Entra ID Conditional Access Tightens Enforcement for All Resources (March 2026 – June 2026)

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Microsoft’s upcoming enforcement change for Conditional Access in Entra ID is a clear pivot toward consistency and defense‑in‑depth: policies that target All resources will now be evaluated even when those policies include resource exclusions, and sign‑ins that request only minimal OpenID Connect (OIDC) or directory scopes may begin to receive Conditional Access challenges such as MFA or device compliance checks where they previously did not. This adjustment, rolling out beginning March 27, 2026 and completing through June 2026, closes a known enforcement gap and has direct operational implications for organizations that rely on custom or legacy apps which request only a small set of scopes during authentication.

A neon blue security dashboard showing a policy map, sign-in flow, and policy engine.Background​

Conditional Access has been a cornerstone control for modern Microsoft identity security, giving administrators the ability to require multifactor authentication (MFA), device compliance, session controls, and other access conditions based on user, device, app, and risk signals. Historically, administrators could build policies targeting All resources while excluding specific apps (resource exclusions) to avoid unintended blocks to commonly used or legacy applications.
To reduce the risk of accidental access denials, Microsoft previously exempted a set of low‑privilege scopes from evaluation when a policy targeted All resources but had any resource exclusions. Those scopes — including common OIDC and basic directory scopes such as openid, profile, email, offline_access, and User.Read — were treated as too low‑risk to trigger CA enforcement when the target policy contained exclusions. That behavior created a practical loophole: some sign‑ins could bypass Conditional Access controls simply because a client asked for only those basic scopes.
Under the new enforcement model, Microsoft now treats those scopes as directory access for the purposes of Conditional Access evaluation, mapping them to the Azure AD Graph resource in the policy engine and applying the policy consistently even if resource exclusions exist. The result is predictable, consistent enforcement for sign‑in flows — and for some tenants, an immediate change in user behavior at sign‑in.

What’s changing in practical terms​

The enforcement shift, explained simply​

  • If a tenant has a Conditional Access policy that targets All resources and also lists one or more resource exclusions, Microsoft used to exempt certain low‑privilege OIDC and directory scopes from that policy’s enforcement.
  • After the change, those previously exempted scopes will be evaluated against the All resources policy. That means sign‑ins that previously bypassed CA — because the client requested only basic scopes — may now be subject to enforcement actions like MFA prompts or device compliance checks.
  • The change is scoped: it only affects tenants that have an All resources policy with resource exclusions. Tenants that do not have that policy configuration are not affected.

Timeline (verified)​

Microsoft will begin rolling out the enforcement change on March 27, 2026, with the progressive rollout finishing across cloud environments by June 2026. Administrators will receive tenant notifications through Microsoft 365 Message Center if their configuration is impacted.

Which sign‑in flows are affected​

Sign‑ins most likely to be impacted are those initiated by applications that request only the small set of OIDC or directory scopes enumerated in Microsoft’s guidance. Typical examples include:
  • Native clients and single‑page applications (SPAs) requesting OIDC scopes such as openid, profile, email, offline_access, and User.Read.
  • Confidential clients (server‑side apps) requesting listed directory scopes (for example, User.Read, User.Read.All, User.ReadBasic.All and certain People/Group read scopes) and nothing beyond them.
  • Legacy or custom apps that rely on minimal scopes primarily to populate a user profile or determine group membership during sign‑in.
If a sign‑in uses any additional scope beyond the listed minimal set, the preexisting behavior remains unchanged.

The specific scopes and the mapping behavior​

Microsoft’s change explicitly lists the previously excluded low‑privilege scopes and explains the new mapping:
  • Native clients and SPAs:
  • Azure AD Graph: email, offline_access, openid, profile, User.Read
  • Microsoft Graph: email, offline_access, openid, profile, User.Read, People.Read
  • Confidential clients (if excluded from the All resources policy):
  • Azure AD Graph: email, offline_access, openid, profile, User.Read, User.Read.All, User.ReadBasic.All
  • Microsoft Graph: email, offline_access, openid, profile, User.Read, User.Read.All, User.ReadBasic.All, People.Read, People.Read.All, GroupMember.Read.All, Member.Read.Hidden
Under the new enforcement model, these scopes are treated as directory access and are mapped to the Azure AD Graph resource (the Windows Azure Active Directory resource GUID) for Conditional Access evaluation. In short: those minimal scopes no longer implicitly bypass All resources CA policies that include exclusions.
Note: the mapping behavior only applies in the specific case where the client application requests only those minimal scopes. If the client requests additional Graph scopes (for example, mail.send, Files.ReadWrite) CA evaluation behaves according to existing rules and the application‑specific target configuration.

Who will be impacted — an administrator’s short checklist​

This change is narrowly targeted, but it’s important to locate any place in your tenant where the pattern below exists:
  • You have a Conditional Access policy that targets All resources.
  • That policy contains one or more resource exclusions (for specific apps).
  • You have custom, legacy, or in‑house applications that request only OIDC or the limited directory scopes listed above.
  • Those applications cannot currently handle Conditional Access challenges like MFA, device compliance checks, or other access controls.
If all of the above apply, your tenant is at risk of experiencing authentication friction (additional MFA prompts, device checks) once the change reaches your tenant.

Impact analysis: security benefits and operational friction​

Security benefits (why Microsoft is doing this)​

  • Consistent enforcement: The biggest security win is consistency. Policies targeting All resources should apply broadly and predictably; this change removes an inconsistent exemption that could be used by attackers or misconfigured apps to avoid MFA enforcement.
  • Reduced bypass surface: By treating basic scopes as directory access, Microsoft reduces a subtle bypass avenue where attackers could exploit apps that request minimal scopes to perform reconnaissance or first‑stage access.
  • Alignment with defense‑in‑depth: The change is part of Microsoft’s broader Secure Future Initiative — an ongoing effort to harden identity controls, remove legacy behaviors, and close attack surfaces introduced by operational exceptions.

Operational risks and friction​

  • Unexpected user prompts: Users of affected applications may suddenly receive MFA prompts or device compliance blocks. If the app’s user experience is not prepared for interactive challenges, this will cause service interruptions.
  • Legacy app compatibility: Some older apps (or service account integrations) were never designed to interact with modern Conditional Access challenges. Those apps may break or require rework.
  • Support load: Helpdesk and IT will likely see an uptick in tickets if the change affects critical productivity apps or background services that trigger user prompts during normal usage.
  • Third‑party integrations: Connector services or third‑party integrations that rely on minimal scopes might behave differently if they can’t complete through a CA challenge flow.

Preparing your tenant: a step‑by‑step operational playbook​

  • Inventory CA policies and apps
  • Identify all Conditional Access policies that target All resources.
  • Within those policies, list any resource exclusions.
  • Create an app list of enterprise and registered apps that might request only minimal scopes.
  • Audit application scopes
  • For each app in your inventory, determine the scopes requested at sign‑in.
  • Flag apps that request only the minimal OIDC/directory scopes listed earlier.
  • Prioritize by business impact
  • Rank impacted apps by business criticality and user count.
  • Identify non‑interactive service accounts and automation flows that cannot respond to interactive CA challenges.
  • Test in a controlled tenant or pilot group
  • Use a staging tenant or pilot user group to enable a test policy mirroring production.
  • Simulate sign‑ins from affected apps to observe the user experience and identify failure modes.
  • Remediate or update apps
  • For interactive apps: ensure they can present and handle MFA prompts and device compliance checks.
  • For non‑interactive service accounts: convert to app‑only flows with appropriate app registration and service principals, or rearchitect to use daemon app patterns that support the required tokens.
  • Adjust Conditional Access selectively (if needed)
  • Where immediate remediation is infeasible, consider temporary mitigations such as:
  • Explicitly including the affected app in CA targeting (instead of relying on All resources exclusions).
  • Creating an exception with limited scope and time‑bounded duration while you update the application.
  • Avoid creating broad, permanent exceptions that weaken posture.
  • Communicate to users and support teams
  • Publish a communications plan explaining expected changes and potential MFA prompts.
  • Prep helpdesk with troubleshooting steps for device compliance and MFA registration issues.
  • Monitor post‑rollout
  • Use sign‑in logs and Conditional Access insights to identify broken flows or increased failures.
  • Track related helpdesk tickets and app telemetry to close out remediation tasks.

Technical mitigations and migration strategies​

Update applications to handle Conditional Access​

Interactive client apps should be updated to support the modern authentication flow where Conditional Access challenges are possible. Short‑term changes include:
  • Implementing proper OAuth/OIDC authentication flows capable of interactive challenge handling.
  • Ensuring apps redirect to Microsoft’s authentication endpoints to allow prompt display and challenge completion.
  • Handling refresh token behaviour and offline access in ways that don’t require bypassing CA gates.

Move service principals into modelled patterns​

Non‑interactive flows and daemon apps should run under service principals or managed identities rather than relying on users or legacy token behaviors. Microsoft has been moving to service principal required and no SP‑less auth models, so registering proper enterprise app objects and granting least‑privilege permissions will both improve security and ensure compatibility.

Consider Conditional Access targeting adjustments​

Where an app legitimately cannot process Conditional Access challenges, consider:
  • Converting policy target logic to explicitly target the problematic app with a policy that includes an exception that’s time‑bound and tightly scoped.
  • Using Named Locations, trusted device tags, or other contextual signals to reduce user friction while you migrate the app.
  • Avoid creating open exclusions under All resources that broadly weaken enforcement.

Real‑world examples (hypothetical scenarios)​

Scenario A — A legacy CRM Single‑Page App (SPA)​

A small sales team uses an on‑premises CRM exposed through an SPA that requests basic profile and User.Read scopes to display user info at login. The org has an All resources CA policy requiring device compliance, but excluded the CRM app from that policy to prevent lockouts during a previous migration.
After rollout, because the CRM SPA requests only the minimal OIDC scopes, sign‑ins are now evaluated under the All resources policy and users are prompted for device compliance verification. Sales reps using unmanaged devices are blocked until they register or comply. The fix: register the app properly, update its auth flow to include additional scopes and/or migrate to a model where the app’s enterprise registration can be managed for CA exceptions during the transition.

Scenario B — Background synchronization agent​

A monitoring agent uses a user account to refresh tokens against Microsoft Graph using only User.Read and offline_access. The agent cannot respond to MFA prompts, so after the change it fails to refresh its token. The remediation path: convert the agent to an app‑only daemon using a client credential flow with a properly configured service principal and least‑privilege permissions.

Testing and validation guidance​

  • Use a test tenant or create test users within production with limited scope to avoid wide disruption.
  • Validate both interactive and non‑interactive authentication flows from all client types: native, SPA, confidential clients, and server‑to‑server daemons.
  • Monitor Azure AD sign‑in logs to capture Conditional Access evaluation details and failure reasons. Look specifically for changes in the “Conditional Access” evaluation status for sign‑ins that previously showed no enforcement.
  • Test device compliance flows (Intune enrollment, compliant device checks) and confirm that users can complete the required remediation when prompted.
  • If you use a third‑party IdP proxy or CASB, test how those intermediaries handle challenge flows and tokens that were previously exempted.

Policy design considerations going forward​

  • Prefer explicit, least‑privilege targeting over broad exclusions. Excluding apps from All resources should be rare and well‑documented.
  • Move away from relying on implicit exemptions caused by scope semantics. Design policies with explicit intent and test coverage.
  • Leverage Conditional Access insights and reporting to detect edge cases where apps request only minimal scopes — this can be an early indicator that an app may be affected by enforcement changes.
  • Consider layered controls: use authentication strength and continuous access evaluation (CAE) where appropriate to provide richer signals beyond simple scope checks.

Communication tips for IT teams​

  • Announce the expected rollout window (starting March 27, 2026, completing by June 2026) and explain who is affected. Be precise about dates when communicating to reduce confusion.
  • Provide clear remediation instructions and self‑service guidance for common issues, such as how to register for MFA, how to update a device to compliant status, and how to report a broken integration.
  • Prepare escalation playbooks for critical app outages — include steps to temporarily relax a policy safely, how to reconfigure an app registration, and how to convert user‑based auth to app‑only flows.

Security trade‑offs and long‑term perspective​

This enforcement change is a net positive for identity security: it reduces obscure bypasses and increases the predictability of Conditional Access. The trade‑off is increased operational effort for administrators and developers, particularly in environments with many legacy integrations.
Longer term, this change nudges organizations toward modern identity practices:
  • Proper app registration and service principal lifecycle management.
  • Use of app‑only authentication for non‑interactive scenarios.
  • Reduced reliance on exceptions and ad hoc workarounds.
Those practices support a stronger overall security posture and align with broader efforts to retire legacy behaviors in identity platforms.

Actionable checklist (quick reference for admins)​

  • Identify any CA policy that targets All resources with exclusions.
  • List apps that request only minimal OIDC/directory scopes.
  • Prioritize apps by criticality and user impact.
  • Test sign‑ins in a pilot ring before March 27, 2026.
  • Update interactive apps to handle CA challenges; convert non‑interactive flows to service principals or managed identities.
  • Prepare communication and support materials for users.
  • Monitor sign‑in logs post‑rollout and remediate issues promptly.

Final assessment and recommendations​

Microsoft’s decision to close this enforcement loophole improves the consistency and robustness of Conditional Access in Entra ID and reduces a subtle attack surface that could have been leveraged to avoid MFA and device checks. For security‑minded organizations, the change is welcome and aligns with modern identity best practices.
Administrators should treat the March–June 2026 rollout window as both an opportunity and a deadline: use the period before and during rollout to inventory, test, and remediate. The cost of inaction is straightforward: potential sudden MFA prompts and broken authentication flows for apps that were implicitly relying on the old exemption.
Prioritize remediation for:
  • Business‑critical apps with large user bases,
  • Non‑interactive background services that cannot handle interactive CA challenges,
  • Any integration that touches production systems during business hours.
Finally, think of this change as part of a broader trend away from legacy exceptions and toward a model where identity controls are predictable, enforceable, and transparent. Investing the time now to modernize app registrations, migrate to service principal models where appropriate, and rationalize Conditional Access policies will reduce future surprises and improve the security posture of your Microsoft Entra deployment.
Conclusion
Microsoft’s enforcement update removes an inconsistent exception in Conditional Access that had practical security and operational implications. The change is narrowly targeted, clearly communicated, and rolled out with a set timeline beginning March 27, 2026 and completing by June 2026. With directed effort — inventorying policies, testing affected apps, converting legacy flows to supported authentication models, and preparing users and support teams — organizations can close the gap without disrupting business operations while substantially improving their identity security posture.

Source: Petri IT Knowledgebase Microsoft Entra ID to Close Conditional Access Loophole
 

Clipchamp’s sign‑in loop — the spinning “Just a moment” or repeated login prompt that never completes — has become one of those quietly infuriating Windows‑11 experiences: you need the app to edit a video, but the app keeps asking you to sign in and never gets past the gate. The core takeaways are simple: the loop is overwhelmingly caused by account/provisioning mismatches, broken embedded web components (WebView2), or corrupted local app state; the quickest, safest fixes are account reconciliation and the app’s Repair/Reset flows; and the last‑resort options—DISM/SFC, re‑registering Store components, or an in‑place repair—work but carry more risk and time. This feature guide walks through what the loop is, why it happens, how to triage it methodically, and which fixes to use in which order, while evaluating Microsoft’s shifts in Clipchamp sign‑in policy and the potential downsides for users and IT admins.

Windows 11 troubleshooting guide: Clipchamp loads with a “Just a moment” message.Background​

Clipchamp joined Windows as Microsoft’s built‑in, timeline‑oriented video editor after acquisition and soon became a primary editing tool for casual creators and power users alike. The desktop app exists as a Store/AppX package and also relies on embedded web components and cloud authentication to unlock features, sync projects, and validate subscriptions. Because of those dependencies, Clipchamp’s desktop experience is sensitive to three broad groups of failures:
  • Account/provisioning issues and sign‑in token handoffs.
  • Local app or package corruption (cache, AppX state).
  • System components used for in‑app web sign‑in (WebView2, broker services) and GPU/driver interactions.
Microsoft now requires a personal or family Microsoft account for the Clipchamp desktop app; older non‑Microsoft sign‑in paths (for example Google) are no longer supported in the Windows desktop package, although the web version still supports them in some cases. That change has made account mismatches a frequent cause of endless sign‑in prompts.

Why the sign‑in loop happens (technical overview)​

When Clipchamp asks you to sign in, it opens a small embedded web dialog (a modern web control) to perform OAuth and token exchange. Several things can break that handshake:
  • Corrupt or stale cached tokens and credentials in Windows Credential Manager, which prevent the sign‑in dialog from producing a valid token.
  • A broken or missing Microsoft Edge WebView2 runtime used by the embedded dialog, causing the dialog to show a spinner or close without completing. This is a very common root cause for the “Just a momentosoft Sign‑In Assistant** or web account broker (WAM/AAD Broker Plugin) not functioning, which blocks the hand‑off between the small sign‑in window and the host app. The result is a brief dialog hands a token back to Clipchamp.
  • App package corruption or a corrupted local cache inside the Clipchamp profile that prevents the app from storing or reading sign‑in state. Repairing or resetting the app often resolves this.
  • Network, proxy, or third‑party cookie restrictions (more common in enterprise environments) that prevent authentication endpoints from completing—especially when organizations use Trusted Sites/policy blocks. Microsoft documentation explicitly calls out blocked auth URLs or 3rd‑party cookie disallowance as causes for web sign‑in loops.
Each of these failures leads to the same visible symptom: the app repeatedly asks you to sign in and never leaves the spinner. Understanding which layer is failing determines whether you should try a quick fix (account reconciliation) or a deeper repair (DISM/SFC, re‑register Store components).

Quick triage: five checks that often fix the problem (do these first)​

Before diving into repairs or system tools, run this short checklist. These steps often resolve the issue in minutes:
  • Restart Windows and your router — clears transient network and token issues.
  • Confirm you’re signing in with the same account used by Windows and the Microsoft StoIf you have multiple Microsoft accounts, sign out of other accounts and sign in with the one tied to Clipchamp.*
  • Try the Clipchamp web app in an Edge or Chrome browser (app.clipchamp.com). If the web version signs in normally, the problem is local to the Store package or WebView2 on your device.
  • Check for blocked cookies, proxy rules, or an enterprise policy that could be preventing Microsoft auth endpoints from working. For managed devices, run the test on an unmanaged network (phone hotspot) to eliminate network filters.
  • Make sure Windows and Clipchamp are fully updated via Settings → Windows Update and Microsoft Store updates.
If the app still loops after these checks, proceed to the Account & sign‑in fixes and the Repair/Reset steps below.

Account & sign‑in fixes (the most common causes)​

Because Microsoft shifted the desktop app to prefer Microsoft accounts, account mismatch is now the leading reason for sign‑in loops. Confirming and cleaning local credentials is the first priority.

1) Match your Clipchamp account to a Microsoft account​

If your Clipchamp account predates the change and uses a Google or legacy Clipchamp login, link it to a Microsoft account as Microsoft recommends. The desktop app requires a personal/family Microsoft account for the full experience; the web app is more permissive but desktop access is strict. If you can, use the same Microsoft account for Windows, the Store, and Clipchamp to avoid provisioning mismatches.

2) Clear credentials in Credential Manager​

Windows stores sign‑in tokens and cached credentials in Control Panel → Credential Manager. Remove any entries referencing Clipchamp, Microsoft, or live/your email, then reboot and re‑attempt sign‑in. Microsoft’s community guidance and official answers frequently cite this as an effective remediation for token hand‑off problems. ([learn.microsoft.com](Clipchamp Sign-In Loop Issue with Personal Microsoft Accounts - Microsoft Q&A Microsoft account in Windows Settings
Settings → Accounts → Email & accounts → Add an account → Microsoft account. Even if the account is already present, remove and rokens and entitlements. This step can fix situations where an out‑of‑date store token blocks in‑app sign‑in.

Repair, Reset, Reinstall: the safe app‑level fixes​

If account reconciliation fails, use the built‑in app repse are non‑destructive (Repair) and destructive (Reset), and they are designed to target precisely the kinds of local cache corruption that cause sign‑in loops.
  • Open Settings → Apps → Installed apps → find Clipchamp → Advanced options.
  • Click Repair first. If Repair doesn’t help, click Reset. Reset clears the app’s local cache and forces a fresh state; you will need to sign in again.
Notes and cautions:
  • Backup any local media that is not uploaded to OneDrive or Clipchamp cloud before a Reset. Reset will clear local caches and unsynchronized assets.
  • If Reset doesn’t resolve the loop, uninstall Clipchamp and reinstall from the Microsoft Store. On managed or provisioned devices, coordinate with IT because provisioning packages may re‑install or block certain app versions.

WebView2, the sign‑in broker, and why embedded web controls matter​

A surprisingly large fraction of sign‑in loops are caused by WebView2—the Edge‑based runtime used by modern in‑app web dialogs. If WebView2 is missing, broken, or its user cache is corrupt, embedded sign‑in windows spin fthout delivering a token.
  • Confirm WebView2: Settings → Apps → Apps & features → look for Microsoft Edge WebView2 Runtime. If present, try Modify → Repair; if absent, install the Evergreen runtime. Community troubleshooting and Microsoft support both point to WebView2 as a top suspect for “Just a moment” behavior.
If you have admin access and winget available, a fast diagnostic command (run as Administrator) is:
  • winget install --id Microsoft.EdgeWebView2Runtime -e
  • Reboot, then re‑test Clipchamp.
Also consider clearing the WebView2 useLAPPDATA%\Microsoft\EdgeWebView) after closing all Edge/WebView2 apps, then rebooting. That can resolve stubborn cached state issues but is an advanced step—back up data first.

System‑level repairs: DISM, SFC, Store re‑register, and broker repair​

If app‑level fixes don’t work, the next tier is system component repair. These are effective but take time and require patience.
  • Run DISM and SFC:
  • Open an elevated PowerShell/Command Prompt.
  • Run: DISM /Online /Cleanup‑Image /RestoreHealth
  • Then run: sfc /scannow
  • Reboot and test Clipchamp again.
DISM repairs the component store used by Windows, and SFC replaces corrupted system files; Microsoft recommends this sequence for app launc
  • Reset the Microsoft Store and re‑register token broker components:
  • Run wsreset.exe (admin).
  • Re‑register Store and the AAD Broker plugin via PowerShell Add‑AppxPackage re‑register commands (community guidance provides exact lines). Reboot and retry sign‑in. These steps repair the token hand‑off and have resolved “grey window opens then flashes” symptoms for many users.
  • Inspect Event Viewer logs for WebAccountManager and WindowsUpdateClient entries around the time you click sign‑in; these logs can show which broker call is failing and help target the next intervention. Collecting these logs is part of a rational escalation strategy before an in‑place repair.

GPU/drivers and hardware acceleration (why Clipchamp can also fail for non‑auth reasons)​

If Clipchamp signs in successfully but shows white screens, “Ready in a moment,” or stalled exports, GPU driver issues and hardware acceleration are common culprits. For sign‑in loops specifically, GPU is less likely to be the root cause—but if sign‑in looks to complete and the app still never becomes usable, try:
  • Update your GPU drivers (Intel/NVIDIA/AMD) from vendor sites (not Device Manager generic drivers).
  • Temporarily disable Clipchamp hardware acceleration or browser hardware acceleration flags when testing the web version.
  • Move source files from slow network drives to local NVMe/SSD for more reliable editing.

When to escalate: managed devices, subscription entitlements, and Microsoft support​

If you’re on a managed device (work or school), remember that tenant policies, Group Policy, or Intune can block in‑app sign‑in methods or redirect to the work/school Clipchamp experience. The desktop app will automatically log you in with the work Microsoft 365 account if the device is managed and the work version is provisioned—so mismatched accounts can create apparent sign‑in loops or land you in the wrong experience. Coordinate with your IT admin before attempting in‑place repair or registry edits.
If your Clipchamp Premium entitlements originate from a Microsoft account or Microsoft Store purchase, you must use the Microsoft account tied to that purchase; mis‑matched accounts can also produce apparent sign‑in failures or missing premium features. Microsoft’s subscription documentation clarifies that a Microsoft account is required for some entitlements.
If you’ve tried the steps al loops:
  • Collect: winver, Event Viewer snapshots for WebAccountManager, results of DISM/SFC, whether WebView2 is installed, and the exact text/error messages you see.
  • Open a support case with Microsoft and include te web Clipchamp app as a temporary fallback while the desktop issue is investigated. Community posts and Microsoft Q&A d independent advisors often request these logs to diagnose the broker flow.

checklist you can follow right now
Follow these steps in order—stop at the step that fixes your issue.
  • Reboot PC and router.
  • Confirm theu plan to use: open account.microsoft.com and sign in to verify credentials.
  • Try Clipchamp in the browser (Edge/Chrome) and sign in at app.clipchamp.com. If that works, skip to step 6.
  • Clear Credenfor Clipchamp, Microsoft, and live accounts. Reboot.
  • Settings → Accounts → remove and re‑add the Microsoft account you will use for Clipchamp. Reboot.
  • Settings → Apps → Clipchamp → Advanced options → Repair → if no help then Reset. Back up any local assets first.
  • Confirm WebView2: Repair or install Microsoft Edge WebView2 Runtime; clear WebView2 user cache if necessary. Reboot.
  • Run DISM /Online /Cleanup‑Image /RestoreHealth then sfc /scannow. Reboot.
  • Reset the Store (wsreset.exe) and re‑register AAD broker/Store packages if the problem looks like a token hand‑off failure. Reboot and test.
  • If all else fails and the device is not managed: uninstall Clipchamp, reinstall from the Store, or perform an in‑place repair of Windows (as a final escalation). Always back up before in‑place repair.

Critical analysis: strengths, risks, and what Microsoft’s direction means for consumers​

Strengths
  • Clipchamp integrates powerful editing into Windows with an approachable UI and modern features (autocaptions, text‑to‑speech, templates), making it a solid baked‑in option for many users.
  • Microsoft’s support documentation and built‑in app repair flows offer clear, supported remediation paths that non‑technical users can follow for many issues.
Risks and downsiuire a personal/family Microsoft account for the desktop package increases the surface area for sign‑in problems. Users with older Clipchamp accounts, Google logins, or those juggling multiple Microsoft accounts can be confused by automatic accken hand‑offs. Microsoft’s configuration change—which centralizes entitlements to Microsoft accounts—has simplified licensing but introduced more frequent local‑auth failure points. This trade‑off is real: fewer login options means fewer supported flows but a higher chance that a single broken component (WebView2, broker) affects everyone.
  • Reliance on embedded web runtimes and the Store/AppX model means that desktop stability can be influeStore broker issues outside Clipchamp’s code. That coupling makes the troubleshooting path longer and more technical for average users.
  • Resetting the app or clearing caches can lead to lost unsynced local assets if a user hasn’t backed up media. The app’s Reset button is safe for most data, but unsynchronized, locally stored project assets are at risk. Always back up first.
Operational impact for IT admins
  • Ones, policy or provisioning may hide or enable only the work/school version of Clipchamp. Admins should be aware that end users may see sign‑in loops if personal account flows are blocked. Managed device owners should document the expected Clipchamp experience and include guidance for token broker repair steps in their device remediation playbooks.

Final recommendations and practical tips​

  • Always try the web app first to determine whether the problem is local or server‑side. If the web app works, you have a local package issue.
  • Keep a short recovery checklist near your workstation: back up local assets, clear Credential Manager entries, Repair/Reset Clipchamp, verify WebView2, run DISM/SFC. This sequence resolves the vast majority of real‑world cases.
  • For managed devices, loop in IT early—don’t perform in‑place repairs without approval. Provisioned images can reapply problematic policies or packages.
  • If you see a sudden spike of reports (multiple users with the same symptom), check Microsoft’s support pages and community forums first—these loops can occasionally reflect backend or policy changes rather than local bugs. Community discussions and Microsoft Q&A have repeatedly shown server‑side rollouts or deprecations causing mass incidents.

Clipchamp’s login loop is annoying, but it’s not opaque: with a methodical approach you can usually identify whether the problem is an account mismatch, a broken embedded web runtime (WebView2), or corrupted local state. Start with the quick checks and account reconciliation, move to Repair/Reset, then escalate to WebView2, DISM/SFC, and Store/broker re‑registration only if necessary. For managed environments or persistent failures, collect winver, Event Viewer logs for WebAccountManager, and the results of DISM/SFC before contacting support—those artifacts accelerate diagnosis and reduce time lost. Microsoft’s decision to centralize desktop Clipchamp sign‑in around Microsoft accounts simplifies licensing but makes the sign‑in path more brittle in the face of a broken WebView2 or broker, so keeping those components healthy is the single best preventative measure for the future.

Source: Guiding Tech Clipchamp Keeps Looping on Login
 

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