Free, read-only PowerShell tool to find SharePoint oversharing before enabling Copilot
The first time I pointed my own tool at a tenant, it found three sites the whole company could open. A search center was one of them. Nobody had shared them on purpose. They came that way, and Copilot would have read every one. That is the thing people ask before a Copilot rollout. What will it actually surface. Copilot only returns what a user can already open, so the real exposure is the broad access that was already there. The Everyone and Everyone except external users grants. The anonymous and organization-wide links nobody remembers making. Microsoft has reports for this and they sit inside the paid SharePoint Advanced Management add-on. For teams without that license I put together a free open-source PowerShell module that answers the same question. Sharing it here in case it helps someone planning a rollout. What it does Get-EveryoneAccess finds every place the Everyone and EEEU claims grant access, on one site or the whole tenant. Get-OversharedContent finds the anonymous Anyone links and the organization-wide links. It reads them from the hidden SharingLinks groups instead of walking every file, so it stays quick on a big tenant. Invoke-CopilotReadinessAssessment runs both, scores the exposure out of 100, and writes an HTML readiness scorecard you can hand to your security team. Install Install-Module CopilotGovernance -Scope CurrentUser It is read only. It reports, it never changes anything. It needs PowerShell 7 and PnP.PowerShell and your own Entra app client id, because PnP 3.x no longer ships its own sign-in app. It also reports coverage, so a site it could not read is flagged and never counted as clean. Being upfront about the limits today. It scans each site and its lists, and subwebs are still on the roadmap. Links created as Flexible on the newer sharing experience can be under-counted, so pass -IncludeSpecific to review every link. The module is on the PowerShell Gallery at powershellgallery.com/packages/CopilotGovernance and the code is on GitHub at github.com/gvijaikumar9/CopilotGovernance Feedback and edge cases welcome. Happy to fix what people hitCopilot Employee Self-Service Agent
I’m looking for some clarity regarding the rollout of the https://adoption.microsoft.com/en-us/ai-agents/employee-self-service-agent/ and whether others are seeing it in their environments yet. I’ve been following this closely and initially understood that a formal request was required to gain access. However, the Microsoft Learn documentation now provides specific, step-by-step instructions on how to enable and access it directly. Despite following those instructions to the letter, the agent is still not appearing within my tenant. I’ve verified my configurations against the guide, but the options simply aren't visible. A few questions for the community: Has anyone else successfully enabled the agent using the self-service steps in the documentation? Is there or was there ever a manual "request-for-access" process that overrides the published steps? I’d appreciate any insights or if anyone from the product team could clarify if the documentation is slightly ahead of the actual deployment.
[Japan region] Copilot Cowork not showing in the agents list despite all settings enabled
Hello, I'm based in Japan and my tenant region is Japan. I'm trying to enable the now-GA Copilot Cowork for my tenant, but Cowork does not appear in the agents list in the Microsoft 365 admin center, so I can't deploy it. Environment: Location / tenant region: Japan License: Microsoft 365 Copilot (assigned to target users and the admin account) All prerequisites appear to be in place and verified: Anthropic (AI provider acting as a Microsoft subprocessor): enabled Usage-based billing (Copilot Credits): enabled Discovery setting "AI experiences enabled by usage-based billing": set to allow users to discover and use Issue: Even with all of the above enabled, searching for "Cowork" under Integrated Apps → All agents returns no result. It also does not appear under Copilot → Settings → View all. As a result, I cannot deploy it to users, and Cowork does not show up for users at m365.cloud.microsoft either. Questions: Is there any additional setting required to make Cowork appear in the agents list? For a tenant in the Japan region, if there is a delay before the Cowork agent is provisioned after GA, what is the typical timeframe, and is there a way to check the rollout status for my tenant? Is there a specific admin role (e.g., AI Administrator) I should double-check on the account performing these steps? If anyone in the Japan region has resolved the same issue, I'd appreciate hearing how. Thank you.
Custom Agent Builder agent suddenly failing with "Oops, something happened" - no config changes
Hi All, We built a custom agent in Agent Builder (Microsoft 365 Copilot) that generates a Word risk assessment by grounding on a contract (either the document currently open via the Word Copilot add-in, or a file uploaded in the web browser chat), plus a fixed set of knowledge sources (guidance notes, playbooks). It worked reliably for about 5 days while I was testing it solo. We then rolled it out to appr. 20 users, and shortly after, it started failing consistently with a generic "Oops, something happened, try again" error, typically after a long delay, in both the Word add-in and the browser version. I can't confirm causation, but the timing lines up closely with when we expanded from single-user testing to ~20 concurrent users. I don't know whether this points to a tenant-level capacity/concurrency limit being hit, or its something else, just stating it in case others have seen a similar threshold effect. Is this a known concurrency/capacity limit for Agent Builder agents once usage scales up, or a separate backend regression affecting document grounding, and has anyone else seen this pattern after moving from single-user testing to broader rollout?Copilot Feedback - Power User Experience Improvements
As a frequent Copilot user for technical discussions, architecture, governance, Microsoft 365, Power Platform, and problem-solving activities, I would like more control over the user experience. Copilot has become a daily productivity tool, but several UI and usability improvements would significantly benefit advanced users. 1. Allow Disabling Suggested Follow-Up Prompts The suggested replies shown below every response may be useful for new users, but for experienced users they often add little value and consume screen space. Please provide an option to: Disable suggested prompts entirely Adjust their frequency or aggressiveness Enable them only for new conversations or learning scenarios 2. Make '/' and '@' Shortcuts Configurable The automatic triggering of slash commands and @ mentions while typing can be disruptive and may interrupt or replace text unexpectedly. Please allow users to: Disable these shortcuts Configure alternative trigger characters Require a keyboard shortcut before activating them 3. Add a Power User Mode Consider introducing a dedicated Power User Mode featuring: No suggested prompts Reduced UI clutter Compact layouts Fewer interruptions while typing Advanced customization options A productivity-focused experience 4. Compact Conversation View Long technical conversations can become difficult to navigate due to excessive spacing and scrolling. Please provide: A compact view option Reduced vertical whitespace More conversation content visible on screen 5. Conversation Search Many conversations contain valuable information that users want to revisit later. Please add the ability to: Search within a conversation Search code snippets and formulas Search by date or topic Quickly jump to matching results 6. Pin Important Messages Allow users to pin key answers, code snippets, formulas, decisions, or reference messages within a conversation so they can be easily found later. 7. Enhanced Copy Experience For technical users working with Power Apps, Power Automate, SQL, PowerShell, and other technologies: One-click copy for all code and formulas Preserve formatting during copy operations Support copying multiple related blocks together 8. User-Defined Response Profiles Allow users to create and switch between response styles such as: Technical Troubleshooting Power User Learning Mode Executive Summary Architecture Review This would reduce the need to repeatedly explain personal preferences. 9. Memory Transparency and Management Allow users to: View all stored memories and preferences Edit or delete individual memory items Temporarily disable specific memories Understand which memories are influencing responses This would improve transparency and trust. Summary Copilot is evolving from a simple chat tool into a professional productivity platform. Providing greater control over the interface, shortcuts, suggestions, memory, and conversation management would allow experienced users to tailor the experience to their workflow while preserving the current experience for those who prefer more guidance. Thank you for considering these improvements.PowerShell: Export Microsoft 365 Copilot Agent Inventory and Availability Assignments
Hi everyone, I needed a way to export Microsoft 365 Copilot agent inventory and availability assignments from the Microsoft 365 Admin Center, but couldn't find a built-in export option. After investigating the admin portal's network traffic, I built a PowerShell script that uses the same internal API consumed by the Microsoft 365 Admin Center to export all Copilot agents to CSV. ### Features - Exports all Microsoft 365 Copilot agents - Automatically follows pagination (`nextLink`) - Exports: - Agent Name - App ID - Title ID - Publisher - Created By - Availability Settings - Allowed Users / Groups - Assignment Information - Deployment Information - Version Information - Timestamps - CSV output ### Tested The script has been tested against a tenant containing 482 Copilot agents and successfully exported the complete inventory. ### GitHub https://github.com/gwestergren/M365-Copilot-Agent-Inventory ### Notes - Uses an authenticated browser session cookie from the Microsoft 365 Admin Center. - Uses the same internal API currently consumed by the admin portal. - This is an undocumented API and Microsoft may change it at any time. Feedback, testing results, and improvements are welcome. Here are some screen shots: output to csv Successful run of the script
Feature Proposal: OS-level Intelligent Task Organizer (Windows + Copilot)
A Idea about Intelligent Tasks organizer, I have to remember a lot of things during the team meetings like what is been said (we'll schedule a call or follow up etc.,) and what has been communicated in the emails (I'll get back to you after 2 weeks, or call us after two weeks) , And notes that I took in the notepad, or notepad ++,or sticky notes, or word, or one note. I want to chronologically display tasks on the right hand side of the laptop screen just like sticky note and it shall display all tasks one by one, it shall remove tasks are already complete (email sent with confirmation). and arrange, adjust every few mins according to priority/time or user added priority. App shall display small icon (just like chat) upon clicking it shall display ordered list of tasks. and desktop apps like teams/note/word/notepad++,sticky notes can participate by default or other apps like notepad++ can be onboarded manually in to the app. You can use a local model which infers the meaning of “I’ll call you in two weeks” - who is “I”? you or them? “Let’s follow up later” - task or casual statement? “I sent it” - which task did this complete? You can use a local model such that Corporate Teams/Outlook access may allow by corporate policy. Need to put much emphasis on false positives if the app keeps inventing tasks. Do not need to bring big LLMs in to the picture for inference, because of corporate policies may not allow. Microsoft provides operating system,office 365, tools with copilot, the inference can be possible because of all apps/content can be accessible at os level. Problem: Users capture tasks across multiple tools: Teams meetings and chats Outlook emails Notes (OneNote, Notepad, Sticky Notes, Word) Tasks become fragmented, untracked, and often lost. Proposed Solution: A lightweight system-level task layer integrated with Windows + Copilot that: Core Features Automatic task extraction From Teams, Outlook, notes, and user text Example interpretations: “I’ll call you in 2 weeks” “Let’s follow up later” Context-aware inference (local model) Identify: Task owner (“I” vs “you”) Priority signals Deadlines Minimize false positives Chronological task timeline Tasks auto-organized by: Time Priority Recency Floating task panel (desktop UI) Docked widget (like Sticky Notes or chat bubble) Expand/collapse view Always visible option Automatic task lifecycle tracking Detect completion: “Email sent” “File shared” Remove or mark complete automatically Continuous re-prioritization Adjust every few minutes based on: New inputs Deadlines User behavior Privacy-first architecture Use local models (SLM) instead of large cloud LLMs Enterprise admin control for data access Why this matters: Millions of users manually track tasks across fragmented tools, losing productivity daily. This feature would unify task understanding across the OS and M365 ecosystem.
