Access, sensitivity-label, compliance, and application behavior differ. Verify the source and target tenant combination.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Document whether the external person needs communication only, file or Loop sharing in an external chat, or persistent team, channel, application, and content access.</li>\n<li>Inventory organization-wide external-access settings, allowed and blocked domains, unmanaged-account policy, Teams files policy, preview auto-sharing policy, guest settings, existing guest objects, team ownership, shared channels, and SharePoint and OneDrive sharing.</li>\n<li>Choose external access when federated communication and, if approved, separately enabled chat file sharing are sufficient. Use guest or shared-channel collaboration only when the documented content and membership need justifies it.</li>\n<li>Require a named internal sponsor, purpose, expected end date, approved organization, and data classification before persistent collaboration.</li>\n<li>Test sign-in, tenant switching, chat, meetings, direct upload enabled and disabled, pasted links, file permissions, applications, mobile access, Conditional Access, invitation redemption, and removal with a representative external identity.</li>\n<li>Audit guest creation and team membership, review access periodically, and notify sponsors before expiry.</li>\n<li>At the end of collaboration, remove team or channel access, revoke applicable sessions and links, and remove stale Entra guest objects according to the retention process.</li>\n</ol>\n<p>DSE recommends avoiding a tenant-wide relaxation to solve one partner&#8217;s access problem. Troubleshoot the relevant Teams, Entra, group, SharePoint, cross-tenant, and licensing layer. Document any exception with a sponsor and expiration instead of making it permanent.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/microsoftteams/communicate-with-users-from-other-organizations\" target=\"_blank\" rel=\"noopener noreferrer\">Use guest access and external access to collaborate with people outside your organization</a> — external and guest identity models, defaults, cross-cloud notes, and collaboration choices.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/microsoftteams/share-files-loop-in-external-chats\" target=\"_blank\" rel=\"noopener noreferrer\">Share Files and Loop components in external chats</a> — file-policy controls, OneDrive storage, governing policies, and public-preview capabilities.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Teams external access lets users find, chat with, call, and meet people who use supported Microsoft identities outside the organization. It does not make an external user a member of a team. Direct file upload in external or federated chats is off by default, but administrators can enable it through the Teams files policy. When enabled, files remain in the sender’s OneDrive and existing Microsoft 365, SharePoint/OneDrive, and Microsoft Entra policies continue to apply. When direct upload is disabled, users can still paste existing file links into the chat.\nGuest access adds an external person to a team and creates or uses a Microsoft Entra B2B guest account in the tenant. A guest can collaborate in channels, meetings, applications, and files according to Teams, Microsoft 365 Groups, SharePoint, and Entra configuration. Guests sign in to the host organization and may need to switch organizations in Teams. Microsoft notes that access can take up to 12 hours after addition.\nPublic preview: Microsoft labels automatic permission sharing for files and Loop components uploaded to external chats as public preview. Microsoft also labels guest-initiated sharing from a guest’s home-tenant OneDrive as public preview; those files remain stored in the guest’s home organization. Neither preview capability should be assumed available or treated as generally available for every tenant.\nShared channels provide another external-collaboration model without the same guest-account experience. The right choice depends on identity, content, tenant, channel, and application requirements. Leaving a team does not delete the Entra guest object.\nLicensing and applicability\nMicrosoft documents guest access for Microsoft 365 Business Standard, Enterprise, and Education subscriptions without an extra Microsoft 365 license for the guest. Microsoft Entra External ID billing and Microsoft 365 or Entra service limits still apply. Cross-cloud, government, sovereign, unmanaged-account, shared-channel, Conditional Access, sensitivity-label, compliance, and application behavior differ. Verify the source and target tenant combination.\nDSE recommendation: production-safe operational steps\n\nDocument whether the external person needs communication only, file or Loop sharing in an external chat, or persistent team, channel, application, and content access.\nInventory organization-wide external-access settings, allowed and blocked domains, unmanaged-account policy, Teams files policy, preview auto-sharing policy, guest settings, existing guest objects, team ownership, shared channels, and SharePoint and OneDrive sharing.\nChoose external access when federated communication and, if approved, separately enabled chat file sharing are sufficient. Use guest or shared-channel collaboration only when the documented content and membership need justifies it.\nRequire a named internal sponsor, purpose, expected end date, approved organization, and data classification before persistent collaboration.\nTest sign-in, tenant switching, chat, meetings, direct upload enabled and disabled, pasted links, file permissions, applications, mobile access, Conditional Access, invitation redemption, and removal with a representative external identity.\nAudit guest creation and team membership, review access periodically, and notify sponsors before expiry.\nAt the end of collaboration, remove team or channel access, revoke applicable sessions and links, and remove stale Entra guest objects according to the retention process.\n\nDSE recommends avoiding a tenant-wide relaxation to solve one partner’s access problem. Troubleshoot the relevant Teams, Entra, group, SharePoint, cross-tenant, and licensing layer. Document any exception with a sponsor and expiration instead of making it permanent.\nOfficial references\n\nUse guest access and external access to collaborate with people outside your organization — external and guest identity models, defaults, cross-cloud notes, and collaboration choices.\nShare Files and Loop components in external chats — file-policy controls, OneDrive storage, governing policies, and public-preview capabilities.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Teams external access lets users find, chat with, call, and meet people who use supported Microsoft identities outside the organization. It does not make an external user a member of a team. Direct file upload in external or federated chats is off by default, but administrators can enable it through the Teams files policy. When enabled, files remain in the sender’s OneDrive and existing Microsoft 365, SharePoint/OneDrive, and Microsoft Entra policies continue to apply. When direct upload is disabled, users can still paste existing file links into the chat.\n\nGuest access adds an external person to a team and creates or uses a Microsoft Entra B2B guest account in the tenant. A guest can collaborate in channels, meetings, applications, and files according to Teams, Microsoft 365 Groups, SharePoint, and Entra configuration. Guests sign in to the host organization and may need to switch organizations in Teams. Microsoft notes that access can take up to 12 hours after addition.\n\nPublic preview: Microsoft labels automatic permission sharing for files and Loop components uploaded to external chats as public preview. Microsoft also labels guest-initiated sharing from a guest’s home-tenant OneDrive as public preview; those files remain stored in the guest’s home organization. Neither preview capability should be assumed available or treated as generally available for every tenant.\n\nShared channels provide another external-collaboration model without the same guest-account experience. The right choice depends on identity, content, tenant, channel, and application requirements. Leaving a team does not delete the Entra guest object.\n\n## Licensing and applicability\n\nMicrosoft documents guest access for Microsoft 365 Business Standard, Enterprise, and Education subscriptions without an extra Microsoft 365 license for the guest. Microsoft Entra External ID billing and Microsoft 365 or Entra service limits still apply. Cross-cloud, government, sovereign, unmanaged-account, shared-channel, Conditional Access, sensitivity-label, compliance, and application behavior differ. Verify the source and target tenant combination.\n\n## DSE recommendation: production-safe operational steps\n\n- Document whether the external person needs communication only, file or Loop sharing in an external chat, or persistent team, channel, application, and content access.\n\n- Inventory organization-wide external-access settings, allowed and blocked domains, unmanaged-account policy, Teams files policy, preview auto-sharing policy, guest settings, existing guest objects, team ownership, shared channels, and SharePoint and OneDrive sharing.\n\n- Choose external access when federated communication and, if approved, separately enabled chat file sharing are sufficient. Use guest or shared-channel collaboration only when the documented content and membership need justifies it.\n\n- Require a named internal sponsor, purpose, expected end date, approved organization, and data classification before persistent collaboration.\n\n- Test sign-in, tenant switching, chat, meetings, direct upload enabled and disabled, pasted links, file permissions, applications, mobile access, Conditional Access, invitation redemption, and removal with a representative external identity.\n\n- Audit guest creation and team membership, review access periodically, and notify sponsors before expiry.\n\n- At the end of collaboration, remove team or channel access, revoke applicable sessions and links, and remove stale Entra guest objects according to the retention process.\n\nDSE recommends avoiding a tenant-wide relaxation to solve one partner’s access problem. Troubleshoot the relevant Teams, Entra, group, SharePoint, cross-tenant, and licensing layer. Document any exception with a sponsor and expiration instead of making it permanent.\n\n## Official references\n\n- [Use guest access and external access to collaborate with people outside your organization](https://learn.microsoft.com/en-us/microsoftteams/communicate-with-users-from-other-organizations) — external and guest identity models, defaults, cross-cloud notes, and collaboration choices.\n\n- [Share Files and Loop components in external chats](https://learn.microsoft.com/en-us/microsoftteams/share-files-loop-in-external-chats) — file-policy controls, OneDrive storage, governing policies, and public-preview capabilities."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-secure-score-risk-informed-work-queue/",
            "slug": "microsoft-secure-score-risk-informed-work-queue",
            "url": "https://update.dsesecurity.com/updates/microsoft-secure-score-risk-informed-work-queue/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-secure-score-risk-informed-work-queue.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-secure-score-risk-informed-work-queue/"
            },
            "title": "Use Microsoft Secure Score as a work queue, not a breach guarantee",
            "summary": "Microsoft Secure Score measures progress on recommended actions across supported products. It can prioritize work and show trends, but it is not an absolute breach-risk measure or a substitute for change testing.",
            "format": {
                "slug": "explainer",
                "name": "Explainer"
            },
            "priority": {
                "slug": "info",
                "name": "Information"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 442,
            "potentially_affected": "Organizations using the Microsoft Defender portal to assess identity, application, endpoint, email, collaboration, and supported third-party security recommendations.",
            "dse_recommendation": "Review recommendations by exposure and business value, confirm licensing and applicability, test changes, record alternate mitigations or accepted risk, and trend verified improvements rather than chasing 100 percent.",
            "primary_source": {
                "name": "Microsoft Learn: Microsoft Secure Score",
                "url": "https://learn.microsoft.com/en-us/defender-xdr/microsoft-secure-score",
                "published_on": "2026-03-07",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Secure Score is a measurement of an organization&#8217;s security posture based on completed recommended actions across supported Microsoft and integrated products. Microsoft describes uses that include reporting current posture, discovering improvement actions, tracking trends, comparing with similar organizations, and establishing key performance indicators.</p>\n<p>Points can be awarded for configuring a recommended feature, performing a security task, or recording that a non-Microsoft product or alternate mitigation addresses the action. Some recommendations receive partial credit based on the percentage of users or devices covered; others are binary. Administrators can accept the remaining risk where a recommendation is not appropriate.</p>\n<p>Microsoft shows the full set of possible recommendations for a supported licensed product regardless of the particular license edition, subscription, or plan. That visibility does not mean every recommended capability is included in the tenant&#8217;s license. Secure Score synchronizes service data on different schedules; some product states update in real time, daily, weekly, or monthly.</p>\n<h2>Limits and applicability</h2>\n<p>Microsoft explicitly states that Secure Score is not an absolute measurement of breach likelihood and is not a guarantee against a breach. Recommendations do not cover every attack surface. Usability, operational continuity, compensating controls, risk tolerance, current product licensing, device coverage, data latency, and implementation quality affect the real outcome. Defender XDR unified RBAC or documented Microsoft Entra roles control access to Secure Score data.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Export the current score, recommendations, achieved points, affected products, coverage, and trend as a dated baseline.</li>\n<li>Assign a technical owner and business owner to candidate actions. Confirm that the affected product, users, devices, and license are actually in scope.</li>\n<li>Prioritize by credible exposure reduction, affected population, exploitability, business criticality, implementation effort, and recovery complexity rather than points alone.</li>\n<li>Open a controlled change for each material recommendation. Document current state, target state, pilot population, test cases, communications, rollback, and evidence required for closure.</li>\n<li>Use representative pilots and validate business workflows. Do not apply a setting directly from the recommendation without reading its current product documentation.</li>\n<li>Record a supported alternate mitigation or explicit risk acceptance when the recommendation is not suitable. Assign an owner and review date.</li>\n<li>Allow for documented score-update latency, then verify the service state independently. Trend completed, tested controls and unresolved high-risk actions.</li>\n</ol>\n<p>DSE recommends reporting score movement with context: which risk changed, how much of the estate is covered, whether validation passed, and what residual risk remains. A score can rise while critical unmanaged systems remain outside its view, or fall after Microsoft adds a new recommendation without any local regression.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/defender-xdr/microsoft-secure-score\" target=\"_blank\" rel=\"noopener noreferrer\">Microsoft Secure Score</a> — scoring, partial points, alternate mitigations, product coverage, permissions, update timing, and risk limitations.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Secure Score is a measurement of an organization’s security posture based on completed recommended actions across supported Microsoft and integrated products. Microsoft describes uses that include reporting current posture, discovering improvement actions, tracking trends, comparing with similar organizations, and establishing key performance indicators.\nPoints can be awarded for configuring a recommended feature, performing a security task, or recording that a non-Microsoft product or alternate mitigation addresses the action. Some recommendations receive partial credit based on the percentage of users or devices covered; others are binary. Administrators can accept the remaining risk where a recommendation is not appropriate.\nMicrosoft shows the full set of possible recommendations for a supported licensed product regardless of the particular license edition, subscription, or plan. That visibility does not mean every recommended capability is included in the tenant’s license. Secure Score synchronizes service data on different schedules; some product states update in real time, daily, weekly, or monthly.\nLimits and applicability\nMicrosoft explicitly states that Secure Score is not an absolute measurement of breach likelihood and is not a guarantee against a breach. Recommendations do not cover every attack surface. Usability, operational continuity, compensating controls, risk tolerance, current product licensing, device coverage, data latency, and implementation quality affect the real outcome. Defender XDR unified RBAC or documented Microsoft Entra roles control access to Secure Score data.\nDSE recommendation: production-safe operational steps\n\nExport the current score, recommendations, achieved points, affected products, coverage, and trend as a dated baseline.\nAssign a technical owner and business owner to candidate actions. Confirm that the affected product, users, devices, and license are actually in scope.\nPrioritize by credible exposure reduction, affected population, exploitability, business criticality, implementation effort, and recovery complexity rather than points alone.\nOpen a controlled change for each material recommendation. Document current state, target state, pilot population, test cases, communications, rollback, and evidence required for closure.\nUse representative pilots and validate business workflows. Do not apply a setting directly from the recommendation without reading its current product documentation.\nRecord a supported alternate mitigation or explicit risk acceptance when the recommendation is not suitable. Assign an owner and review date.\nAllow for documented score-update latency, then verify the service state independently. Trend completed, tested controls and unresolved high-risk actions.\n\nDSE recommends reporting score movement with context: which risk changed, how much of the estate is covered, whether validation passed, and what residual risk remains. A score can rise while critical unmanaged systems remain outside its view, or fall after Microsoft adds a new recommendation without any local regression.\nOfficial reference\nMicrosoft Secure Score — scoring, partial points, alternate mitigations, product coverage, permissions, update timing, and risk limitations.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Secure Score is a measurement of an organization’s security posture based on completed recommended actions across supported Microsoft and integrated products. Microsoft describes uses that include reporting current posture, discovering improvement actions, tracking trends, comparing with similar organizations, and establishing key performance indicators.\n\nPoints can be awarded for configuring a recommended feature, performing a security task, or recording that a non-Microsoft product or alternate mitigation addresses the action. Some recommendations receive partial credit based on the percentage of users or devices covered; others are binary. Administrators can accept the remaining risk where a recommendation is not appropriate.\n\nMicrosoft shows the full set of possible recommendations for a supported licensed product regardless of the particular license edition, subscription, or plan. That visibility does not mean every recommended capability is included in the tenant’s license. Secure Score synchronizes service data on different schedules; some product states update in real time, daily, weekly, or monthly.\n\n## Limits and applicability\n\nMicrosoft explicitly states that Secure Score is not an absolute measurement of breach likelihood and is not a guarantee against a breach. Recommendations do not cover every attack surface. Usability, operational continuity, compensating controls, risk tolerance, current product licensing, device coverage, data latency, and implementation quality affect the real outcome. Defender XDR unified RBAC or documented Microsoft Entra roles control access to Secure Score data.\n\n## DSE recommendation: production-safe operational steps\n\n- Export the current score, recommendations, achieved points, affected products, coverage, and trend as a dated baseline.\n\n- Assign a technical owner and business owner to candidate actions. Confirm that the affected product, users, devices, and license are actually in scope.\n\n- Prioritize by credible exposure reduction, affected population, exploitability, business criticality, implementation effort, and recovery complexity rather than points alone.\n\n- Open a controlled change for each material recommendation. Document current state, target state, pilot population, test cases, communications, rollback, and evidence required for closure.\n\n- Use representative pilots and validate business workflows. Do not apply a setting directly from the recommendation without reading its current product documentation.\n\n- Record a supported alternate mitigation or explicit risk acceptance when the recommendation is not suitable. Assign an owner and review date.\n\n- Allow for documented score-update latency, then verify the service state independently. Trend completed, tested controls and unresolved high-risk actions.\n\nDSE recommends reporting score movement with context: which risk changed, how much of the estate is covered, whether validation passed, and what residual risk remains. A score can rise while critical unmanaged systems remain outside its view, or fall after Microsoft adds a new recommendation without any local regression.\n\n## Official reference\n\n[Microsoft Secure Score](https://learn.microsoft.com/en-us/defender-xdr/microsoft-secure-score) — scoring, partial points, alternate mitigations, product coverage, permissions, update timing, and risk limitations."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-365-service-health-message-center-operations/",
            "slug": "microsoft-365-service-health-message-center-operations",
            "url": "https://update.dsesecurity.com/updates/microsoft-365-service-health-message-center-operations/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-365-service-health-message-center-operations.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-365-service-health-message-center-operations/"
            },
            "title": "Turn Microsoft 365 Service health and Message center into an owned operations process",
            "summary": "Service health reports active Microsoft 365 issues, while Message center reports planned changes and required actions. Both need named owners, triage criteria, tracked tasks, and an out-of-band status path.",
            "format": {
                "slug": "playbook",
                "name": "Playbook"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "business-continuity",
                    "name": "Business Continuity",
                    "url": "https://update.dsesecurity.com/topic/business-continuity/"
                },
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 465,
            "potentially_affected": "Microsoft 365 organizations operating Exchange Online, Teams, SharePoint, OneDrive, Microsoft 365 Apps, Dynamics 365, or other services represented in tenant communications.",
            "dse_recommendation": "Assign primary and backup reviewers, subscribe to relevant communications, check tenant health before disruptive troubleshooting, convert actionable messages into owned tasks, and retain Message IDs and closure evidence.",
            "primary_source": {
                "name": "Microsoft Learn: How to check Microsoft 365 service health",
                "url": "https://learn.microsoft.com/en-us/microsoft-365/enterprise/view-service-health?view=o365-worldwide",
                "published_on": "2026-02-09",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>The Microsoft 365 admin center Service health page shows the state of cloud services and active issues. Microsoft distinguishes advisories, where a service remains available but has limited or intermittent impact, from incidents, where a service or major function is unavailable. The page can also show issues detected for the organization that require customer action.</p>\n<p>Microsoft directs administrators to the public service-status page and the Microsoft 365 status account when the tenant admin center cannot be reached. Planned maintenance is not shown in Service health; Microsoft documents Message center as the location for planned maintenance, upcoming changes, feature updates, retirements, privacy notices, and actions required to avoid disruption.</p>\n<p>Message center offers service, tag, state, timing, act-by, platform, impact, and relevance fields. Microsoft documents that major updates requiring action are communicated at least 30 days ahead and that Plan for change posts are intended to provide advance action guidance, while acknowledging that availability and relevance features vary. Messages can be shared, linked, synchronized to Planner, or retrieved through the service communications API.</p>\n<h2>Permissions and applicability</h2>\n<p>Microsoft 365 administrative roles determine who can view Service health and Message center. Some roles do not have Message center access; a Message center reader can be used without broader administration. Release status is available only for supported announcements and currently has limited service coverage. Government, sovereign, service-specific, mobile, API, Planner, and privacy-message behavior can differ. Relevance is a prioritization aid, not proof that a message has no impact.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Assign a primary reviewer, backup reviewer, escalation owner, and service owners for identity, messaging, collaboration, endpoint, security, and business applications.</li>\n<li>Grant the least-privileged read role and configure service preferences, weekly digest, major-update notices, and privacy notices for accountable shared mailboxes where supported.</li>\n<li>During an outage, record local symptoms and time, then check tenant Service health before making broad configuration changes. Preserve the incident or advisory identifier and updates.</li>\n<li>Maintain an out-of-band public-status path for cases where identity or the admin center is unavailable.</li>\n<li>Triage Message center by act-by date, user impact, admin impact, retirement, privacy, service usage, and local dependencies. Do not rely only on relevance.</li>\n<li>Create an owned task for each actionable message with Message ID, deadline, pilot, communication, rollback, validation, and closure evidence.</li>\n<li>Review open tasks at least weekly and reconcile completed work against the original message when Microsoft updates timing or scope.</li>\n</ol>\n<p>DSE recommends separating Microsoft service incidents from local changes in the incident record. Correlation does not prove causation. If no service issue is posted, continue local investigation and use the admin-center report-an-issue path where appropriate.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/microsoft-365/enterprise/view-service-health?view=o365-worldwide\" target=\"_blank\" rel=\"noopener noreferrer\">How to check Microsoft 365 service health</a> — tenant health, incidents, advisories, customer actions, and out-of-band status.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/microsoft-365/admin/manage/message-center?view=o365-worldwide\" target=\"_blank\" rel=\"noopener noreferrer\">Track new and changed features in the Microsoft 365 Message center</a> — filters, categories, notifications, permissions, tasks, API, and change timing.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nThe Microsoft 365 admin center Service health page shows the state of cloud services and active issues. Microsoft distinguishes advisories, where a service remains available but has limited or intermittent impact, from incidents, where a service or major function is unavailable. The page can also show issues detected for the organization that require customer action.\nMicrosoft directs administrators to the public service-status page and the Microsoft 365 status account when the tenant admin center cannot be reached. Planned maintenance is not shown in Service health; Microsoft documents Message center as the location for planned maintenance, upcoming changes, feature updates, retirements, privacy notices, and actions required to avoid disruption.\nMessage center offers service, tag, state, timing, act-by, platform, impact, and relevance fields. Microsoft documents that major updates requiring action are communicated at least 30 days ahead and that Plan for change posts are intended to provide advance action guidance, while acknowledging that availability and relevance features vary. Messages can be shared, linked, synchronized to Planner, or retrieved through the service communications API.\nPermissions and applicability\nMicrosoft 365 administrative roles determine who can view Service health and Message center. Some roles do not have Message center access; a Message center reader can be used without broader administration. Release status is available only for supported announcements and currently has limited service coverage. Government, sovereign, service-specific, mobile, API, Planner, and privacy-message behavior can differ. Relevance is a prioritization aid, not proof that a message has no impact.\nDSE recommendation: production-safe operational steps\n\nAssign a primary reviewer, backup reviewer, escalation owner, and service owners for identity, messaging, collaboration, endpoint, security, and business applications.\nGrant the least-privileged read role and configure service preferences, weekly digest, major-update notices, and privacy notices for accountable shared mailboxes where supported.\nDuring an outage, record local symptoms and time, then check tenant Service health before making broad configuration changes. Preserve the incident or advisory identifier and updates.\nMaintain an out-of-band public-status path for cases where identity or the admin center is unavailable.\nTriage Message center by act-by date, user impact, admin impact, retirement, privacy, service usage, and local dependencies. Do not rely only on relevance.\nCreate an owned task for each actionable message with Message ID, deadline, pilot, communication, rollback, validation, and closure evidence.\nReview open tasks at least weekly and reconcile completed work against the original message when Microsoft updates timing or scope.\n\nDSE recommends separating Microsoft service incidents from local changes in the incident record. Correlation does not prove causation. If no service issue is posted, continue local investigation and use the admin-center report-an-issue path where appropriate.\nOfficial references\n\nHow to check Microsoft 365 service health — tenant health, incidents, advisories, customer actions, and out-of-band status.\nTrack new and changed features in the Microsoft 365 Message center — filters, categories, notifications, permissions, tasks, API, and change timing.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nThe Microsoft 365 admin center Service health page shows the state of cloud services and active issues. Microsoft distinguishes advisories, where a service remains available but has limited or intermittent impact, from incidents, where a service or major function is unavailable. The page can also show issues detected for the organization that require customer action.\n\nMicrosoft directs administrators to the public service-status page and the Microsoft 365 status account when the tenant admin center cannot be reached. Planned maintenance is not shown in Service health; Microsoft documents Message center as the location for planned maintenance, upcoming changes, feature updates, retirements, privacy notices, and actions required to avoid disruption.\n\nMessage center offers service, tag, state, timing, act-by, platform, impact, and relevance fields. Microsoft documents that major updates requiring action are communicated at least 30 days ahead and that Plan for change posts are intended to provide advance action guidance, while acknowledging that availability and relevance features vary. Messages can be shared, linked, synchronized to Planner, or retrieved through the service communications API.\n\n## Permissions and applicability\n\nMicrosoft 365 administrative roles determine who can view Service health and Message center. Some roles do not have Message center access; a Message center reader can be used without broader administration. Release status is available only for supported announcements and currently has limited service coverage. Government, sovereign, service-specific, mobile, API, Planner, and privacy-message behavior can differ. Relevance is a prioritization aid, not proof that a message has no impact.\n\n## DSE recommendation: production-safe operational steps\n\n- Assign a primary reviewer, backup reviewer, escalation owner, and service owners for identity, messaging, collaboration, endpoint, security, and business applications.\n\n- Grant the least-privileged read role and configure service preferences, weekly digest, major-update notices, and privacy notices for accountable shared mailboxes where supported.\n\n- During an outage, record local symptoms and time, then check tenant Service health before making broad configuration changes. Preserve the incident or advisory identifier and updates.\n\n- Maintain an out-of-band public-status path for cases where identity or the admin center is unavailable.\n\n- Triage Message center by act-by date, user impact, admin impact, retirement, privacy, service usage, and local dependencies. Do not rely only on relevance.\n\n- Create an owned task for each actionable message with Message ID, deadline, pilot, communication, rollback, validation, and closure evidence.\n\n- Review open tasks at least weekly and reconcile completed work against the original message when Microsoft updates timing or scope.\n\nDSE recommends separating Microsoft service incidents from local changes in the incident record. Correlation does not prove causation. If no service issue is posted, continue local investigation and use the admin-center report-an-issue path where appropriate.\n\n## Official references\n\n- [How to check Microsoft 365 service health](https://learn.microsoft.com/en-us/microsoft-365/enterprise/view-service-health?view=o365-worldwide) — tenant health, incidents, advisories, customer actions, and out-of-band status.\n\n- [Track new and changed features in the Microsoft 365 Message center](https://learn.microsoft.com/en-us/microsoft-365/admin/manage/message-center?view=o365-worldwide) — filters, categories, notifications, permissions, tasks, API, and change timing."
        },
        {
            "id": "https://update.dsesecurity.com/updates/windows-autopatch-production-prerequisites/",
            "slug": "windows-autopatch-production-prerequisites",
            "url": "https://update.dsesecurity.com/updates/windows-autopatch-production-prerequisites/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/windows-autopatch-production-prerequisites.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/windows-autopatch-production-prerequisites/"
            },
            "title": "Check Windows Autopatch prerequisites before registering production devices",
            "summary": "Windows Autopatch eligibility depends on licensing, Intune enrollment, corporate ownership, join and co-management state, recent check-in, Microsoft endpoints, diagnostic data, edition, and update channel.",
            "format": {
                "slug": "checklist",
                "name": "Checklist"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:28:15+00:00",
            "modified_at": "2026-07-19T21:28:15+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 2,
            "word_count": 433,
            "potentially_affected": "Organizations considering Windows Autopatch for supported corporate-owned Windows 10 or Windows 11 devices managed by Microsoft Intune or supported co-management.",
            "dse_recommendation": "Validate tenant and device prerequisites, network and privacy requirements, update authorities, representative pilot readiness, reporting, support ownership, and rollback before registering a production population.",
            "primary_source": {
                "name": "Microsoft Learn: Windows Autopatch prerequisites",
                "url": "https://learn.microsoft.com/en-us/windows/deployment/windows-autopatch/prepare/windows-autopatch-prerequisites",
                "published_on": "2026-02-27",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft documents Windows Autopatch availability with Microsoft 365 Business Premium, supported Windows 10 or 11 Education A3/A5 and Enterprise E3/E5 entitlements, eligible Microsoft 365 F3/E3/E5 suites, and Windows Enterprise VDA. Feature and support entitlements differ by subscription. Microsoft Entra ID P1 or P2 and Microsoft Intune are required.</p>\n<p>Devices must already be enrolled in Intune before Autopatch registration, or use supported Configuration Manager co-management. Intune must be the mobile-device-management authority, and the Windows Update policies and Device configuration workloads must be assigned to Intune or Pilot Intune for targeted devices. Configuration Manager-only devices are not supported.</p>\n<p>Microsoft requires corporate-owned devices; Windows bring-your-own devices are blocked during prerequisite checks. A device must have communicated with Intune within the previous 28 days, have internet connectivity, and reach required Microsoft service endpoints. Tailored deployment protections require diagnostic data at the documented level. Supported Windows client editions use the General Availability Channel. Supported LTSC devices can receive quality-update management, but Autopatch does not offer LTSC feature updates.</p>\n<h2>Applicability and cautions</h2>\n<p>Windows edition, architecture, build, channel, licensing, device ownership, Entra join, Intune enrollment, co-management workloads, proxy and firewall configuration, diagnostic-data policy, WSUS scan source, and recent check-in all affect eligibility. Windows 10 support status and individual LTSC lifecycle must be checked. Hotpatching has separate prerequisites. Autopatch automates supported update management; it does not remove the need for application testing, incident ownership, recovery, or business validation.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Confirm tenant subscriptions, Entra and Intune entitlements, Autopatch feature coverage, and support rights with current Microsoft product terms.</li>\n<li>Export device edition, version, architecture, channel, ownership, join state, Intune enrollment, last check-in, management authority, co-management workloads, and existing update policies.</li>\n<li>Identify unsupported BYOD, Configuration Manager-only, stale, LTSC, end-of-support, virtual, kiosk, or specialized devices and define a separate servicing plan.</li>\n<li>Validate required Microsoft endpoints through the real proxy, firewall, VPN, DNS, TLS inspection, and branch paths. Record the test and exception owner.</li>\n<li>Obtain the required privacy and security approval for diagnostic data and document what features change if the required level is unavailable.</li>\n<li>Reconcile WSUS, scan-source, update-ring, feature, quality, driver, firmware, and Configuration Manager settings before registration.</li>\n<li>Register a representative pilot, review readiness and update reports, validate business applications and recovery, and expand only after defined exit criteria pass.</li>\n</ol>\n<p>DSE recommends preserving the pre-registration configuration and assigning an operator who can pause, correct, or remove a failed pilot. Registration success is not production acceptance; verify actual update installation, restart, application health, endpoint security, and user support outcomes.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/windows/deployment/windows-autopatch/prepare/windows-autopatch-prerequisites\" target=\"_blank\" rel=\"noopener noreferrer\">Windows Autopatch prerequisites</a> — licensing, feature entitlement, Intune and Entra requirements, connectivity, ownership, diagnostic data, editions, channels, and co-management.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft documents Windows Autopatch availability with Microsoft 365 Business Premium, supported Windows 10 or 11 Education A3/A5 and Enterprise E3/E5 entitlements, eligible Microsoft 365 F3/E3/E5 suites, and Windows Enterprise VDA. Feature and support entitlements differ by subscription. Microsoft Entra ID P1 or P2 and Microsoft Intune are required.\nDevices must already be enrolled in Intune before Autopatch registration, or use supported Configuration Manager co-management. Intune must be the mobile-device-management authority, and the Windows Update policies and Device configuration workloads must be assigned to Intune or Pilot Intune for targeted devices. Configuration Manager-only devices are not supported.\nMicrosoft requires corporate-owned devices; Windows bring-your-own devices are blocked during prerequisite checks. A device must have communicated with Intune within the previous 28 days, have internet connectivity, and reach required Microsoft service endpoints. Tailored deployment protections require diagnostic data at the documented level. Supported Windows client editions use the General Availability Channel. Supported LTSC devices can receive quality-update management, but Autopatch does not offer LTSC feature updates.\nApplicability and cautions\nWindows edition, architecture, build, channel, licensing, device ownership, Entra join, Intune enrollment, co-management workloads, proxy and firewall configuration, diagnostic-data policy, WSUS scan source, and recent check-in all affect eligibility. Windows 10 support status and individual LTSC lifecycle must be checked. Hotpatching has separate prerequisites. Autopatch automates supported update management; it does not remove the need for application testing, incident ownership, recovery, or business validation.\nDSE recommendation: production-safe operational steps\n\nConfirm tenant subscriptions, Entra and Intune entitlements, Autopatch feature coverage, and support rights with current Microsoft product terms.\nExport device edition, version, architecture, channel, ownership, join state, Intune enrollment, last check-in, management authority, co-management workloads, and existing update policies.\nIdentify unsupported BYOD, Configuration Manager-only, stale, LTSC, end-of-support, virtual, kiosk, or specialized devices and define a separate servicing plan.\nValidate required Microsoft endpoints through the real proxy, firewall, VPN, DNS, TLS inspection, and branch paths. Record the test and exception owner.\nObtain the required privacy and security approval for diagnostic data and document what features change if the required level is unavailable.\nReconcile WSUS, scan-source, update-ring, feature, quality, driver, firmware, and Configuration Manager settings before registration.\nRegister a representative pilot, review readiness and update reports, validate business applications and recovery, and expand only after defined exit criteria pass.\n\nDSE recommends preserving the pre-registration configuration and assigning an operator who can pause, correct, or remove a failed pilot. Registration success is not production acceptance; verify actual update installation, restart, application health, endpoint security, and user support outcomes.\nOfficial reference\nWindows Autopatch prerequisites — licensing, feature entitlement, Intune and Entra requirements, connectivity, ownership, diagnostic data, editions, channels, and co-management.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft documents Windows Autopatch availability with Microsoft 365 Business Premium, supported Windows 10 or 11 Education A3/A5 and Enterprise E3/E5 entitlements, eligible Microsoft 365 F3/E3/E5 suites, and Windows Enterprise VDA. Feature and support entitlements differ by subscription. Microsoft Entra ID P1 or P2 and Microsoft Intune are required.\n\nDevices must already be enrolled in Intune before Autopatch registration, or use supported Configuration Manager co-management. Intune must be the mobile-device-management authority, and the Windows Update policies and Device configuration workloads must be assigned to Intune or Pilot Intune for targeted devices. Configuration Manager-only devices are not supported.\n\nMicrosoft requires corporate-owned devices; Windows bring-your-own devices are blocked during prerequisite checks. A device must have communicated with Intune within the previous 28 days, have internet connectivity, and reach required Microsoft service endpoints. Tailored deployment protections require diagnostic data at the documented level. Supported Windows client editions use the General Availability Channel. Supported LTSC devices can receive quality-update management, but Autopatch does not offer LTSC feature updates.\n\n## Applicability and cautions\n\nWindows edition, architecture, build, channel, licensing, device ownership, Entra join, Intune enrollment, co-management workloads, proxy and firewall configuration, diagnostic-data policy, WSUS scan source, and recent check-in all affect eligibility. Windows 10 support status and individual LTSC lifecycle must be checked. Hotpatching has separate prerequisites. Autopatch automates supported update management; it does not remove the need for application testing, incident ownership, recovery, or business validation.\n\n## DSE recommendation: production-safe operational steps\n\n- Confirm tenant subscriptions, Entra and Intune entitlements, Autopatch feature coverage, and support rights with current Microsoft product terms.\n\n- Export device edition, version, architecture, channel, ownership, join state, Intune enrollment, last check-in, management authority, co-management workloads, and existing update policies.\n\n- Identify unsupported BYOD, Configuration Manager-only, stale, LTSC, end-of-support, virtual, kiosk, or specialized devices and define a separate servicing plan.\n\n- Validate required Microsoft endpoints through the real proxy, firewall, VPN, DNS, TLS inspection, and branch paths. Record the test and exception owner.\n\n- Obtain the required privacy and security approval for diagnostic data and document what features change if the required level is unavailable.\n\n- Reconcile WSUS, scan-source, update-ring, feature, quality, driver, firmware, and Configuration Manager settings before registration.\n\n- Register a representative pilot, review readiness and update reports, validate business applications and recovery, and expand only after defined exit criteria pass.\n\nDSE recommends preserving the pre-registration configuration and assigning an operator who can pause, correct, or remove a failed pilot. Registration success is not production acceptance; verify actual update installation, restart, application health, endpoint security, and user support outcomes.\n\n## Official reference\n\n[Windows Autopatch prerequisites](https://learn.microsoft.com/en-us/windows/deployment/windows-autopatch/prepare/windows-autopatch-prerequisites) — licensing, feature entitlement, Intune and Entra requirements, connectivity, ownership, diagnostic data, editions, channels, and co-management."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-entra-emergency-access-accounts-readiness/",
            "slug": "microsoft-entra-emergency-access-accounts-readiness",
            "url": "https://update.dsesecurity.com/updates/microsoft-entra-emergency-access-accounts-readiness/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-entra-emergency-access-accounts-readiness.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-entra-emergency-access-accounts-readiness/"
            },
            "title": "Keep two emergency Microsoft Entra accounts ready before the tenant needs them",
            "summary": "Emergency access accounts provide a recovery path when normal administrators cannot sign in or activate a role. They must be independent, strongly protected, monitored, and tested without becoming everyday admin accounts.",
            "format": {
                "slug": "checklist",
                "name": "Checklist"
            },
            "priority": {
                "slug": "important",
                "name": "Important"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "business-continuity",
                    "name": "Business Continuity",
                    "url": "https://update.dsesecurity.com/topic/business-continuity/"
                },
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 452,
            "potentially_affected": "Microsoft Entra tenants, especially organizations that use federation, Conditional Access, Privileged Identity Management, multifactor authentication, or a small administrator team.",
            "dse_recommendation": "Maintain at least two cloud-only emergency accounts, protect them with independent phishing-resistant credentials, exclude them from blocking access policies, alert on use, and validate them every 90 days.",
            "primary_source": {
                "name": "Microsoft Learn: Manage emergency access accounts in Microsoft Entra ID",
                "url": "https://learn.microsoft.com/en-us/entra/identity/role-based-access-control/security-emergency-access",
                "published_on": "2026-06-05",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft recommends maintaining two or more emergency access accounts for situations in which ordinary administrators cannot sign in or activate a required role. Examples include an unavailable federated identity provider, inaccessible multifactor devices, an approval chain with no available approver, or an accidental tenant-wide lockout. These accounts are highly privileged and are intended only for planned validation or a real emergency.</p>\n<p>The current Microsoft guidance says the accounts should be cloud-only, use the tenant&#8217;s <code>.onmicrosoft.com</code> domain, and have a permanent active Global Administrator assignment rather than an eligible assignment in Privileged Identity Management. Microsoft recommends phishing-resistant authentication with passkeys (FIDO2) or certificate-based authentication, credentials that do not share the same dependency as normal administrators, and designated secure workstations. Accounts should be excluded from Conditional Access policies that can block or restrict sign-in. Report-only policies do not block access and do not require that exclusion.</p>\n<p>Microsoft also recommends alerting on every sign-in and audit event, keeping credentials in separate secure locations, reviewing every use, and validating account functionality at least every 90 days. A validation should prove that the account can sign in and perform an administrative task and that monitoring generates the expected notification.</p>\n<h2>Applicability and cautions</h2>\n<p>These recommendations apply to Microsoft Entra tenants, but the exact credential, alerting, workstation, storage, and approval design depends on the organization. Azure Monitor, Microsoft Sentinel, secure hardware, certificate infrastructure, or other components can introduce separate licensing and operational requirements. Emergency accounts must not be connected to employee-supplied devices or used as convenient secondary administrator identities.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Inventory existing emergency accounts, their object IDs, assigned roles, authentication methods, owners, storage locations, and policy exclusions.</li>\n<li>Create at least two cloud-only accounts if the tenant does not already have them. Use non-personal naming that does not expose a password or recovery detail.</li>\n<li>Register independent phishing-resistant credentials and store the credentials in separate, access-controlled locations available to more than one authorized custodian.</li>\n<li>Confirm permanent active Global Administrator assignment and exclude the accounts from every policy that could make them unusable during the failure scenario they address.</li>\n<li>Configure alerts for sign-in and audit activity, document authorized-use criteria, and require a post-use review.</li>\n<li>Run a witnessed drill at least every 90 days and after material administrator, authentication, federation, or Conditional Access changes.</li>\n</ol>\n<p>DSE recommends recording the date, tester, observed alerts, administrative action, and any corrective work for each drill. Stop the test after the minimum administrative validation; do not use an emergency account for routine maintenance. If a test fails, treat the recovery design as unavailable until the cause is corrected and independently retested.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/entra/identity/role-based-access-control/security-emergency-access\" target=\"_blank\" rel=\"noopener noreferrer\">Manage emergency access accounts in Microsoft Entra ID</a> — account design, authentication, Conditional Access, monitoring, and validation guidance.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft recommends maintaining two or more emergency access accounts for situations in which ordinary administrators cannot sign in or activate a required role. Examples include an unavailable federated identity provider, inaccessible multifactor devices, an approval chain with no available approver, or an accidental tenant-wide lockout. These accounts are highly privileged and are intended only for planned validation or a real emergency.\nThe current Microsoft guidance says the accounts should be cloud-only, use the tenant’s .onmicrosoft.com domain, and have a permanent active Global Administrator assignment rather than an eligible assignment in Privileged Identity Management. Microsoft recommends phishing-resistant authentication with passkeys (FIDO2) or certificate-based authentication, credentials that do not share the same dependency as normal administrators, and designated secure workstations. Accounts should be excluded from Conditional Access policies that can block or restrict sign-in. Report-only policies do not block access and do not require that exclusion.\nMicrosoft also recommends alerting on every sign-in and audit event, keeping credentials in separate secure locations, reviewing every use, and validating account functionality at least every 90 days. A validation should prove that the account can sign in and perform an administrative task and that monitoring generates the expected notification.\nApplicability and cautions\nThese recommendations apply to Microsoft Entra tenants, but the exact credential, alerting, workstation, storage, and approval design depends on the organization. Azure Monitor, Microsoft Sentinel, secure hardware, certificate infrastructure, or other components can introduce separate licensing and operational requirements. Emergency accounts must not be connected to employee-supplied devices or used as convenient secondary administrator identities.\nDSE recommendation: production-safe operational steps\n\nInventory existing emergency accounts, their object IDs, assigned roles, authentication methods, owners, storage locations, and policy exclusions.\nCreate at least two cloud-only accounts if the tenant does not already have them. Use non-personal naming that does not expose a password or recovery detail.\nRegister independent phishing-resistant credentials and store the credentials in separate, access-controlled locations available to more than one authorized custodian.\nConfirm permanent active Global Administrator assignment and exclude the accounts from every policy that could make them unusable during the failure scenario they address.\nConfigure alerts for sign-in and audit activity, document authorized-use criteria, and require a post-use review.\nRun a witnessed drill at least every 90 days and after material administrator, authentication, federation, or Conditional Access changes.\n\nDSE recommends recording the date, tester, observed alerts, administrative action, and any corrective work for each drill. Stop the test after the minimum administrative validation; do not use an emergency account for routine maintenance. If a test fails, treat the recovery design as unavailable until the cause is corrected and independently retested.\nOfficial reference\nManage emergency access accounts in Microsoft Entra ID — account design, authentication, Conditional Access, monitoring, and validation guidance.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft recommends maintaining two or more emergency access accounts for situations in which ordinary administrators cannot sign in or activate a required role. Examples include an unavailable federated identity provider, inaccessible multifactor devices, an approval chain with no available approver, or an accidental tenant-wide lockout. These accounts are highly privileged and are intended only for planned validation or a real emergency.\n\nThe current Microsoft guidance says the accounts should be cloud-only, use the tenant’s .onmicrosoft.com domain, and have a permanent active Global Administrator assignment rather than an eligible assignment in Privileged Identity Management. Microsoft recommends phishing-resistant authentication with passkeys (FIDO2) or certificate-based authentication, credentials that do not share the same dependency as normal administrators, and designated secure workstations. Accounts should be excluded from Conditional Access policies that can block or restrict sign-in. Report-only policies do not block access and do not require that exclusion.\n\nMicrosoft also recommends alerting on every sign-in and audit event, keeping credentials in separate secure locations, reviewing every use, and validating account functionality at least every 90 days. A validation should prove that the account can sign in and perform an administrative task and that monitoring generates the expected notification.\n\n## Applicability and cautions\n\nThese recommendations apply to Microsoft Entra tenants, but the exact credential, alerting, workstation, storage, and approval design depends on the organization. Azure Monitor, Microsoft Sentinel, secure hardware, certificate infrastructure, or other components can introduce separate licensing and operational requirements. Emergency accounts must not be connected to employee-supplied devices or used as convenient secondary administrator identities.\n\n## DSE recommendation: production-safe operational steps\n\n- Inventory existing emergency accounts, their object IDs, assigned roles, authentication methods, owners, storage locations, and policy exclusions.\n\n- Create at least two cloud-only accounts if the tenant does not already have them. Use non-personal naming that does not expose a password or recovery detail.\n\n- Register independent phishing-resistant credentials and store the credentials in separate, access-controlled locations available to more than one authorized custodian.\n\n- Confirm permanent active Global Administrator assignment and exclude the accounts from every policy that could make them unusable during the failure scenario they address.\n\n- Configure alerts for sign-in and audit activity, document authorized-use criteria, and require a post-use review.\n\n- Run a witnessed drill at least every 90 days and after material administrator, authentication, federation, or Conditional Access changes.\n\nDSE recommends recording the date, tester, observed alerts, administrative action, and any corrective work for each drill. Stop the test after the minimum administrative validation; do not use an emergency account for routine maintenance. If a test fails, treat the recovery design as unavailable until the cause is corrected and independently retested.\n\n## Official reference\n\n[Manage emergency access accounts in Microsoft Entra ID](https://learn.microsoft.com/en-us/entra/identity/role-based-access-control/security-emergency-access) — account design, authentication, Conditional Access, monitoring, and validation guidance."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-entra-pim-controlled-admin-lifecycle/",
            "slug": "microsoft-entra-pim-controlled-admin-lifecycle",
            "url": "https://update.dsesecurity.com/updates/microsoft-entra-pim-controlled-admin-lifecycle/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-entra-pim-controlled-admin-lifecycle.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-entra-pim-controlled-admin-lifecycle/"
            },
            "title": "Replace standing administrator access with a controlled PIM lifecycle",
            "summary": "Microsoft Entra Privileged Identity Management can replace unnecessary standing access with eligible, time-bound, approved, and auditable role activation.",
            "format": {
                "slug": "playbook",
                "name": "Playbook"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 2,
            "word_count": 439,
            "potentially_affected": "Organizations with Microsoft Entra or Azure privileged roles and the Microsoft Entra ID P2 or Microsoft Entra ID Governance licensing required for PIM.",
            "dse_recommendation": "Inventory privileged assignments, preserve emergency access, pilot one low-risk role, and introduce eligibility, activation controls, notifications, expiration, and access reviews in stages.",
            "primary_source": {
                "name": "Microsoft Learn: Plan a Privileged Identity Management deployment",
                "url": "https://learn.microsoft.com/en-us/entra/id-governance/privileged-identity-management/pim-deployment-plan",
                "published_on": "2026-04-23",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Entra Privileged Identity Management provides time-based and approval-based access to Microsoft Entra roles, Azure resource roles, and PIM for Groups. Microsoft documents eligible and active assignments, start and end dates, approval, multifactor authentication, justification, activation notifications, access reviews, and downloadable audit history. An eligible user activates a role when it is needed instead of holding the permission continuously.</p>\n<p>The deployment guidance recommends using the least-privileged role and keeping zero permanently active assignments for roles other than emergency access accounts. Microsoft separately recommends two cloud-only emergency accounts with permanent active Global Administrator assignments. A service principal cannot receive an eligible PIM assignment, although it can receive a time-limited active assignment. For Microsoft Entra roles, a group used for role assignment must be a newly created cloud group marked as assignable to a role; Azure role-group behavior differs.</p>\n<h2>Licensing and applicability</h2>\n<p>Microsoft states that PIM requires Microsoft Entra ID P2 or Microsoft Entra ID Governance licensing. Coverage must be checked for the people who benefit from or administer the feature and for the exact PIM scenario. Microsoft Entra roles, Azure resources, and PIM for Groups use related but different settings and permissions. Conditional Access requirements during role activation and preview capabilities must be evaluated against current licensing and production-support status before use.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Export all active and eligible privileged assignments, including direct users, groups, service principals, assignment dates, and current owners.</li>\n<li>Separate emergency access accounts from the migration. Confirm their permanent active role and tested recovery procedure before changing other administrators.</li>\n<li>Identify roles that can be narrowed or removed, then choose one low-impact role and a representative administrator for the first pilot.</li>\n<li>Define eligibility duration, activation duration, authentication, justification, approval, notification recipients, and an escalation path for unavailable approvers.</li>\n<li>Test successful activation, denied activation, expiration, audit records, notifications, and the operator&#8217;s ability to complete and end the intended task.</li>\n<li>Move additional roles in small groups, beginning with lower-impact roles. Review Global Administrator and Privileged Role Administrator assignments with particular care.</li>\n<li>Schedule recurring access reviews and retain activation, approval, exception, and review evidence according to the organization&#8217;s audit requirements.</li>\n</ol>\n<p>DSE recommends never converting every active administrator at once. A PIM rollout can create a lockout if role settings, approvers, authentication methods, or Conditional Access controls are incorrect. Record the previous assignment state and a rollback owner for each wave. A failed activation test should pause that wave until the dependency is corrected.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/entra/id-governance/privileged-identity-management/pim-deployment-plan\" target=\"_blank\" rel=\"noopener noreferrer\">Plan a Privileged Identity Management deployment</a> — supported resources, assignment types, emergency access, least privilege, and rollout planning.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/entra/id-governance/privileged-identity-management/pim-getting-started\" target=\"_blank\" rel=\"noopener noreferrer\">Start using Privileged Identity Management</a> — current licensing prerequisite and initial operation.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Entra Privileged Identity Management provides time-based and approval-based access to Microsoft Entra roles, Azure resource roles, and PIM for Groups. Microsoft documents eligible and active assignments, start and end dates, approval, multifactor authentication, justification, activation notifications, access reviews, and downloadable audit history. An eligible user activates a role when it is needed instead of holding the permission continuously.\nThe deployment guidance recommends using the least-privileged role and keeping zero permanently active assignments for roles other than emergency access accounts. Microsoft separately recommends two cloud-only emergency accounts with permanent active Global Administrator assignments. A service principal cannot receive an eligible PIM assignment, although it can receive a time-limited active assignment. For Microsoft Entra roles, a group used for role assignment must be a newly created cloud group marked as assignable to a role; Azure role-group behavior differs.\nLicensing and applicability\nMicrosoft states that PIM requires Microsoft Entra ID P2 or Microsoft Entra ID Governance licensing. Coverage must be checked for the people who benefit from or administer the feature and for the exact PIM scenario. Microsoft Entra roles, Azure resources, and PIM for Groups use related but different settings and permissions. Conditional Access requirements during role activation and preview capabilities must be evaluated against current licensing and production-support status before use.\nDSE recommendation: production-safe operational steps\n\nExport all active and eligible privileged assignments, including direct users, groups, service principals, assignment dates, and current owners.\nSeparate emergency access accounts from the migration. Confirm their permanent active role and tested recovery procedure before changing other administrators.\nIdentify roles that can be narrowed or removed, then choose one low-impact role and a representative administrator for the first pilot.\nDefine eligibility duration, activation duration, authentication, justification, approval, notification recipients, and an escalation path for unavailable approvers.\nTest successful activation, denied activation, expiration, audit records, notifications, and the operator’s ability to complete and end the intended task.\nMove additional roles in small groups, beginning with lower-impact roles. Review Global Administrator and Privileged Role Administrator assignments with particular care.\nSchedule recurring access reviews and retain activation, approval, exception, and review evidence according to the organization’s audit requirements.\n\nDSE recommends never converting every active administrator at once. A PIM rollout can create a lockout if role settings, approvers, authentication methods, or Conditional Access controls are incorrect. Record the previous assignment state and a rollback owner for each wave. A failed activation test should pause that wave until the dependency is corrected.\nOfficial references\n\nPlan a Privileged Identity Management deployment — supported resources, assignment types, emergency access, least privilege, and rollout planning.\nStart using Privileged Identity Management — current licensing prerequisite and initial operation.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Entra Privileged Identity Management provides time-based and approval-based access to Microsoft Entra roles, Azure resource roles, and PIM for Groups. Microsoft documents eligible and active assignments, start and end dates, approval, multifactor authentication, justification, activation notifications, access reviews, and downloadable audit history. An eligible user activates a role when it is needed instead of holding the permission continuously.\n\nThe deployment guidance recommends using the least-privileged role and keeping zero permanently active assignments for roles other than emergency access accounts. Microsoft separately recommends two cloud-only emergency accounts with permanent active Global Administrator assignments. A service principal cannot receive an eligible PIM assignment, although it can receive a time-limited active assignment. For Microsoft Entra roles, a group used for role assignment must be a newly created cloud group marked as assignable to a role; Azure role-group behavior differs.\n\n## Licensing and applicability\n\nMicrosoft states that PIM requires Microsoft Entra ID P2 or Microsoft Entra ID Governance licensing. Coverage must be checked for the people who benefit from or administer the feature and for the exact PIM scenario. Microsoft Entra roles, Azure resources, and PIM for Groups use related but different settings and permissions. Conditional Access requirements during role activation and preview capabilities must be evaluated against current licensing and production-support status before use.\n\n## DSE recommendation: production-safe operational steps\n\n- Export all active and eligible privileged assignments, including direct users, groups, service principals, assignment dates, and current owners.\n\n- Separate emergency access accounts from the migration. Confirm their permanent active role and tested recovery procedure before changing other administrators.\n\n- Identify roles that can be narrowed or removed, then choose one low-impact role and a representative administrator for the first pilot.\n\n- Define eligibility duration, activation duration, authentication, justification, approval, notification recipients, and an escalation path for unavailable approvers.\n\n- Test successful activation, denied activation, expiration, audit records, notifications, and the operator’s ability to complete and end the intended task.\n\n- Move additional roles in small groups, beginning with lower-impact roles. Review Global Administrator and Privileged Role Administrator assignments with particular care.\n\n- Schedule recurring access reviews and retain activation, approval, exception, and review evidence according to the organization’s audit requirements.\n\nDSE recommends never converting every active administrator at once. A PIM rollout can create a lockout if role settings, approvers, authentication methods, or Conditional Access controls are incorrect. Record the previous assignment state and a rollback owner for each wave. A failed activation test should pause that wave until the dependency is corrected.\n\n## Official references\n\n- [Plan a Privileged Identity Management deployment](https://learn.microsoft.com/en-us/entra/id-governance/privileged-identity-management/pim-deployment-plan) — supported resources, assignment types, emergency access, least privilege, and rollout planning.\n\n- [Start using Privileged Identity Management](https://learn.microsoft.com/en-us/entra/id-governance/privileged-identity-management/pim-getting-started) — current licensing prerequisite and initial operation."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-entra-phishing-resistant-authentication-rollout/",
            "slug": "microsoft-entra-phishing-resistant-authentication-rollout",
            "url": "https://update.dsesecurity.com/updates/microsoft-entra-phishing-resistant-authentication-rollout/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-entra-phishing-resistant-authentication-rollout.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-entra-phishing-resistant-authentication-rollout/"
            },
            "title": "Deploy phishing-resistant authentication by user and device readiness",
            "summary": "A reliable passkey and passwordless rollout starts with user personas, device and application compatibility, recoverable registration, pilot waves, and measured enforcement.",
            "format": {
                "slug": "playbook",
                "name": "Playbook"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 443,
            "potentially_affected": "Microsoft Entra users, administrators, devices, applications, virtual desktops, remote-access workflows, and help desks moving from phishable credentials to passkeys, FIDO2 keys, Windows Hello for Business, or certificate authentication.",
            "dse_recommendation": "Map user-device readiness, give users a backup method, pilot credential registration, monitor support demand, and enforce phishing resistance through staged Conditional Access policies only after validation.",
            "primary_source": {
                "name": "Microsoft Learn: Plan a phishing-resistant passwordless authentication deployment in Microsoft Entra ID",
                "url": "https://learn.microsoft.com/en-us/entra/identity/authentication/how-to-deploy-phishing-resistant-passwordless-authentication",
                "published_on": "2026-03-26",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft recommends planning phishing-resistant passwordless authentication around user personas. Administrators, regulated users, people handling sensitive systems, and ordinary users can have different credential and recovery needs. Microsoft recommends broad adoption, but beginning with one persona and expanding through Microsoft Entra groups rather than enforcing every user at once.</p>\n<p>The current deployment guide lists minimum native-platform readiness of Windows 10 22H2 for Windows Hello for Business, Windows 11 22H2 for the best passkey experience, macOS 13, iOS 17, and Android 14. Older platforms may need an external FIDO2 key, smart card, or cross-device credential. Microsoft recommends that users have at least two registered authentication methods and describes a portable credential, such as a passkey or security key, plus local credentials on the devices they use.</p>\n<p>Microsoft documents Conditional Access authentication strengths as the primary enforcement mechanism and recommends platform-specific groups and policies. The guide also recommends monitoring registration, sign-ins, audit events, and help-desk volume; rollout should slow when support demand rises.</p>\n<h2>Licensing and applicability</h2>\n<p>Microsoft states that passkeys are available in all Microsoft Entra ID editions without an extra passkey license. Conditional Access enforcement generally requires eligible Microsoft Entra ID P1 or suite licensing. Verified ID identity proofing, Identity Protection, log export, and other optional components have separate licensing. Browser, application broker, operating system, VDI, RDP, third-party identity provider, security-key, Bluetooth, and mobile support varies. Preview tools must not be treated as required production dependencies.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Inventory users by persona and build a user-device-application matrix that includes administration, mobile, remote access, VDI, and recovery scenarios.</li>\n<li>Select approved portable and local credential types, document hardware procurement and custody, and require a second usable authentication method.</li>\n<li>Define identity-proofing and Temporary Access Pass issuance with independent verification, limited duration, least-privileged operators, and an audit trail.</li>\n<li>Pilot registration with trained users on every supported platform. Test lost-device, replacement-device, new-hire, and locked-out-user recovery.</li>\n<li>Review registration and sign-in logs, application failures, user feedback, and help-desk volume before enforcement.</li>\n<li>Enforce phishing-resistant authentication in Conditional Access by ready user-device group. Preserve emergency access and a tested rollback path.</li>\n<li>Expand one wave at a time and review dormant, duplicated, or lost credentials as part of the normal identity lifecycle.</li>\n</ol>\n<p>DSE recommends measuring successful registration and successful recovery separately. Enrollment success does not prove that every application or fallback workflow works. If a platform or critical application cannot use the intended method, document the supported alternative and owner instead of weakening the policy for the entire organization.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/entra/identity/authentication/how-to-deploy-phishing-resistant-passwordless-authentication\" target=\"_blank\" rel=\"noopener noreferrer\">Plan a phishing-resistant passwordless authentication deployment</a> — personas, device readiness, credential bootstrapping, monitoring, and enforcement waves.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/entra/identity/authentication/how-to-authentication-passkeys-fido2\" target=\"_blank\" rel=\"noopener noreferrer\">How to enable passkeys (FIDO2) in Microsoft Entra ID</a> — passkey availability, profiles, types, and enforcement configuration.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft recommends planning phishing-resistant passwordless authentication around user personas. Administrators, regulated users, people handling sensitive systems, and ordinary users can have different credential and recovery needs. Microsoft recommends broad adoption, but beginning with one persona and expanding through Microsoft Entra groups rather than enforcing every user at once.\nThe current deployment guide lists minimum native-platform readiness of Windows 10 22H2 for Windows Hello for Business, Windows 11 22H2 for the best passkey experience, macOS 13, iOS 17, and Android 14. Older platforms may need an external FIDO2 key, smart card, or cross-device credential. Microsoft recommends that users have at least two registered authentication methods and describes a portable credential, such as a passkey or security key, plus local credentials on the devices they use.\nMicrosoft documents Conditional Access authentication strengths as the primary enforcement mechanism and recommends platform-specific groups and policies. The guide also recommends monitoring registration, sign-ins, audit events, and help-desk volume; rollout should slow when support demand rises.\nLicensing and applicability\nMicrosoft states that passkeys are available in all Microsoft Entra ID editions without an extra passkey license. Conditional Access enforcement generally requires eligible Microsoft Entra ID P1 or suite licensing. Verified ID identity proofing, Identity Protection, log export, and other optional components have separate licensing. Browser, application broker, operating system, VDI, RDP, third-party identity provider, security-key, Bluetooth, and mobile support varies. Preview tools must not be treated as required production dependencies.\nDSE recommendation: production-safe operational steps\n\nInventory users by persona and build a user-device-application matrix that includes administration, mobile, remote access, VDI, and recovery scenarios.\nSelect approved portable and local credential types, document hardware procurement and custody, and require a second usable authentication method.\nDefine identity-proofing and Temporary Access Pass issuance with independent verification, limited duration, least-privileged operators, and an audit trail.\nPilot registration with trained users on every supported platform. Test lost-device, replacement-device, new-hire, and locked-out-user recovery.\nReview registration and sign-in logs, application failures, user feedback, and help-desk volume before enforcement.\nEnforce phishing-resistant authentication in Conditional Access by ready user-device group. Preserve emergency access and a tested rollback path.\nExpand one wave at a time and review dormant, duplicated, or lost credentials as part of the normal identity lifecycle.\n\nDSE recommends measuring successful registration and successful recovery separately. Enrollment success does not prove that every application or fallback workflow works. If a platform or critical application cannot use the intended method, document the supported alternative and owner instead of weakening the policy for the entire organization.\nOfficial references\n\nPlan a phishing-resistant passwordless authentication deployment — personas, device readiness, credential bootstrapping, monitoring, and enforcement waves.\nHow to enable passkeys (FIDO2) in Microsoft Entra ID — passkey availability, profiles, types, and enforcement configuration.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft recommends planning phishing-resistant passwordless authentication around user personas. Administrators, regulated users, people handling sensitive systems, and ordinary users can have different credential and recovery needs. Microsoft recommends broad adoption, but beginning with one persona and expanding through Microsoft Entra groups rather than enforcing every user at once.\n\nThe current deployment guide lists minimum native-platform readiness of Windows 10 22H2 for Windows Hello for Business, Windows 11 22H2 for the best passkey experience, macOS 13, iOS 17, and Android 14. Older platforms may need an external FIDO2 key, smart card, or cross-device credential. Microsoft recommends that users have at least two registered authentication methods and describes a portable credential, such as a passkey or security key, plus local credentials on the devices they use.\n\nMicrosoft documents Conditional Access authentication strengths as the primary enforcement mechanism and recommends platform-specific groups and policies. The guide also recommends monitoring registration, sign-ins, audit events, and help-desk volume; rollout should slow when support demand rises.\n\n## Licensing and applicability\n\nMicrosoft states that passkeys are available in all Microsoft Entra ID editions without an extra passkey license. Conditional Access enforcement generally requires eligible Microsoft Entra ID P1 or suite licensing. Verified ID identity proofing, Identity Protection, log export, and other optional components have separate licensing. Browser, application broker, operating system, VDI, RDP, third-party identity provider, security-key, Bluetooth, and mobile support varies. Preview tools must not be treated as required production dependencies.\n\n## DSE recommendation: production-safe operational steps\n\n- Inventory users by persona and build a user-device-application matrix that includes administration, mobile, remote access, VDI, and recovery scenarios.\n\n- Select approved portable and local credential types, document hardware procurement and custody, and require a second usable authentication method.\n\n- Define identity-proofing and Temporary Access Pass issuance with independent verification, limited duration, least-privileged operators, and an audit trail.\n\n- Pilot registration with trained users on every supported platform. Test lost-device, replacement-device, new-hire, and locked-out-user recovery.\n\n- Review registration and sign-in logs, application failures, user feedback, and help-desk volume before enforcement.\n\n- Enforce phishing-resistant authentication in Conditional Access by ready user-device group. Preserve emergency access and a tested rollback path.\n\n- Expand one wave at a time and review dormant, duplicated, or lost credentials as part of the normal identity lifecycle.\n\nDSE recommends measuring successful registration and successful recovery separately. Enrollment success does not prove that every application or fallback workflow works. If a platform or critical application cannot use the intended method, document the supported alternative and owner instead of weakening the policy for the entire organization.\n\n## Official references\n\n- [Plan a phishing-resistant passwordless authentication deployment](https://learn.microsoft.com/en-us/entra/identity/authentication/how-to-deploy-phishing-resistant-passwordless-authentication) — personas, device readiness, credential bootstrapping, monitoring, and enforcement waves.\n\n- [How to enable passkeys (FIDO2) in Microsoft Entra ID](https://learn.microsoft.com/en-us/entra/identity/authentication/how-to-authentication-passkeys-fido2) — passkey availability, profiles, types, and enforcement configuration."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-entra-risky-user-remediation-evidence/",
            "slug": "microsoft-entra-risky-user-remediation-evidence",
            "url": "https://update.dsesecurity.com/updates/microsoft-entra-risky-user-remediation-evidence/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-entra-risky-user-remediation-evidence.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-entra-risky-user-remediation-evidence/"
            },
            "title": "Investigate and remediate risky Microsoft Entra users with evidence",
            "summary": "Microsoft Entra ID Protection can support automatic and manual risk remediation, but each action must follow investigation and preserve the distinction between password change, account recovery, and risk dismissal.",
            "format": {
                "slug": "playbook",
                "name": "Playbook"
            },
            "priority": {
                "slug": "important",
                "name": "Important"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 2,
            "word_count": 436,
            "potentially_affected": "Microsoft Entra tenants using ID Protection risk detections, risk-based Conditional Access, self-service password reset, password hash synchronization, or hybrid identities.",
            "dse_recommendation": "Collect the risk and session evidence, validate the user independently, contain suspected compromise, choose the documented remediation path, and record why risk was remediated, dismissed, or left under investigation.",
            "primary_source": {
                "name": "Microsoft Learn: Remediate risks and unblock users",
                "url": "https://learn.microsoft.com/en-us/entra/id-protection/howto-identity-protection-remediate-unblock",
                "published_on": "2026-05-27",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Entra ID Protection calculates user risk from active detections and supports both policy-based self-remediation and administrator action. A sign-in-risk policy can require multifactor authentication; successful completion can remediate that sign-in risk. A user-risk policy can require multifactor authentication followed by a secure password change. Microsoft distinguishes that password-change flow from self-service password reset, which is an account-recovery flow for a user who does not know the current password.</p>\n<p>If the user cannot satisfy the policy requirement, the sign-in can be blocked and an administrator must investigate and unblock the user. Some detections do not reach the configured threshold or are not automatically remediated, so manual handling remains necessary. Microsoft documents User Administrator as the least-privileged role for password reset, Security Operator for dismissing risk, Security Administrator for risk policies, and Conditional Access Administrator for Conditional Access policies.</p>\n<h2>Licensing and hybrid boundaries</h2>\n<p>Full ID Protection capability requires Microsoft Entra ID P2 or Microsoft Entra Suite licensing. Hybrid users have additional dependencies. Microsoft documents on-premises password-change remediation when password hash synchronization is enabled and the tenant explicitly enables the applicable setting. That behavior must be tested before relying on it. Risk data is a security signal, not proof by itself that an account is compromised or safe.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Capture the detection type, risk level and state, user, time, IP address, location, client, device, application, correlation or request identifiers, and related sign-ins before changing the record.</li>\n<li>Validate the user&#8217;s activity through an independent trusted channel. Do not ask the user to confirm a suspicious session through that same session.</li>\n<li>If compromise is plausible, block access as appropriate, revoke sessions, protect privileged or sensitive resources, and preserve relevant logs before credential remediation.</li>\n<li>Use secure password change for the documented user-risk self-remediation flow. Use SSPR or an administrator reset when the user requires account recovery. Review registered authentication methods in either case.</li>\n<li>Dismiss risk only when the evidence supports a false positive or safe event and record the reviewer, evidence, and reason. A dismissal is an administrative assertion, not containment.</li>\n<li>Review role assignments, consent grants, mailbox rules, device registrations, authentication methods, and other activity appropriate to the suspected compromise.</li>\n<li>Close the event only after access, session, credential, and monitoring actions are verified.</li>\n</ol>\n<p>DSE recommends testing risk policies with pilot users, emergency-access exclusions, and help-desk procedures before broad enforcement. If telemetry is incomplete, preserve uncertainty in the ticket and escalate; do not convert a lack of evidence into a claim that no compromise occurred.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/entra/id-protection/howto-identity-protection-remediate-unblock\" target=\"_blank\" rel=\"noopener noreferrer\">Remediate risks and unblock users</a> — licensing, least-privileged roles, self-remediation, password flows, hybrid behavior, and manual actions.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Entra ID Protection calculates user risk from active detections and supports both policy-based self-remediation and administrator action. A sign-in-risk policy can require multifactor authentication; successful completion can remediate that sign-in risk. A user-risk policy can require multifactor authentication followed by a secure password change. Microsoft distinguishes that password-change flow from self-service password reset, which is an account-recovery flow for a user who does not know the current password.\nIf the user cannot satisfy the policy requirement, the sign-in can be blocked and an administrator must investigate and unblock the user. Some detections do not reach the configured threshold or are not automatically remediated, so manual handling remains necessary. Microsoft documents User Administrator as the least-privileged role for password reset, Security Operator for dismissing risk, Security Administrator for risk policies, and Conditional Access Administrator for Conditional Access policies.\nLicensing and hybrid boundaries\nFull ID Protection capability requires Microsoft Entra ID P2 or Microsoft Entra Suite licensing. Hybrid users have additional dependencies. Microsoft documents on-premises password-change remediation when password hash synchronization is enabled and the tenant explicitly enables the applicable setting. That behavior must be tested before relying on it. Risk data is a security signal, not proof by itself that an account is compromised or safe.\nDSE recommendation: production-safe operational steps\n\nCapture the detection type, risk level and state, user, time, IP address, location, client, device, application, correlation or request identifiers, and related sign-ins before changing the record.\nValidate the user’s activity through an independent trusted channel. Do not ask the user to confirm a suspicious session through that same session.\nIf compromise is plausible, block access as appropriate, revoke sessions, protect privileged or sensitive resources, and preserve relevant logs before credential remediation.\nUse secure password change for the documented user-risk self-remediation flow. Use SSPR or an administrator reset when the user requires account recovery. Review registered authentication methods in either case.\nDismiss risk only when the evidence supports a false positive or safe event and record the reviewer, evidence, and reason. A dismissal is an administrative assertion, not containment.\nReview role assignments, consent grants, mailbox rules, device registrations, authentication methods, and other activity appropriate to the suspected compromise.\nClose the event only after access, session, credential, and monitoring actions are verified.\n\nDSE recommends testing risk policies with pilot users, emergency-access exclusions, and help-desk procedures before broad enforcement. If telemetry is incomplete, preserve uncertainty in the ticket and escalate; do not convert a lack of evidence into a claim that no compromise occurred.\nOfficial reference\nRemediate risks and unblock users — licensing, least-privileged roles, self-remediation, password flows, hybrid behavior, and manual actions.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Entra ID Protection calculates user risk from active detections and supports both policy-based self-remediation and administrator action. A sign-in-risk policy can require multifactor authentication; successful completion can remediate that sign-in risk. A user-risk policy can require multifactor authentication followed by a secure password change. Microsoft distinguishes that password-change flow from self-service password reset, which is an account-recovery flow for a user who does not know the current password.\n\nIf the user cannot satisfy the policy requirement, the sign-in can be blocked and an administrator must investigate and unblock the user. Some detections do not reach the configured threshold or are not automatically remediated, so manual handling remains necessary. Microsoft documents User Administrator as the least-privileged role for password reset, Security Operator for dismissing risk, Security Administrator for risk policies, and Conditional Access Administrator for Conditional Access policies.\n\n## Licensing and hybrid boundaries\n\nFull ID Protection capability requires Microsoft Entra ID P2 or Microsoft Entra Suite licensing. Hybrid users have additional dependencies. Microsoft documents on-premises password-change remediation when password hash synchronization is enabled and the tenant explicitly enables the applicable setting. That behavior must be tested before relying on it. Risk data is a security signal, not proof by itself that an account is compromised or safe.\n\n## DSE recommendation: production-safe operational steps\n\n- Capture the detection type, risk level and state, user, time, IP address, location, client, device, application, correlation or request identifiers, and related sign-ins before changing the record.\n\n- Validate the user’s activity through an independent trusted channel. Do not ask the user to confirm a suspicious session through that same session.\n\n- If compromise is plausible, block access as appropriate, revoke sessions, protect privileged or sensitive resources, and preserve relevant logs before credential remediation.\n\n- Use secure password change for the documented user-risk self-remediation flow. Use SSPR or an administrator reset when the user requires account recovery. Review registered authentication methods in either case.\n\n- Dismiss risk only when the evidence supports a false positive or safe event and record the reviewer, evidence, and reason. A dismissal is an administrative assertion, not containment.\n\n- Review role assignments, consent grants, mailbox rules, device registrations, authentication methods, and other activity appropriate to the suspected compromise.\n\n- Close the event only after access, session, credential, and monitoring actions are verified.\n\nDSE recommends testing risk policies with pilot users, emergency-access exclusions, and help-desk procedures before broad enforcement. If telemetry is incomplete, preserve uncertainty in the ticket and escalate; do not convert a lack of evidence into a claim that no compromise occurred.\n\n## Official reference\n\n[Remediate risks and unblock users](https://learn.microsoft.com/en-us/entra/id-protection/howto-identity-protection-remediate-unblock) — licensing, least-privileged roles, self-remediation, password flows, hybrid behavior, and manual actions."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-entra-access-reviews-recurring-governance/",
            "slug": "microsoft-entra-access-reviews-recurring-governance",
            "url": "https://update.dsesecurity.com/updates/microsoft-entra-access-reviews-recurring-governance/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-entra-access-reviews-recurring-governance.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-entra-access-reviews-recurring-governance/"
            },
            "title": "Use Entra access reviews to remove access that no longer has an owner",
            "summary": "Recurring Microsoft Entra access reviews can help owners recertify group, application, role, guest, and access-package assignments before stale access becomes permanent.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 444,
            "potentially_affected": "Organizations using Microsoft Entra groups, enterprise applications, privileged roles, Azure resource roles, access packages, guest collaboration, or policy exceptions that require periodic attestation.",
            "dse_recommendation": "Start with one well-owned sensitive resource, define the evidence reviewers need, run the first review without automatic removal, resolve uncertainty, and establish an accountable recurrence.",
            "primary_source": {
                "name": "Microsoft Learn: What are access reviews?",
                "url": "https://learn.microsoft.com/en-us/entra/id-governance/access-reviews-overview",
                "published_on": "2026-03-12",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Entra access reviews let organizations recertify access to security groups, Microsoft 365 groups, enterprise applications, Microsoft Entra roles, Azure resource roles, and access packages. Depending on the resource, reviewers can be specified individuals, group owners, managers, group members, or users reviewing their own access. Reviews are created in Access reviews, enterprise applications, Privileged Identity Management, or entitlement management according to the assignment being reviewed.</p>\n<p>Microsoft identifies several useful scenarios: excessive privileged access, guest access that no longer has a sponsor, policy-exception lists, critical application access, groups being reused for a different purpose, and access that cannot be fully automated from an authoritative source. Reviews can recur weekly, monthly, quarterly, or annually. Reviewers can approve or deny continued access and can use available decision recommendations.</p>\n<h2>Licensing and applicability</h2>\n<p>Microsoft states that access reviews require Microsoft Entra ID Governance or Microsoft Entra Suite subscriptions for the organization&#8217;s users, while some capabilities may operate with Entra ID P2. Reviews that use inactive-user or user-to-group-affiliation recommendations, and some multi-resource capabilities, require Governance licensing; preview status must be checked before production use. Licensing and reviewer behavior vary by the resource and feature.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Select one sensitive group or application with a named business owner, accurate membership, and a clear reason for access.</li>\n<li>Define review scope, cadence, reviewer and backup reviewer, evidence standard, decision reason, response deadline, and escalation path before creating the review.</li>\n<li>Tell reviewers what approval means. A familiar name or recent sign-in is not sufficient evidence of a continuing business need.</li>\n<li>Run the first review without automatically applying denials. Investigate unknown identities, service accounts, guests, nested groups, and disputed assignments.</li>\n<li>Validate proposed removals with the resource owner and application operator, then apply results in a controlled window with a support and restoration path.</li>\n<li>Export the review result, unresolved exceptions, reviewer response, and applied changes. Record any retained exception with an owner and expiration.</li>\n<li>After the process is reliable, consider automatic result application only for scopes where removal behavior and restoration have been tested.</li>\n</ol>\n<p>DSE recommends separating reviewer accountability from technical administration: the business owner decides whether access remains justified, while an administrator verifies that the result can be safely applied. Nonresponse should not silently become permanent approval. Define the treatment of nonresponders in advance and escalate critical resources.</p>\n<p>An access review is a periodic control, not a substitute for timely onboarding, transfer, and termination processes. Urgent access removal should not wait for the next campaign. Review recurrence and scope should be reassessed when ownership, application purpose, guest relationships, or regulatory requirements change.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/entra/id-governance/access-reviews-overview\" target=\"_blank\" rel=\"noopener noreferrer\">What are access reviews?</a> — supported review resources, reviewer models, scenarios, recurrence, and licensing boundaries.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Entra access reviews let organizations recertify access to security groups, Microsoft 365 groups, enterprise applications, Microsoft Entra roles, Azure resource roles, and access packages. Depending on the resource, reviewers can be specified individuals, group owners, managers, group members, or users reviewing their own access. Reviews are created in Access reviews, enterprise applications, Privileged Identity Management, or entitlement management according to the assignment being reviewed.\nMicrosoft identifies several useful scenarios: excessive privileged access, guest access that no longer has a sponsor, policy-exception lists, critical application access, groups being reused for a different purpose, and access that cannot be fully automated from an authoritative source. Reviews can recur weekly, monthly, quarterly, or annually. Reviewers can approve or deny continued access and can use available decision recommendations.\nLicensing and applicability\nMicrosoft states that access reviews require Microsoft Entra ID Governance or Microsoft Entra Suite subscriptions for the organization’s users, while some capabilities may operate with Entra ID P2. Reviews that use inactive-user or user-to-group-affiliation recommendations, and some multi-resource capabilities, require Governance licensing; preview status must be checked before production use. Licensing and reviewer behavior vary by the resource and feature.\nDSE recommendation: production-safe operational steps\n\nSelect one sensitive group or application with a named business owner, accurate membership, and a clear reason for access.\nDefine review scope, cadence, reviewer and backup reviewer, evidence standard, decision reason, response deadline, and escalation path before creating the review.\nTell reviewers what approval means. A familiar name or recent sign-in is not sufficient evidence of a continuing business need.\nRun the first review without automatically applying denials. Investigate unknown identities, service accounts, guests, nested groups, and disputed assignments.\nValidate proposed removals with the resource owner and application operator, then apply results in a controlled window with a support and restoration path.\nExport the review result, unresolved exceptions, reviewer response, and applied changes. Record any retained exception with an owner and expiration.\nAfter the process is reliable, consider automatic result application only for scopes where removal behavior and restoration have been tested.\n\nDSE recommends separating reviewer accountability from technical administration: the business owner decides whether access remains justified, while an administrator verifies that the result can be safely applied. Nonresponse should not silently become permanent approval. Define the treatment of nonresponders in advance and escalate critical resources.\nAn access review is a periodic control, not a substitute for timely onboarding, transfer, and termination processes. Urgent access removal should not wait for the next campaign. Review recurrence and scope should be reassessed when ownership, application purpose, guest relationships, or regulatory requirements change.\nOfficial reference\nWhat are access reviews? — supported review resources, reviewer models, scenarios, recurrence, and licensing boundaries.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Entra access reviews let organizations recertify access to security groups, Microsoft 365 groups, enterprise applications, Microsoft Entra roles, Azure resource roles, and access packages. Depending on the resource, reviewers can be specified individuals, group owners, managers, group members, or users reviewing their own access. Reviews are created in Access reviews, enterprise applications, Privileged Identity Management, or entitlement management according to the assignment being reviewed.\n\nMicrosoft identifies several useful scenarios: excessive privileged access, guest access that no longer has a sponsor, policy-exception lists, critical application access, groups being reused for a different purpose, and access that cannot be fully automated from an authoritative source. Reviews can recur weekly, monthly, quarterly, or annually. Reviewers can approve or deny continued access and can use available decision recommendations.\n\n## Licensing and applicability\n\nMicrosoft states that access reviews require Microsoft Entra ID Governance or Microsoft Entra Suite subscriptions for the organization’s users, while some capabilities may operate with Entra ID P2. Reviews that use inactive-user or user-to-group-affiliation recommendations, and some multi-resource capabilities, require Governance licensing; preview status must be checked before production use. Licensing and reviewer behavior vary by the resource and feature.\n\n## DSE recommendation: production-safe operational steps\n\n- Select one sensitive group or application with a named business owner, accurate membership, and a clear reason for access.\n\n- Define review scope, cadence, reviewer and backup reviewer, evidence standard, decision reason, response deadline, and escalation path before creating the review.\n\n- Tell reviewers what approval means. A familiar name or recent sign-in is not sufficient evidence of a continuing business need.\n\n- Run the first review without automatically applying denials. Investigate unknown identities, service accounts, guests, nested groups, and disputed assignments.\n\n- Validate proposed removals with the resource owner and application operator, then apply results in a controlled window with a support and restoration path.\n\n- Export the review result, unresolved exceptions, reviewer response, and applied changes. Record any retained exception with an owner and expiration.\n\n- After the process is reliable, consider automatic result application only for scopes where removal behavior and restoration have been tested.\n\nDSE recommends separating reviewer accountability from technical administration: the business owner decides whether access remains justified, while an administrator verifies that the result can be safely applied. Nonresponse should not silently become permanent approval. Define the treatment of nonresponders in advance and escalate critical resources.\n\nAn access review is a periodic control, not a substitute for timely onboarding, transfer, and termination processes. Urgent access removal should not wait for the next campaign. Review recurrence and scope should be reassessed when ownership, application purpose, guest relationships, or regulatory requirements change.\n\n## Official reference\n\n[What are access reviews?](https://learn.microsoft.com/en-us/entra/id-governance/access-reviews-overview) — supported review resources, reviewer models, scenarios, recurrence, and licensing boundaries."
        },
        {
            "id": "https://update.dsesecurity.com/updates/intune-windows-laps-conflict-safe-deployment/",
            "slug": "intune-windows-laps-conflict-safe-deployment",
            "url": "https://update.dsesecurity.com/updates/intune-windows-laps-conflict-safe-deployment/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/intune-windows-laps-conflict-safe-deployment.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/intune-windows-laps-conflict-safe-deployment/"
            },
            "title": "Deploy Windows LAPS through Intune without creating policy conflicts",
            "summary": "Windows LAPS can rotate and escrow a unique local administrator password, but conflicting policies, the wrong backup directory, missing accounts, or excessive retrieval rights can leave the control ineffective.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 490,
            "potentially_affected": "Windows devices managed with Microsoft Intune, including Microsoft Entra joined, hybrid joined, and appropriately domain-joined devices using a supported Windows LAPS backup directory.",
            "dse_recommendation": "Inventory existing LAPS authorities, assign one device-based policy, match backup location to join type, verify escrow and reporting, restrict password retrieval, and test manual rotation on a pilot.",
            "primary_source": {
                "name": "Microsoft Learn: Deploy Windows LAPS policy with Microsoft Intune",
                "url": "https://learn.microsoft.com/en-us/intune/device-security/laps/deploy-policy",
                "published_on": "2026-04-15",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Intune manages Windows Local Administrator Password Solution through the Windows LAPS configuration service provider. Microsoft documents that CSP settings take precedence over and overwrite settings from other LAPS sources such as Group Policy or legacy Microsoft LAPS. Intune LAPS manages one local administrator account per device and does not create that account. If a named account does not exist, no account is managed; leaving the account name blank targets the built-in local administrator account identified by its well-known relative identifier.</p>\n<p>Microsoft recommends one LAPS policy per device and device-group assignments instead of user groups. Conflicting settings can stop processing or prevent the password from being backed up. The policy&#8217;s backup directory must be compatible with the device&#8217;s join type. A device can apply an incompatible configuration without an Intune policy error while Windows LAPS still fails to escrow the password.</p>\n<p>Retrieving a Microsoft Entra-escrowed password, scheduled rotation, and manual rotation produce audit events. Passwords backed up to on-premises Active Directory cannot be viewed from the Intune device pane. Manual rotation requires the documented Intune permissions and a successful prior backup. The action is available for Windows devices; for Microsoft Entra–joined devices, the device must be online when requested. Bulk rotation is not supported.</p>\n<h2>Licensing and applicability</h2>\n<p>Users or devices benefiting from Intune generally require applicable Intune licensing. Windows edition, update level, join type, tenant configuration, directory schema, role permissions, and the chosen escrow location affect support. Microsoft Entra and Intune roles should be limited to the minimum password-read, policy, and rotation rights needed.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Inventory legacy LAPS, Group Policy, CSP, scripts, local account names, join types, current password custody, and administrators who can retrieve credentials.</li>\n<li>Confirm tenant and device prerequisites and choose Microsoft Entra ID or Active Directory escrow based on supported join state.</li>\n<li>Create one pilot policy assigned to a device group. Ensure the intended local account already exists and is enabled only where required.</li>\n<li>Verify policy success, actual password backup, last and next rotation dates, and the appropriate audit records before relying on the password.</li>\n<li>Grant retrieval and rotation through least-privileged roles. Test that unauthorized staff cannot view the secret and that authorized retrieval is audited.</li>\n<li>Test manual rotation on an online pilot, confirm the new password is escrowed, and document the effect on the next scheduled rotation.</li>\n<li>Resolve every conflict before expanding. Monitor policy, device, retrieval, and rotation reports after each deployment wave.</li>\n</ol>\n<p>DSE recommends treating a retrieved password as a temporary sensitive secret. Record the business reason, rotate it after use, and investigate unexpected retrieval. Do not delete old policy sources until pilot reporting proves which authority is effective and rollback has been documented.</p>\n<h2>Official references</h2>\n<ul>\n<li><a href=\"https://learn.microsoft.com/en-us/intune/device-security/laps/deploy-policy\" target=\"_blank\" rel=\"noopener noreferrer\">Deploy Windows LAPS policy with Microsoft Intune</a> — policy behavior, precedence, assignment, escrow, retrieval, and rotation.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/intune/device-security/laps/monitor\" target=\"_blank\" rel=\"noopener noreferrer\">Reports for LAPS policy in Intune</a> — policy status, conflicts, device detail, and audited events.</li>\n<li><a href=\"https://learn.microsoft.com/en-us/intune/fundamentals/licensing\" target=\"_blank\" rel=\"noopener noreferrer\">Microsoft Intune licensing</a> — general user, device, and administrator licensing boundaries.</li>\n</ul>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Intune manages Windows Local Administrator Password Solution through the Windows LAPS configuration service provider. Microsoft documents that CSP settings take precedence over and overwrite settings from other LAPS sources such as Group Policy or legacy Microsoft LAPS. Intune LAPS manages one local administrator account per device and does not create that account. If a named account does not exist, no account is managed; leaving the account name blank targets the built-in local administrator account identified by its well-known relative identifier.\nMicrosoft recommends one LAPS policy per device and device-group assignments instead of user groups. Conflicting settings can stop processing or prevent the password from being backed up. The policy’s backup directory must be compatible with the device’s join type. A device can apply an incompatible configuration without an Intune policy error while Windows LAPS still fails to escrow the password.\nRetrieving a Microsoft Entra-escrowed password, scheduled rotation, and manual rotation produce audit events. Passwords backed up to on-premises Active Directory cannot be viewed from the Intune device pane. Manual rotation requires the documented Intune permissions and a successful prior backup. The action is available for Windows devices; for Microsoft Entra–joined devices, the device must be online when requested. Bulk rotation is not supported.\nLicensing and applicability\nUsers or devices benefiting from Intune generally require applicable Intune licensing. Windows edition, update level, join type, tenant configuration, directory schema, role permissions, and the chosen escrow location affect support. Microsoft Entra and Intune roles should be limited to the minimum password-read, policy, and rotation rights needed.\nDSE recommendation: production-safe operational steps\n\nInventory legacy LAPS, Group Policy, CSP, scripts, local account names, join types, current password custody, and administrators who can retrieve credentials.\nConfirm tenant and device prerequisites and choose Microsoft Entra ID or Active Directory escrow based on supported join state.\nCreate one pilot policy assigned to a device group. Ensure the intended local account already exists and is enabled only where required.\nVerify policy success, actual password backup, last and next rotation dates, and the appropriate audit records before relying on the password.\nGrant retrieval and rotation through least-privileged roles. Test that unauthorized staff cannot view the secret and that authorized retrieval is audited.\nTest manual rotation on an online pilot, confirm the new password is escrowed, and document the effect on the next scheduled rotation.\nResolve every conflict before expanding. Monitor policy, device, retrieval, and rotation reports after each deployment wave.\n\nDSE recommends treating a retrieved password as a temporary sensitive secret. Record the business reason, rotate it after use, and investigate unexpected retrieval. Do not delete old policy sources until pilot reporting proves which authority is effective and rollback has been documented.\nOfficial references\n\nDeploy Windows LAPS policy with Microsoft Intune — policy behavior, precedence, assignment, escrow, retrieval, and rotation.\nReports for LAPS policy in Intune — policy status, conflicts, device detail, and audited events.\nMicrosoft Intune licensing — general user, device, and administrator licensing boundaries.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Intune manages Windows Local Administrator Password Solution through the Windows LAPS configuration service provider. Microsoft documents that CSP settings take precedence over and overwrite settings from other LAPS sources such as Group Policy or legacy Microsoft LAPS. Intune LAPS manages one local administrator account per device and does not create that account. If a named account does not exist, no account is managed; leaving the account name blank targets the built-in local administrator account identified by its well-known relative identifier.\n\nMicrosoft recommends one LAPS policy per device and device-group assignments instead of user groups. Conflicting settings can stop processing or prevent the password from being backed up. The policy’s backup directory must be compatible with the device’s join type. A device can apply an incompatible configuration without an Intune policy error while Windows LAPS still fails to escrow the password.\n\nRetrieving a Microsoft Entra-escrowed password, scheduled rotation, and manual rotation produce audit events. Passwords backed up to on-premises Active Directory cannot be viewed from the Intune device pane. Manual rotation requires the documented Intune permissions and a successful prior backup. The action is available for Windows devices; for Microsoft Entra–joined devices, the device must be online when requested. Bulk rotation is not supported.\n\n## Licensing and applicability\n\nUsers or devices benefiting from Intune generally require applicable Intune licensing. Windows edition, update level, join type, tenant configuration, directory schema, role permissions, and the chosen escrow location affect support. Microsoft Entra and Intune roles should be limited to the minimum password-read, policy, and rotation rights needed.\n\n## DSE recommendation: production-safe operational steps\n\n- Inventory legacy LAPS, Group Policy, CSP, scripts, local account names, join types, current password custody, and administrators who can retrieve credentials.\n\n- Confirm tenant and device prerequisites and choose Microsoft Entra ID or Active Directory escrow based on supported join state.\n\n- Create one pilot policy assigned to a device group. Ensure the intended local account already exists and is enabled only where required.\n\n- Verify policy success, actual password backup, last and next rotation dates, and the appropriate audit records before relying on the password.\n\n- Grant retrieval and rotation through least-privileged roles. Test that unauthorized staff cannot view the secret and that authorized retrieval is audited.\n\n- Test manual rotation on an online pilot, confirm the new password is escrowed, and document the effect on the next scheduled rotation.\n\n- Resolve every conflict before expanding. Monitor policy, device, retrieval, and rotation reports after each deployment wave.\n\nDSE recommends treating a retrieved password as a temporary sensitive secret. Record the business reason, rotate it after use, and investigate unexpected retrieval. Do not delete old policy sources until pilot reporting proves which authority is effective and rollback has been documented.\n\n## Official references\n\n- [Deploy Windows LAPS policy with Microsoft Intune](https://learn.microsoft.com/en-us/intune/device-security/laps/deploy-policy) — policy behavior, precedence, assignment, escrow, retrieval, and rotation.\n\n- [Reports for LAPS policy in Intune](https://learn.microsoft.com/en-us/intune/device-security/laps/monitor) — policy status, conflicts, device detail, and audited events.\n\n- [Microsoft Intune licensing](https://learn.microsoft.com/en-us/intune/fundamentals/licensing) — general user, device, and administrator licensing boundaries."
        },
        {
            "id": "https://update.dsesecurity.com/updates/intune-device-cleanup-rules-stale-records/",
            "slug": "intune-device-cleanup-rules-stale-records",
            "url": "https://update.dsesecurity.com/updates/intune-device-cleanup-rules-stale-records/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/intune-device-cleanup-rules-stale-records.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/intune-device-cleanup-rules-stale-records/"
            },
            "title": "Clean up stale Intune records without mistaking hiding for retirement",
            "summary": "Intune device cleanup rules hide stale records from the admin center and reports. They do not wipe, retire, or remove the corresponding Microsoft Entra device object.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "info",
                "name": "Information"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 2,
            "word_count": 422,
            "potentially_affected": "Microsoft Intune tenants with stale, duplicate, seasonal, long-offline, replaced, or unenrolled device records across supported platforms.",
            "dse_recommendation": "Preview affected devices, reconcile owners and exceptions, select a conservative platform-wide inactivity threshold, monitor audit events, and manage Intune and Entra lifecycle records separately.",
            "primary_source": {
                "name": "Microsoft Learn: Device cleanup rules",
                "url": "https://learn.microsoft.com/en-us/intune/governance/configure-cleanup-rules",
                "published_on": "2026-05-05",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft Intune device cleanup rules run on a schedule and automatically hide records for devices that have not checked in during a configured period. Microsoft explicitly states that a cleanup rule does not wipe, retire, or otherwise send an action to the physical device. A hidden record can reappear if the device checks in again before its management certificate expires; after expiry, reenrollment is required.</p>\n<p>The inactivity setting accepts 30 through 270 days. Administrators can create a rule for all platforms and one rule per individual platform. If both an all-platform rule and a platform-specific rule apply, Microsoft uses the rule with fewer days. A rule applies to all Intune records for that platform rather than to a selected device group. Jamf-managed devices are not supported.</p>\n<p>Cleanup does not remove the related Microsoft Entra device object. Microsoft documents separate Entra stale-device management. Intune audit logs record devices hidden by a cleanup rule, and the admin center can preview currently affected devices before rule creation.</p>\n<h2>Licensing and applicability</h2>\n<p>Users or devices benefiting from Intune generally require applicable Intune licensing. Configuring cleanup requires an Intune Administrator or a custom role with cleanup-setting permissions and visibility into the devices. Platform-wide behavior means seasonal equipment, spares, kiosks, disaster-recovery devices, long-term leave, ships, remote sites, and devices awaiting repair can be hidden even when they still have an owner and purpose.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Export current device records with platform, serial number, ownership, enrollment type, last check-in, compliance, management certificate, primary user, and corresponding Entra object.</li>\n<li>Ask service owners to identify legitimate long-offline populations and decide how they will be tracked outside the normal active-device view.</li>\n<li>Choose a conservative threshold based on real check-in patterns, certificate life, remote operations, replacement cycles, and support requirements.</li>\n<li>Use Preview affected devices and investigate unexpected critical, shared, or recently issued assets before creating the rule.</li>\n<li>Start with one platform. Review Intune audit events, hidden-device behavior, reporting impact, reenrollment cases, and device reappearance.</li>\n<li>Maintain a separate process for wipe, retire, corporate-data removal, Entra object cleanup, inventory disposal, license recovery, and evidence retention.</li>\n<li>Review the threshold and exceptions after organizational, enrollment, or certificate changes.</li>\n</ol>\n<p>DSE recommends treating cleanup as an administrative-view control, not a security containment or asset-disposal control. Do not cite a disappeared Intune record as proof that access was removed or company data was erased. During an investigation, preserve the record and relevant exports before a cleanup rule hides it.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/intune/governance/configure-cleanup-rules\" target=\"_blank\" rel=\"noopener noreferrer\">Device cleanup rules</a> — hiding behavior, thresholds, platform scope, preview, Entra separation, and audit logging.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft Intune device cleanup rules run on a schedule and automatically hide records for devices that have not checked in during a configured period. Microsoft explicitly states that a cleanup rule does not wipe, retire, or otherwise send an action to the physical device. A hidden record can reappear if the device checks in again before its management certificate expires; after expiry, reenrollment is required.\nThe inactivity setting accepts 30 through 270 days. Administrators can create a rule for all platforms and one rule per individual platform. If both an all-platform rule and a platform-specific rule apply, Microsoft uses the rule with fewer days. A rule applies to all Intune records for that platform rather than to a selected device group. Jamf-managed devices are not supported.\nCleanup does not remove the related Microsoft Entra device object. Microsoft documents separate Entra stale-device management. Intune audit logs record devices hidden by a cleanup rule, and the admin center can preview currently affected devices before rule creation.\nLicensing and applicability\nUsers or devices benefiting from Intune generally require applicable Intune licensing. Configuring cleanup requires an Intune Administrator or a custom role with cleanup-setting permissions and visibility into the devices. Platform-wide behavior means seasonal equipment, spares, kiosks, disaster-recovery devices, long-term leave, ships, remote sites, and devices awaiting repair can be hidden even when they still have an owner and purpose.\nDSE recommendation: production-safe operational steps\n\nExport current device records with platform, serial number, ownership, enrollment type, last check-in, compliance, management certificate, primary user, and corresponding Entra object.\nAsk service owners to identify legitimate long-offline populations and decide how they will be tracked outside the normal active-device view.\nChoose a conservative threshold based on real check-in patterns, certificate life, remote operations, replacement cycles, and support requirements.\nUse Preview affected devices and investigate unexpected critical, shared, or recently issued assets before creating the rule.\nStart with one platform. Review Intune audit events, hidden-device behavior, reporting impact, reenrollment cases, and device reappearance.\nMaintain a separate process for wipe, retire, corporate-data removal, Entra object cleanup, inventory disposal, license recovery, and evidence retention.\nReview the threshold and exceptions after organizational, enrollment, or certificate changes.\n\nDSE recommends treating cleanup as an administrative-view control, not a security containment or asset-disposal control. Do not cite a disappeared Intune record as proof that access was removed or company data was erased. During an investigation, preserve the record and relevant exports before a cleanup rule hides it.\nOfficial reference\nDevice cleanup rules — hiding behavior, thresholds, platform scope, preview, Entra separation, and audit logging.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft Intune device cleanup rules run on a schedule and automatically hide records for devices that have not checked in during a configured period. Microsoft explicitly states that a cleanup rule does not wipe, retire, or otherwise send an action to the physical device. A hidden record can reappear if the device checks in again before its management certificate expires; after expiry, reenrollment is required.\n\nThe inactivity setting accepts 30 through 270 days. Administrators can create a rule for all platforms and one rule per individual platform. If both an all-platform rule and a platform-specific rule apply, Microsoft uses the rule with fewer days. A rule applies to all Intune records for that platform rather than to a selected device group. Jamf-managed devices are not supported.\n\nCleanup does not remove the related Microsoft Entra device object. Microsoft documents separate Entra stale-device management. Intune audit logs record devices hidden by a cleanup rule, and the admin center can preview currently affected devices before rule creation.\n\n## Licensing and applicability\n\nUsers or devices benefiting from Intune generally require applicable Intune licensing. Configuring cleanup requires an Intune Administrator or a custom role with cleanup-setting permissions and visibility into the devices. Platform-wide behavior means seasonal equipment, spares, kiosks, disaster-recovery devices, long-term leave, ships, remote sites, and devices awaiting repair can be hidden even when they still have an owner and purpose.\n\n## DSE recommendation: production-safe operational steps\n\n- Export current device records with platform, serial number, ownership, enrollment type, last check-in, compliance, management certificate, primary user, and corresponding Entra object.\n\n- Ask service owners to identify legitimate long-offline populations and decide how they will be tracked outside the normal active-device view.\n\n- Choose a conservative threshold based on real check-in patterns, certificate life, remote operations, replacement cycles, and support requirements.\n\n- Use Preview affected devices and investigate unexpected critical, shared, or recently issued assets before creating the rule.\n\n- Start with one platform. Review Intune audit events, hidden-device behavior, reporting impact, reenrollment cases, and device reappearance.\n\n- Maintain a separate process for wipe, retire, corporate-data removal, Entra object cleanup, inventory disposal, license recovery, and evidence retention.\n\n- Review the threshold and exceptions after organizational, enrollment, or certificate changes.\n\nDSE recommends treating cleanup as an administrative-view control, not a security containment or asset-disposal control. Do not cite a disappeared Intune record as proof that access was removed or company data was erased. During an investigation, preserve the record and relevant exports before a cleanup rule hides it.\n\n## Official reference\n\n[Device cleanup rules](https://learn.microsoft.com/en-us/intune/governance/configure-cleanup-rules) — hiding behavior, thresholds, platform scope, preview, Entra separation, and audit logging."
        },
        {
            "id": "https://update.dsesecurity.com/updates/defender-office-365-preset-policy-safe-rollout/",
            "slug": "defender-office-365-preset-policy-safe-rollout",
            "url": "https://update.dsesecurity.com/updates/defender-office-365-preset-policy-safe-rollout/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/defender-office-365-preset-policy-safe-rollout.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/defender-office-365-preset-policy-safe-rollout/"
            },
            "title": "Apply Defender for Office 365 preset policies without overprotecting the wrong users",
            "summary": "Built-in, Standard, and Strict preset security policies provide Microsoft-maintained email-protection settings. Correct licensing, precedence, targeting, quarantine support, and mail-flow testing still matter.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:53+00:00",
            "modified_at": "2026-07-19T21:27:53+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 441,
            "potentially_affected": "Exchange Online organizations using built-in email protection, Exchange Online Protection, or Microsoft Defender for Office 365 Plan 1 or Plan 2.",
            "dse_recommendation": "Inventory custom threat policies, map licensed recipients, pilot Standard and tightly scoped Strict protection, validate policy precedence and quarantine impact, and expand with support coverage.",
            "primary_source": {
                "name": "Microsoft Learn: Preset security policies in cloud organizations",
                "url": "https://learn.microsoft.com/en-us/defender-office-365/preset-security-policies",
                "published_on": "2026-07-03",
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Source fact: what Microsoft documents</h2>\n<p>Microsoft documents three preset email-protection profiles in cloud organizations: Built-in protection, Standard protection, and Strict protection. Preset policies combine recommended settings across multiple threat policies. Most Standard and Strict settings are not individually configurable because Microsoft maintains the profile. Standard is intended to balance protection and disruption, while Strict uses more aggressive settings for highly targeted or higher-risk users.</p>\n<p>Built-in protection provides baseline Safe Links and Safe Attachments coverage for eligible cloud-mailbox recipients who are not otherwise covered by Standard, Strict, or custom Safe Links and Safe Attachments policies. Policy precedence determines which settings apply when assignments overlap. Microsoft documents up to 350 protected users for user-impersonation protection in Standard or Strict. Mailbox intelligence provides other impersonation protection, but previous sender-recipient communication can affect user-impersonation behavior.</p>\n<h2>Licensing and applicability</h2>\n<p>Built-in and Exchange Online Protection features apply to cloud mailboxes as documented, while Defender for Office 365 features require Plan 1, Plan 2, or another subscription that includes them. If only part of the organization is licensed, Microsoft directs administrators to target eligible recipients and exclude recipients who are not eligible. Available settings, trials, government-cloud behavior, unified RBAC, Exchange role groups, and policy precedence should be confirmed in the current tenant.</p>\n<h2>DSE recommendation: production-safe operational steps</h2>\n<ol>\n<li>Export existing anti-malware, anti-spam, anti-phishing, Safe Links, Safe Attachments, quarantine, transport, and allow/block settings with owners and assignments.</li>\n<li>Map each recipient to current Defender licensing. Do not use portal availability as proof that every targeted mailbox has the required entitlement.</li>\n<li>Identify high-risk users who need Strict and the administrators who will review and release false positives. Place ordinary pilot users in Standard.</li>\n<li>Review policy precedence before assignment. Remove overlapping or contradictory custom targeting only after the effective result is verified.</li>\n<li>Configure impersonation targets and trusted senders narrowly. Avoid broad allowlisting that bypasses other detection.</li>\n<li>Test legitimate automated senders, partner mail, bulk mail, attachments, links, quarantine notifications, user submissions, administrator release, and message trace.</li>\n<li>Measure false positives, quarantine volume, release time, user reports, and confirmed detections before expanding. Maintain a rollback assignment and staffed support path.</li>\n</ol>\n<p>DSE recommends documenting why a custom policy remains when a preset profile is available. Some applications have valid delivery needs, but a customization should be the narrowest supported exception with an owner and review date. Because Microsoft can update preset recommendations, revalidate business-critical mail flows after documented service changes.</p>\n<p>A successful rollout protects every intended licensed recipient, keeps high-impact review work supportable, and retains evidence that important business mail still flows. A higher quarantine count by itself is not proof of better protection.</p>\n<h2>Official reference</h2>\n<p><a href=\"https://learn.microsoft.com/en-us/defender-office-365/preset-security-policies\" target=\"_blank\" rel=\"noopener noreferrer\">Preset security policies in cloud organizations</a> — profiles, permissions, licensing targeting, configuration, precedence, and validation.</p>",
            "content_text": "Source fact: what Microsoft documents\nMicrosoft documents three preset email-protection profiles in cloud organizations: Built-in protection, Standard protection, and Strict protection. Preset policies combine recommended settings across multiple threat policies. Most Standard and Strict settings are not individually configurable because Microsoft maintains the profile. Standard is intended to balance protection and disruption, while Strict uses more aggressive settings for highly targeted or higher-risk users.\nBuilt-in protection provides baseline Safe Links and Safe Attachments coverage for eligible cloud-mailbox recipients who are not otherwise covered by Standard, Strict, or custom Safe Links and Safe Attachments policies. Policy precedence determines which settings apply when assignments overlap. Microsoft documents up to 350 protected users for user-impersonation protection in Standard or Strict. Mailbox intelligence provides other impersonation protection, but previous sender-recipient communication can affect user-impersonation behavior.\nLicensing and applicability\nBuilt-in and Exchange Online Protection features apply to cloud mailboxes as documented, while Defender for Office 365 features require Plan 1, Plan 2, or another subscription that includes them. If only part of the organization is licensed, Microsoft directs administrators to target eligible recipients and exclude recipients who are not eligible. Available settings, trials, government-cloud behavior, unified RBAC, Exchange role groups, and policy precedence should be confirmed in the current tenant.\nDSE recommendation: production-safe operational steps\n\nExport existing anti-malware, anti-spam, anti-phishing, Safe Links, Safe Attachments, quarantine, transport, and allow/block settings with owners and assignments.\nMap each recipient to current Defender licensing. Do not use portal availability as proof that every targeted mailbox has the required entitlement.\nIdentify high-risk users who need Strict and the administrators who will review and release false positives. Place ordinary pilot users in Standard.\nReview policy precedence before assignment. Remove overlapping or contradictory custom targeting only after the effective result is verified.\nConfigure impersonation targets and trusted senders narrowly. Avoid broad allowlisting that bypasses other detection.\nTest legitimate automated senders, partner mail, bulk mail, attachments, links, quarantine notifications, user submissions, administrator release, and message trace.\nMeasure false positives, quarantine volume, release time, user reports, and confirmed detections before expanding. Maintain a rollback assignment and staffed support path.\n\nDSE recommends documenting why a custom policy remains when a preset profile is available. Some applications have valid delivery needs, but a customization should be the narrowest supported exception with an owner and review date. Because Microsoft can update preset recommendations, revalidate business-critical mail flows after documented service changes.\nA successful rollout protects every intended licensed recipient, keeps high-impact review work supportable, and retains evidence that important business mail still flows. A higher quarantine count by itself is not proof of better protection.\nOfficial reference\nPreset security policies in cloud organizations — profiles, permissions, licensing targeting, configuration, precedence, and validation.",
            "content_markdown": "## Source fact: what Microsoft documents\n\nMicrosoft documents three preset email-protection profiles in cloud organizations: Built-in protection, Standard protection, and Strict protection. Preset policies combine recommended settings across multiple threat policies. Most Standard and Strict settings are not individually configurable because Microsoft maintains the profile. Standard is intended to balance protection and disruption, while Strict uses more aggressive settings for highly targeted or higher-risk users.\n\nBuilt-in protection provides baseline Safe Links and Safe Attachments coverage for eligible cloud-mailbox recipients who are not otherwise covered by Standard, Strict, or custom Safe Links and Safe Attachments policies. Policy precedence determines which settings apply when assignments overlap. Microsoft documents up to 350 protected users for user-impersonation protection in Standard or Strict. Mailbox intelligence provides other impersonation protection, but previous sender-recipient communication can affect user-impersonation behavior.\n\n## Licensing and applicability\n\nBuilt-in and Exchange Online Protection features apply to cloud mailboxes as documented, while Defender for Office 365 features require Plan 1, Plan 2, or another subscription that includes them. If only part of the organization is licensed, Microsoft directs administrators to target eligible recipients and exclude recipients who are not eligible. Available settings, trials, government-cloud behavior, unified RBAC, Exchange role groups, and policy precedence should be confirmed in the current tenant.\n\n## DSE recommendation: production-safe operational steps\n\n- Export existing anti-malware, anti-spam, anti-phishing, Safe Links, Safe Attachments, quarantine, transport, and allow/block settings with owners and assignments.\n\n- Map each recipient to current Defender licensing. Do not use portal availability as proof that every targeted mailbox has the required entitlement.\n\n- Identify high-risk users who need Strict and the administrators who will review and release false positives. Place ordinary pilot users in Standard.\n\n- Review policy precedence before assignment. Remove overlapping or contradictory custom targeting only after the effective result is verified.\n\n- Configure impersonation targets and trusted senders narrowly. Avoid broad allowlisting that bypasses other detection.\n\n- Test legitimate automated senders, partner mail, bulk mail, attachments, links, quarantine notifications, user submissions, administrator release, and message trace.\n\n- Measure false positives, quarantine volume, release time, user reports, and confirmed detections before expanding. Maintain a rollback assignment and staffed support path.\n\nDSE recommends documenting why a custom policy remains when a preset profile is available. Some applications have valid delivery needs, but a customization should be the narrowest supported exception with an owner and review date. Because Microsoft can update preset recommendations, revalidate business-critical mail flows after documented service changes.\n\nA successful rollout protects every intended licensed recipient, keeps high-impact review work supportable, and retains evidence that important business mail still flows. A higher quarantine count by itself is not proof of better protection.\n\n## Official reference\n\n[Preset security policies in cloud organizations](https://learn.microsoft.com/en-us/defender-office-365/preset-security-policies) — profiles, permissions, licensing targeting, configuration, precedence, and validation."
        },
        {
            "id": "https://update.dsesecurity.com/updates/phishing-control-plane-defenses/",
            "slug": "phishing-control-plane-defenses",
            "url": "https://update.dsesecurity.com/updates/phishing-control-plane-defenses/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/phishing-control-plane-defenses.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/phishing-control-plane-defenses/"
            },
            "title": "Stop phishing at the control plane, not only at the inbox",
            "summary": "Administrator-side phishing defense combines phishing-resistant authentication, secure defaults, message and web controls, endpoint protection, rapid reporting, evidence, and tested response.",
            "format": {
                "slug": "checklist",
                "name": "Checklist"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "it",
                    "name": "IT",
                    "url": "https://update.dsesecurity.com/topic/it/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T21:27:10+00:00",
            "modified_at": "2026-07-19T21:27:10+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 2,
            "word_count": 437,
            "potentially_affected": "Organizations protecting identities and devices from credential phishing and malware delivery through email, SMS, voice, collaboration platforms, websites, and other communication channels.",
            "dse_recommendation": "Map attack paths, prioritize phishing-resistant authentication, harden current platform controls, create one-action reporting, test detections safely, and investigate suspected success.",
            "primary_source": {
                "name": "CISA and partners: Phishing Guidance — Stopping the Attack Cycle at Phase One",
                "url": "https://www.cisa.gov/resources-tools/resources/phishing-guidance-stopping-attack-cycle-phase-one",
                "published_on": "2023-10-18",
                "authority": "Cybersecurity and Infrastructure Security Agency"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<article>\n  <p class=\"lede\">User awareness matters, but a security program should not make one person the final control between a convincing message and a compromised identity or device. Administrators can reduce opportunity, make reporting easier, and limit the value of a successful deception.</p>\n\n  <h2>What the joint guidance covers</h2>\n  <p><strong>Source fact:</strong> CISA, NSA, FBI, and MS-ISAC address phishing used to obtain login credentials and phishing used to deploy malware. Their publication provides recommendations for network defenders and software manufacturers, recognizing that user training, technical protections, and secure product design have related responsibilities.</p>\n  <p><strong>Source fact:</strong> The guidance explains that weaker multifactor methods can still be phished or abused. It identifies FIDO- and public-key-infrastructure-based authentication as phishing-resistant approaches. It also describes risk from push approval without number matching, repeated approval prompts, and SMS or voice methods.</p>\n  <p><strong>Source fact:</strong> The agencies recommend a standard user-awareness program and prompt incident reporting. Reporting supports faster investigation and can help defenders identify related messages, destinations, credentials, or devices.</p>\n\n  <h2>Design layered controls around real attack paths</h2>\n  <p><strong>DSE recommendation:</strong> map credential and malware delivery through email, SMS, voice, collaboration, social media, third-party applications, QR codes, attachments, links, and browser prompts. Record which identity, mail, web, endpoint, device, application, and recovery controls can interrupt each path.</p>\n  <ol>\n    <li>Prioritize phishing-resistant authentication for administrators and high-impact resources, then expand by user, device, and application readiness.</li>\n    <li>Use current platform guidance to configure message authentication, anti-phishing, impersonation, attachment, link, web, application, macro, and endpoint protections appropriate to the environment.</li>\n    <li>Provide a one-action reporting method in the tools people use and route submissions to a monitored response workflow.</li>\n    <li>Preserve original message, headers, sender, recipient, timestamps, URLs, attachments, identity events, device telemetry, and user observations where available.</li>\n    <li>Test reporting, filtering, detections, triage, containment, and communications with authorized safe scenarios.</li>\n  </ol>\n\n  <h2>Respond to suspected success, not just the message</h2>\n  <p><strong>DSE recommendation:</strong> when interaction may have occurred, validate the user through an independent channel and investigate the identity, sessions, device, mailbox or application rules, privileges, related recipients, and accessed resources. Contain affected identities and devices proportionately, revoke unauthorized sessions, preserve evidence, remove persistence, and correct the failed controls. Deleting the original message alone cannot establish containment.</p>\n\n  <h2>Applicability and limits</h2>\n  <p>Phishing techniques and product controls change. No filter, training program, authentication method, or vendor claim blocks every attack. Implementation steps must come from current supported platform documentation and be tested for business impact. FIDO and PKI deployments also require registration, device, recovery, emergency-access, and lifecycle planning. This article provides an administrative control model, not a guarantee or a claim that DSE monitors every reader&#8217;s environment.</p>\n\n  <h2>Official reference</h2>\n  <p><a href=\"https://www.cisa.gov/resources-tools/resources/phishing-guidance-stopping-attack-cycle-phase-one\" target=\"_blank\" rel=\"noopener noreferrer\">Phishing Guidance: Stopping the Attack Cycle at Phase One</a> — joint defender and manufacturer recommendations.</p>\n</article>",
            "content_text": "User awareness matters, but a security program should not make one person the final control between a convincing message and a compromised identity or device. Administrators can reduce opportunity, make reporting easier, and limit the value of a successful deception.\n\n What the joint guidance covers\n Source fact: CISA, NSA, FBI, and MS-ISAC address phishing used to obtain login credentials and phishing used to deploy malware. Their publication provides recommendations for network defenders and software manufacturers, recognizing that user training, technical protections, and secure product design have related responsibilities.\n Source fact: The guidance explains that weaker multifactor methods can still be phished or abused. It identifies FIDO- and public-key-infrastructure-based authentication as phishing-resistant approaches. It also describes risk from push approval without number matching, repeated approval prompts, and SMS or voice methods.\n Source fact: The agencies recommend a standard user-awareness program and prompt incident reporting. Reporting supports faster investigation and can help defenders identify related messages, destinations, credentials, or devices.\n\n Design layered controls around real attack paths\n DSE recommendation: map credential and malware delivery through email, SMS, voice, collaboration, social media, third-party applications, QR codes, attachments, links, and browser prompts. Record which identity, mail, web, endpoint, device, application, and recovery controls can interrupt each path.\n \n Prioritize phishing-resistant authentication for administrators and high-impact resources, then expand by user, device, and application readiness.\n Use current platform guidance to configure message authentication, anti-phishing, impersonation, attachment, link, web, application, macro, and endpoint protections appropriate to the environment.\n Provide a one-action reporting method in the tools people use and route submissions to a monitored response workflow.\n Preserve original message, headers, sender, recipient, timestamps, URLs, attachments, identity events, device telemetry, and user observations where available.\n Test reporting, filtering, detections, triage, containment, and communications with authorized safe scenarios.\n \n\n Respond to suspected success, not just the message\n DSE recommendation: when interaction may have occurred, validate the user through an independent channel and investigate the identity, sessions, device, mailbox or application rules, privileges, related recipients, and accessed resources. Contain affected identities and devices proportionately, revoke unauthorized sessions, preserve evidence, remove persistence, and correct the failed controls. Deleting the original message alone cannot establish containment.\n\n Applicability and limits\n Phishing techniques and product controls change. No filter, training program, authentication method, or vendor claim blocks every attack. Implementation steps must come from current supported platform documentation and be tested for business impact. FIDO and PKI deployments also require registration, device, recovery, emergency-access, and lifecycle planning. This article provides an administrative control model, not a guarantee or a claim that DSE monitors every reader’s environment.\n\n Official reference\n Phishing Guidance: Stopping the Attack Cycle at Phase One — joint defender and manufacturer recommendations.",
            "content_markdown": "User awareness matters, but a security program should not make one person the final control between a convincing message and a compromised identity or device. Administrators can reduce opportunity, make reporting easier, and limit the value of a successful deception.\n\n## What the joint guidance covers\n\nSource fact: CISA, NSA, FBI, and MS-ISAC address phishing used to obtain login credentials and phishing used to deploy malware. Their publication provides recommendations for network defenders and software manufacturers, recognizing that user training, technical protections, and secure product design have related responsibilities.\n\nSource fact: The guidance explains that weaker multifactor methods can still be phished or abused. It identifies FIDO- and public-key-infrastructure-based authentication as phishing-resistant approaches. It also describes risk from push approval without number matching, repeated approval prompts, and SMS or voice methods.\n\nSource fact: The agencies recommend a standard user-awareness program and prompt incident reporting. Reporting supports faster investigation and can help defenders identify related messages, destinations, credentials, or devices.\n\n## Design layered controls around real attack paths\n\nDSE recommendation: map credential and malware delivery through email, SMS, voice, collaboration, social media, third-party applications, QR codes, attachments, links, and browser prompts. Record which identity, mail, web, endpoint, device, application, and recovery controls can interrupt each path.\n\n- Prioritize phishing-resistant authentication for administrators and high-impact resources, then expand by user, device, and application readiness.\n\n- Use current platform guidance to configure message authentication, anti-phishing, impersonation, attachment, link, web, application, macro, and endpoint protections appropriate to the environment.\n\n- Provide a one-action reporting method in the tools people use and route submissions to a monitored response workflow.\n\n- Preserve original message, headers, sender, recipient, timestamps, URLs, attachments, identity events, device telemetry, and user observations where available.\n\n- Test reporting, filtering, detections, triage, containment, and communications with authorized safe scenarios.\n\n## Respond to suspected success, not just the message\n\nDSE recommendation: when interaction may have occurred, validate the user through an independent channel and investigate the identity, sessions, device, mailbox or application rules, privileges, related recipients, and accessed resources. Contain affected identities and devices proportionately, revoke unauthorized sessions, preserve evidence, remove persistence, and correct the failed controls. Deleting the original message alone cannot establish containment.\n\n## Applicability and limits\n\nPhishing techniques and product controls change. No filter, training program, authentication method, or vendor claim blocks every attack. Implementation steps must come from current supported platform documentation and be tested for business impact. FIDO and PKI deployments also require registration, device, recovery, emergency-access, and lifecycle planning. This article provides an administrative control model, not a guarantee or a claim that DSE monitors every reader’s environment.\n\n## Official reference\n\n[Phishing Guidance: Stopping the Attack Cycle at Phase One](https://www.cisa.gov/resources-tools/resources/phishing-guidance-stopping-attack-cycle-phase-one) — joint defender and manufacturer recommendations."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-entra-conditional-access-safe-deployment/",
            "slug": "microsoft-entra-conditional-access-safe-deployment",
            "url": "https://update.dsesecurity.com/updates/microsoft-entra-conditional-access-safe-deployment/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-entra-conditional-access-safe-deployment.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-entra-conditional-access-safe-deployment/"
            },
            "title": "Microsoft Entra Conditional Access: plan controls without locking out the tenant",
            "summary": "Conditional Access can combine identity, device, application, and location signals to enforce access controls. Report-only evaluation, emergency access, test users, licensing checks, and phased activation are essential to avoid unintended lockout.",
            "format": {
                "slug": "playbook",
                "name": "Playbook"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T19:04:22+00:00",
            "modified_at": "2026-07-19T19:04:22+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 492,
            "potentially_affected": "Microsoft Entra tenants planning to replace security defaults or enforce multifactor authentication, compliant devices, approved applications, authentication strength, or risk-based access decisions.",
            "dse_recommendation": "Inventory existing policies and dependencies, protect emergency access, build a test matrix, use report-only mode and sign-in logs, and enable one well-scoped control at a time.",
            "primary_source": {
                "name": "Microsoft Learn: Plan a Conditional Access deployment",
                "url": "https://learn.microsoft.com/en-us/entra/identity/conditional-access/plan-conditional-access",
                "published_on": null,
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>A powerful policy engine needs a recovery design</h2>\n<p>Microsoft Entra Conditional Access evaluates signals such as user, device, application, location, authentication context, and risk to decide whether to grant, block, or require additional controls. Its flexibility is valuable, but a broad or contradictory policy can interrupt every user and administrator at once.</p>\n<p>Begin by documenting security defaults, existing Conditional Access policies, per-user multifactor authentication, authentication methods, legacy protocols, service accounts, workload identities, device enrollment, guest access, and applications that do not support modern authentication. Security defaults and Conditional Access are different approaches and are not intended to operate together; moving from one to the other requires a complete replacement plan.</p>\n<h2>Protect access before enforcing access</h2>\n<p>Maintain emergency-access accounts that are cloud-native, securely stored, monitored, and excluded from policies that could block their use. Test them on a schedule. Report-only policies do not block sign-in, so Microsoft notes that they do not need the same exclusion, but exclusions must be correct before enforcement. Do not use an ordinary daily administrator as the recovery path.</p>\n<ol>\n<li>Create a nonadministrator test user and representative pilot groups.</li>\n<li>Confirm that required authentication methods are registered before enforcing them.</li>\n<li>Build a matrix covering administrators, standard users, guests, service scenarios, managed and unmanaged devices, mobile and desktop clients, trusted and untrusted locations, and emergency access.</li>\n<li>Create narrowly scoped policies in report-only mode. Templates also begin in report-only mode by default.</li>\n<li>Review sign-in logs, policy impact, and the What If tool. A simulation is helpful but does not replace real pilot sign-ins.</li>\n<li>Communicate the change and support path, then enable one control for the pilot before broader assignment.</li>\n</ol>\n<p>Microsoft recommends observing report-only behavior before enforcement and currently suggests at least a week for each policy. The appropriate duration depends on sign-in frequency and business cycles; a monthly application needs a longer test than a daily one.</p>\n<h2>Understand licensing and policy interactions</h2>\n<p>Conditional Access generally requires Microsoft Entra ID P1 or an eligible suite such as Microsoft 365 Business Premium. User-risk and sign-in-risk policies require Entra ID Protection capabilities associated with P2. Controls that consume signals from Intune, Purview, workload identities, or other products require the relevant licenses and configuration. Verify entitlements for every targeted user rather than assuming that portal access proves licensing.</p>\n<p>Evaluate the combined result of all policies. An exclusion in one policy does not prevent another policy from requiring a control. Avoid broad permanent exclusions; use named ownership and review dates. For workloads that cannot satisfy an interactive control, redesign the authentication flow instead of weakening protection for all users.</p>\n<h2>Make rollback immediate and observable</h2>\n<p>Record the previous state and policy identifiers before activation. If access fails unexpectedly, disable the new policy or remove the affected assignment, confirm recovery through sign-in logs, and investigate before reenabling. Keep policy names, purpose, owner, included and excluded populations, dependencies, and last test date documented. Conditional Access is most reliable as a small set of comprehensible controls, not an accumulation of overlapping experiments.</p>",
            "content_text": "A powerful policy engine needs a recovery design\nMicrosoft Entra Conditional Access evaluates signals such as user, device, application, location, authentication context, and risk to decide whether to grant, block, or require additional controls. Its flexibility is valuable, but a broad or contradictory policy can interrupt every user and administrator at once.\nBegin by documenting security defaults, existing Conditional Access policies, per-user multifactor authentication, authentication methods, legacy protocols, service accounts, workload identities, device enrollment, guest access, and applications that do not support modern authentication. Security defaults and Conditional Access are different approaches and are not intended to operate together; moving from one to the other requires a complete replacement plan.\nProtect access before enforcing access\nMaintain emergency-access accounts that are cloud-native, securely stored, monitored, and excluded from policies that could block their use. Test them on a schedule. Report-only policies do not block sign-in, so Microsoft notes that they do not need the same exclusion, but exclusions must be correct before enforcement. Do not use an ordinary daily administrator as the recovery path.\n\nCreate a nonadministrator test user and representative pilot groups.\nConfirm that required authentication methods are registered before enforcing them.\nBuild a matrix covering administrators, standard users, guests, service scenarios, managed and unmanaged devices, mobile and desktop clients, trusted and untrusted locations, and emergency access.\nCreate narrowly scoped policies in report-only mode. Templates also begin in report-only mode by default.\nReview sign-in logs, policy impact, and the What If tool. A simulation is helpful but does not replace real pilot sign-ins.\nCommunicate the change and support path, then enable one control for the pilot before broader assignment.\n\nMicrosoft recommends observing report-only behavior before enforcement and currently suggests at least a week for each policy. The appropriate duration depends on sign-in frequency and business cycles; a monthly application needs a longer test than a daily one.\nUnderstand licensing and policy interactions\nConditional Access generally requires Microsoft Entra ID P1 or an eligible suite such as Microsoft 365 Business Premium. User-risk and sign-in-risk policies require Entra ID Protection capabilities associated with P2. Controls that consume signals from Intune, Purview, workload identities, or other products require the relevant licenses and configuration. Verify entitlements for every targeted user rather than assuming that portal access proves licensing.\nEvaluate the combined result of all policies. An exclusion in one policy does not prevent another policy from requiring a control. Avoid broad permanent exclusions; use named ownership and review dates. For workloads that cannot satisfy an interactive control, redesign the authentication flow instead of weakening protection for all users.\nMake rollback immediate and observable\nRecord the previous state and policy identifiers before activation. If access fails unexpectedly, disable the new policy or remove the affected assignment, confirm recovery through sign-in logs, and investigate before reenabling. Keep policy names, purpose, owner, included and excluded populations, dependencies, and last test date documented. Conditional Access is most reliable as a small set of comprehensible controls, not an accumulation of overlapping experiments.",
            "content_markdown": "## A powerful policy engine needs a recovery design\n\nMicrosoft Entra Conditional Access evaluates signals such as user, device, application, location, authentication context, and risk to decide whether to grant, block, or require additional controls. Its flexibility is valuable, but a broad or contradictory policy can interrupt every user and administrator at once.\n\nBegin by documenting security defaults, existing Conditional Access policies, per-user multifactor authentication, authentication methods, legacy protocols, service accounts, workload identities, device enrollment, guest access, and applications that do not support modern authentication. Security defaults and Conditional Access are different approaches and are not intended to operate together; moving from one to the other requires a complete replacement plan.\n\n## Protect access before enforcing access\n\nMaintain emergency-access accounts that are cloud-native, securely stored, monitored, and excluded from policies that could block their use. Test them on a schedule. Report-only policies do not block sign-in, so Microsoft notes that they do not need the same exclusion, but exclusions must be correct before enforcement. Do not use an ordinary daily administrator as the recovery path.\n\n- Create a nonadministrator test user and representative pilot groups.\n\n- Confirm that required authentication methods are registered before enforcing them.\n\n- Build a matrix covering administrators, standard users, guests, service scenarios, managed and unmanaged devices, mobile and desktop clients, trusted and untrusted locations, and emergency access.\n\n- Create narrowly scoped policies in report-only mode. Templates also begin in report-only mode by default.\n\n- Review sign-in logs, policy impact, and the What If tool. A simulation is helpful but does not replace real pilot sign-ins.\n\n- Communicate the change and support path, then enable one control for the pilot before broader assignment.\n\nMicrosoft recommends observing report-only behavior before enforcement and currently suggests at least a week for each policy. The appropriate duration depends on sign-in frequency and business cycles; a monthly application needs a longer test than a daily one.\n\n## Understand licensing and policy interactions\n\nConditional Access generally requires Microsoft Entra ID P1 or an eligible suite such as Microsoft 365 Business Premium. User-risk and sign-in-risk policies require Entra ID Protection capabilities associated with P2. Controls that consume signals from Intune, Purview, workload identities, or other products require the relevant licenses and configuration. Verify entitlements for every targeted user rather than assuming that portal access proves licensing.\n\nEvaluate the combined result of all policies. An exclusion in one policy does not prevent another policy from requiring a control. Avoid broad permanent exclusions; use named ownership and review dates. For workloads that cannot satisfy an interactive control, redesign the authentication flow instead of weakening protection for all users.\n\n## Make rollback immediate and observable\n\nRecord the previous state and policy identifiers before activation. If access fails unexpectedly, disable the new policy or remove the affected assignment, confirm recovery through sign-in logs, and investigate before reenabling. Keep policy names, purpose, owner, included and excluded populations, dependencies, and last test date documented. Conditional Access is most reliable as a small set of comprehensible controls, not an accumulation of overlapping experiments."
        },
        {
            "id": "https://update.dsesecurity.com/updates/sharepoint-onedrive-external-sharing-governance/",
            "slug": "sharepoint-onedrive-external-sharing-governance",
            "url": "https://update.dsesecurity.com/updates/sharepoint-onedrive-external-sharing-governance/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/sharepoint-onedrive-external-sharing-governance.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/sharepoint-onedrive-external-sharing-governance/"
            },
            "title": "SharePoint and OneDrive external sharing: reduce exposure without stopping collaboration",
            "summary": "SharePoint and OneDrive sharing is governed by tenant, site, link, group, and Microsoft Entra settings. A safer model uses intentional collaboration sites, authenticated guests where practical, restrictive defaults, ownership, and recurring access review.",
            "format": {
                "slug": "guide",
                "name": "Guide"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T19:04:22+00:00",
            "modified_at": "2026-07-19T19:04:22+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 465,
            "potentially_affected": "Microsoft 365 organizations whose users share files, folders, sites, Teams-connected content, or OneDrive data with customers, vendors, partners, or other external people.",
            "dse_recommendation": "Inventory existing sharing, confirm tenant and site limits, classify collaboration use cases, tighten default links, assign site owners, and test guest access and revocation before changing broad settings.",
            "primary_source": {
                "name": "Microsoft Learn: External sharing in SharePoint and OneDrive",
                "url": "https://learn.microsoft.com/en-us/sharepoint/external-sharing-overview",
                "published_on": null,
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>External sharing is controlled in layers</h2>\n<p>SharePoint and OneDrive can support secure collaboration with people outside an organization, but no single switch describes the effective result. Sharing is influenced by the organization-level SharePoint setting, each site&#8217;s setting, default link choices, site and group membership, Microsoft Entra external collaboration restrictions, and the permissions on the content itself.</p>\n<p>Microsoft applies the most restrictive combination of the organization and site sharing levels. A site cannot be made more permissive than the tenant allows. Teams and Microsoft 365 Groups add another layer because guest membership and connected SharePoint sites must both permit the intended access. Allowed or blocked domain settings in Entra can also affect sharing.</p>\n<h2>Separate collaboration by purpose</h2>\n<p>Use dedicated sites for distinct external projects instead of exposing a broad internal site and trying to isolate individual folders. Give every site at least two accountable owners, identify its information sensitivity, and document which partner organizations are expected. For OneDrive, use purpose-specific folders rather than sharing an entire personal work area.</p>\n<ul>\n<li>Prefer authenticated, named guests for ongoing or sensitive collaboration.</li>\n<li>Use Anyone links only when the business case accepts that the link can be forwarded and the tenant permits them.</li>\n<li>Set conservative default link types and permissions; users can make an intentional broader choice only when policy allows it.</li>\n<li>Consider domain restrictions, expiration, reauthentication, sensitivity labels, and access reviews where the required subscriptions support them.</li>\n<li>Train owners to distinguish site membership, folder permissions, and sharing links.</li>\n</ul>\n<h2>Inspect before tightening</h2>\n<p>Abruptly reducing a tenant or site sharing level can break legitimate customer workflows without removing every copy already synchronized or downloaded. Inventory active sites, owners, guests, Anyone links, externally shared content, Teams-connected sites, and stale collaborations. Identify anonymous links and broad guest groups that need remediation. Communicate the target model and provide a supported replacement path before revoking access.</p>\n<p>Test representative scenarios with an external account: invitation, redemption, multifactor requirements, browser access, synchronization, link forwarding, expiration, and removal. Microsoft notes that synchronized content can remain on an external user&#8217;s computer after permissions are removed. Access revocation controls future service access; it cannot recall every downloaded copy.</p>\n<h2>Review the surrounding controls</h2>\n<p>Entra B2B settings determine who may invite guests and can restrict collaboration domains. Conditional Access can add requirements, but it needs suitable licensing and careful guest testing. Purview sensitivity, data-loss-prevention, retention, and audit capabilities vary by subscription and configuration. Do not claim that a label or sharing setting protects data unless its actual enforcement behavior has been verified.</p>\n<p>Establish recurring review for site ownership, guests, links, dormant sites, and high-risk content. Remove access when a project ends, but preserve records according to legal and business retention requirements. The objective is not to eliminate external sharing; it is to make the audience, owner, duration, and information boundary visible and reviewable.</p>",
            "content_text": "External sharing is controlled in layers\nSharePoint and OneDrive can support secure collaboration with people outside an organization, but no single switch describes the effective result. Sharing is influenced by the organization-level SharePoint setting, each site’s setting, default link choices, site and group membership, Microsoft Entra external collaboration restrictions, and the permissions on the content itself.\nMicrosoft applies the most restrictive combination of the organization and site sharing levels. A site cannot be made more permissive than the tenant allows. Teams and Microsoft 365 Groups add another layer because guest membership and connected SharePoint sites must both permit the intended access. Allowed or blocked domain settings in Entra can also affect sharing.\nSeparate collaboration by purpose\nUse dedicated sites for distinct external projects instead of exposing a broad internal site and trying to isolate individual folders. Give every site at least two accountable owners, identify its information sensitivity, and document which partner organizations are expected. For OneDrive, use purpose-specific folders rather than sharing an entire personal work area.\n\nPrefer authenticated, named guests for ongoing or sensitive collaboration.\nUse Anyone links only when the business case accepts that the link can be forwarded and the tenant permits them.\nSet conservative default link types and permissions; users can make an intentional broader choice only when policy allows it.\nConsider domain restrictions, expiration, reauthentication, sensitivity labels, and access reviews where the required subscriptions support them.\nTrain owners to distinguish site membership, folder permissions, and sharing links.\n\nInspect before tightening\nAbruptly reducing a tenant or site sharing level can break legitimate customer workflows without removing every copy already synchronized or downloaded. Inventory active sites, owners, guests, Anyone links, externally shared content, Teams-connected sites, and stale collaborations. Identify anonymous links and broad guest groups that need remediation. Communicate the target model and provide a supported replacement path before revoking access.\nTest representative scenarios with an external account: invitation, redemption, multifactor requirements, browser access, synchronization, link forwarding, expiration, and removal. Microsoft notes that synchronized content can remain on an external user’s computer after permissions are removed. Access revocation controls future service access; it cannot recall every downloaded copy.\nReview the surrounding controls\nEntra B2B settings determine who may invite guests and can restrict collaboration domains. Conditional Access can add requirements, but it needs suitable licensing and careful guest testing. Purview sensitivity, data-loss-prevention, retention, and audit capabilities vary by subscription and configuration. Do not claim that a label or sharing setting protects data unless its actual enforcement behavior has been verified.\nEstablish recurring review for site ownership, guests, links, dormant sites, and high-risk content. Remove access when a project ends, but preserve records according to legal and business retention requirements. The objective is not to eliminate external sharing; it is to make the audience, owner, duration, and information boundary visible and reviewable.",
            "content_markdown": "## External sharing is controlled in layers\n\nSharePoint and OneDrive can support secure collaboration with people outside an organization, but no single switch describes the effective result. Sharing is influenced by the organization-level SharePoint setting, each site’s setting, default link choices, site and group membership, Microsoft Entra external collaboration restrictions, and the permissions on the content itself.\n\nMicrosoft applies the most restrictive combination of the organization and site sharing levels. A site cannot be made more permissive than the tenant allows. Teams and Microsoft 365 Groups add another layer because guest membership and connected SharePoint sites must both permit the intended access. Allowed or blocked domain settings in Entra can also affect sharing.\n\n## Separate collaboration by purpose\n\nUse dedicated sites for distinct external projects instead of exposing a broad internal site and trying to isolate individual folders. Give every site at least two accountable owners, identify its information sensitivity, and document which partner organizations are expected. For OneDrive, use purpose-specific folders rather than sharing an entire personal work area.\n\n- Prefer authenticated, named guests for ongoing or sensitive collaboration.\n\n- Use Anyone links only when the business case accepts that the link can be forwarded and the tenant permits them.\n\n- Set conservative default link types and permissions; users can make an intentional broader choice only when policy allows it.\n\n- Consider domain restrictions, expiration, reauthentication, sensitivity labels, and access reviews where the required subscriptions support them.\n\n- Train owners to distinguish site membership, folder permissions, and sharing links.\n\n## Inspect before tightening\n\nAbruptly reducing a tenant or site sharing level can break legitimate customer workflows without removing every copy already synchronized or downloaded. Inventory active sites, owners, guests, Anyone links, externally shared content, Teams-connected sites, and stale collaborations. Identify anonymous links and broad guest groups that need remediation. Communicate the target model and provide a supported replacement path before revoking access.\n\nTest representative scenarios with an external account: invitation, redemption, multifactor requirements, browser access, synchronization, link forwarding, expiration, and removal. Microsoft notes that synchronized content can remain on an external user’s computer after permissions are removed. Access revocation controls future service access; it cannot recall every downloaded copy.\n\n## Review the surrounding controls\n\nEntra B2B settings determine who may invite guests and can restrict collaboration domains. Conditional Access can add requirements, but it needs suitable licensing and careful guest testing. Purview sensitivity, data-loss-prevention, retention, and audit capabilities vary by subscription and configuration. Do not claim that a label or sharing setting protects data unless its actual enforcement behavior has been verified.\n\nEstablish recurring review for site ownership, guests, links, dormant sites, and high-risk content. Remove access when a project ends, but preserve records according to legal and business retention requirements. The objective is not to eliminate external sharing; it is to make the audience, owner, duration, and information boundary visible and reviewable."
        },
        {
            "id": "https://update.dsesecurity.com/updates/microsoft-365-offboarding-secure-preserve-sequence/",
            "slug": "microsoft-365-offboarding-secure-preserve-sequence",
            "url": "https://update.dsesecurity.com/updates/microsoft-365-offboarding-secure-preserve-sequence/",
            "alternate_urls": {
                "markdown": "https://update.dsesecurity.com/updates/microsoft-365-offboarding-secure-preserve-sequence.md",
                "json": "https://update.dsesecurity.com/api/v1/posts/microsoft-365-offboarding-secure-preserve-sequence/"
            },
            "title": "Microsoft 365 offboarding: secure access and preserve business records in the right order",
            "summary": "Offboarding is an identity, device, records, and continuity workflow. Blocking sign-in is urgent, while mailbox, OneDrive, ownership, legal hold, forwarding, licensing, and account deletion decisions must follow an approved sequence.",
            "format": {
                "slug": "checklist",
                "name": "Checklist"
            },
            "priority": {
                "slug": "advisory",
                "name": "Advisory"
            },
            "featured": false,
            "topics": [
                {
                    "slug": "business-continuity",
                    "name": "Business Continuity",
                    "url": "https://update.dsesecurity.com/topic/business-continuity/"
                },
                {
                    "slug": "cybersecurity",
                    "name": "Cybersecurity",
                    "url": "https://update.dsesecurity.com/topic/cybersecurity/"
                },
                {
                    "slug": "microsoft-365-identity",
                    "name": "Microsoft 365 & Identity",
                    "url": "https://update.dsesecurity.com/topic/microsoft-365-identity/"
                }
            ],
            "author": {
                "name": "DSE Security Editorial Team",
                "url": "https://update.dsesecurity.com/#editorial-team"
            },
            "publisher": {
                "name": "Detection Systems & Engineering",
                "url": "https://dsesecurity.com/"
            },
            "published_at": "2026-07-19T19:04:22+00:00",
            "modified_at": "2026-07-19T19:04:22+00:00",
            "reviewed_on": "2026-07-19",
            "reading_minutes": 3,
            "word_count": 469,
            "potentially_affected": "Microsoft 365 users who leave an organization or change roles, including cloud-only and directory-synchronized identities, managed devices, mailboxes, OneDrive data, Teams, groups, applications, and administrative access.",
            "dse_recommendation": "Use a time-bound HR and IT checklist that blocks access first, preserves required records, transfers ownership, addresses devices and applications, and removes licenses or accounts only after retention decisions are verified.",
            "primary_source": {
                "name": "Microsoft Learn: Remove a former employee and secure data",
                "url": "https://learn.microsoft.com/en-us/microsoft-365/admin/add-users/remove-former-employee?view=o365-worldwide",
                "published_on": null,
                "authority": "Microsoft Learn"
            },
            "publishing_principles": "https://update.dsesecurity.com/updates/dse-updates-editorial-methodology/",
            "usage_info": "https://update.dsesecurity.com/usage/",
            "copyright_notice": "Copyright © 2026 Detection Systems & Engineering. All rights reserved.",
            "content_html": "<h2>Start with an authorized trigger and a precise time</h2>\n<p>A reliable offboarding process begins with an approved request from the accountable business or HR owner. Record the identity, effective time, manager, employment status, device ownership, special legal instructions, and people responsible for each action. Urgent termination and planned departure can use the same checklist with different timing.</p>\n<p>At the effective time, prevent sign-in, reset credentials as appropriate, revoke active sessions, and remove privileged role eligibility or assignments. Review authentication methods, application passwords, registered devices, delegated access, enterprise applications, API credentials, and shared secrets owned by the person. If the identity is synchronized from on-premises Active Directory, make the authoritative lifecycle change in the source directory; Microsoft notes that deletion and restoration cannot be managed only in Microsoft 365 in that model.</p>\n<h2>Protect devices and preserve evidence</h2>\n<p>Decide whether each device is company-owned or personal before issuing retire, wipe, or lock actions. A full wipe and a selective organizational-data removal have materially different consequences, and support varies by enrollment platform. Preserve security evidence needed for an investigation before destructive actions.</p>\n<p>Records disposition must precede license removal and account deletion. Determine whether legal hold, retention, eDiscovery, regulatory, contractual, or litigation requirements apply. Those capabilities and retention results depend on licensing and configuration. Obtain legal or records-management direction when required; an IT convenience decision is not a substitute.</p>\n<ol>\n<li>Preserve or transfer required mailbox data. Decide whether to convert the mailbox, delegate access, or configure forwarding based on an approved business need.</li>\n<li>Grant an accountable successor access to required OneDrive content and transfer ownership of business files, sites, Teams, groups, shared mailboxes, applications, automations, and service documentation.</li>\n<li>Remove the user from groups, Teams, distribution lists, shared resources, partner portals, line-of-business systems, VPN, physical access, and vendor services.</li>\n<li>Communicate the replacement contact without exposing private employment information.</li>\n<li>Remove or reassign licenses only after dependent data and service behavior are confirmed.</li>\n<li>Delete the account only when the approved retention and continuity plan permits it.</li>\n</ol>\n<h2>Treat retention windows as constraints, not backups</h2>\n<p>Microsoft&#8217;s current offboarding guidance describes common 30-day retention and restoration windows for deleted user mailbox and OneDrive content, with different behavior when a license is removed but the account remains. Holds, tenant settings, subscription changes, and future product changes can alter outcomes. Verify the current Microsoft documentation and the tenant&#8217;s actual configuration before deletion. A published retention window should not be the only copy of business-critical information.</p>\n<h2>Close with evidence and a follow-up</h2>\n<p>Record timestamps, successful session revocation, data custodians, forwarding expiration, license changes, device actions, exceptions, and the final account state. Schedule a follow-up to remove temporary forwarding or delegated access and confirm that no critical workflow depended on the departed identity. Offboarding is complete when access is closed, necessary records are controlled, business ownership is transferred, and temporary measures have an end date.</p>",
            "content_text": "Start with an authorized trigger and a precise time\nA reliable offboarding process begins with an approved request from the accountable business or HR owner. Record the identity, effective time, manager, employment status, device ownership, special legal instructions, and people responsible for each action. Urgent termination and planned departure can use the same checklist with different timing.\nAt the effective time, prevent sign-in, reset credentials as appropriate, revoke active sessions, and remove privileged role eligibility or assignments. Review authentication methods, application passwords, registered devices, delegated access, enterprise applications, API credentials, and shared secrets owned by the person. If the identity is synchronized from on-premises Active Directory, make the authoritative lifecycle change in the source directory; Microsoft notes that deletion and restoration cannot be managed only in Microsoft 365 in that model.\nProtect devices and preserve evidence\nDecide whether each device is company-owned or personal before issuing retire, wipe, or lock actions. A full wipe and a selective organizational-data removal have materially different consequences, and support varies by enrollment platform. Preserve security evidence needed for an investigation before destructive actions.\nRecords disposition must precede license removal and account deletion. Determine whether legal hold, retention, eDiscovery, regulatory, contractual, or litigation requirements apply. Those capabilities and retention results depend on licensing and configuration. Obtain legal or records-management direction when required; an IT convenience decision is not a substitute.\n\nPreserve or transfer required mailbox data. Decide whether to convert the mailbox, delegate access, or configure forwarding based on an approved business need.\nGrant an accountable successor access to required OneDrive content and transfer ownership of business files, sites, Teams, groups, shared mailboxes, applications, automations, and service documentation.\nRemove the user from groups, Teams, distribution lists, shared resources, partner portals, line-of-business systems, VPN, physical access, and vendor services.\nCommunicate the replacement contact without exposing private employment information.\nRemove or reassign licenses only after dependent data and service behavior are confirmed.\nDelete the account only when the approved retention and continuity plan permits it.\n\nTreat retention windows as constraints, not backups\nMicrosoft’s current offboarding guidance describes common 30-day retention and restoration windows for deleted user mailbox and OneDrive content, with different behavior when a license is removed but the account remains. Holds, tenant settings, subscription changes, and future product changes can alter outcomes. Verify the current Microsoft documentation and the tenant’s actual configuration before deletion. A published retention window should not be the only copy of business-critical information.\nClose with evidence and a follow-up\nRecord timestamps, successful session revocation, data custodians, forwarding expiration, license changes, device actions, exceptions, and the final account state. Schedule a follow-up to remove temporary forwarding or delegated access and confirm that no critical workflow depended on the departed identity. Offboarding is complete when access is closed, necessary records are controlled, business ownership is transferred, and temporary measures have an end date.",
            "content_markdown": "## Start with an authorized trigger and a precise time\n\nA reliable offboarding process begins with an approved request from the accountable business or HR owner. Record the identity, effective time, manager, employment status, device ownership, special legal instructions, and people responsible for each action. Urgent termination and planned departure can use the same checklist with different timing.\n\nAt the effective time, prevent sign-in, reset credentials as appropriate, revoke active sessions, and remove privileged role eligibility or assignments. Review authentication methods, application passwords, registered devices, delegated access, enterprise applications, API credentials, and shared secrets owned by the person. If the identity is synchronized from on-premises Active Directory, make the authoritative lifecycle change in the source directory; Microsoft notes that deletion and restoration cannot be managed only in Microsoft 365 in that model.\n\n## Protect devices and preserve evidence\n\nDecide whether each device is company-owned or personal before issuing retire, wipe, or lock actions. A full wipe and a selective organizational-data removal have materially different consequences, and support varies by enrollment platform. Preserve security evidence needed for an investigation before destructive actions.\n\nRecords disposition must precede license removal and account deletion. Determine whether legal hold, retention, eDiscovery, regulatory, contractual, or litigation requirements apply. Those capabilities and retention results depend on licensing and configuration. Obtain legal or records-management direction when required; an IT convenience decision is not a substitute.\n\n- Preserve or transfer required mailbox data. Decide whether to convert the mailbox, delegate access, or configure forwarding based on an approved business need.\n\n- Grant an accountable successor access to required OneDrive content and transfer ownership of business files, sites, Teams, groups, shared mailboxes, applications, automations, and service documentation.\n\n- Remove the user from groups, Teams, distribution lists, shared resources, partner portals, line-of-business systems, VPN, physical access, and vendor services.\n\n- Communicate the replacement contact without exposing private employment information.\n\n- Remove or reassign licenses only after dependent data and service behavior are confirmed.\n\n- Delete the account only when the approved retention and continuity plan permits it.\n\n## Treat retention windows as constraints, not backups\n\nMicrosoft’s current offboarding guidance describes common 30-day retention and restoration windows for deleted user mailbox and OneDrive content, with different behavior when a license is removed but the account remains. Holds, tenant settings, subscription changes, and future product changes can alter outcomes. Verify the current Microsoft documentation and the tenant’s actual configuration before deletion. A published retention window should not be the only copy of business-critical information.\n\n## Close with evidence and a follow-up\n\nRecord timestamps, successful session revocation, data custodians, forwarding expiration, license changes, device actions, exceptions, and the final account state. Schedule a follow-up to remove temporary forwarding or delegated access and confirm that no critical workflow depended on the departed identity. Offboarding is complete when access is closed, necessary records are controlled, business ownership is transferred, and temporary measures have an end date."
        }
    ]
}