Microsoft has released its April 2026 “news you can use” roundup for Windows IT professionals, packing several long-awaited management features into Windows 11 and Windows Server 2025. The update delivers enterprise app‑removal controls, deeper Intune inventory data, a public preview of Windows 365 reporting, reminders about upcoming Secure Boot hardening, and accessibility improvements that slipped into the same servicing bundle.

Rather than a single monolithic patch, the April wave rolls out across cumulative updates, new Intune service releases, and configuration service provider (CSP) additions. IT admins who manage hybrid estates will find the most value in the interplay between the new cloud‑side policies and freshly exposed local diagnostics. The common thread is reducing the hands‑on time required to maintain compliance, troubleshoot user devices, and govern AI assistants like Microsoft Copilot.

Enterprise App Removal Without Scripts

One of the most frequent requests from Windows admins has been a clean, policy‑driven way to remove inbox apps from both new and existing installations. April’s changes deliver exactly that. A new Intune Device Configuration profile category—Enterprise App Management—now accepts a list of package family names or desktop app IDs to uninstall during Windows 11 provisioning and regular sync cycles.

The engine behind this builds on the same modern device management (MDM) channel used by AppLocker and Windows Information Protection. When a device checks in with Intune, it evaluates the removal list against the installed app inventory and silently strips out anything that matches, even if the app was previously pinned to the Start menu or set as a default handler. Crucially, the policy applies retroactively: apps that came pre‑loaded on a factory image or were side‑loaded by users are treated the same as those deployed via Microsoft Store for Business.

Admins can couple this with the existing New‑WindowsCustomImage policy to ensure that devices enrolled through Windows Autopilot never see unwanted consumer apps in the first place. For bonus points, the removal logs flow into Intune’s reporting blade, so a helpdesk operator can confirm—within minutes of a device’s first sign‑in—that the corporate desktop is free of distractions.

Secure Boot Planning Gets a Firmer Timeline

Tucked inside the servicing stack update is a soft enforcement timer for Secure Boot. Microsoft has been nudging enterprises toward UEFI Secure Boot for years, but April’s update surfaces a clear 18‑month countdown in Windows 11 Pro and Enterprise editions. After October 2027, the Unified Write Filter and certain disk‑level encryption features will refuse to activate on systems that lack Secure Boot. The policy doesn’t break existing installations, but any attempt to turn on BitLocker or Windows Defender Application Control with Secure Boot disabled will produce a hard block.

For organisations still running legacy firmware or custom bootloaders, the timeline is tight but not unreasonable. The same update introduces a SecureBootCompliance CSP node that reports the current state of the firmware signature database (db/dbx) and whether the platform key is enrolled. Combined with Azure Monitor workbooks, it becomes possible to build a live dashboard of devices that will be affected when the hard requirement lands.

Intune Inventory: From Device‑Centric to App‑Centric

Historically, Intune’s hardware inventory was limited to CPU, RAM, disk size, and TPM version—the kind of data a procurement sheet already knows. The April service release adds a new Application Inventory category that enumerates every Win32 app, MSIX package, and even progressive web apps (PWAs) installed on Windows 11 endpoints.

The inventory pipeline uses the same agent‑free telemetry that powers Windows Update for Business reports, so no additional client software is required. Devices begin reporting within two hours of the policy being enabled, and the data appears under Reports > Windows apps in the Intune admin center. Filters for version, publisher, and install source (MSI, Store, or custom) help compliance officers spot unapproved software before a security incident makes it obvious.

Microsoft also exposed a raw JSON export for SIEM integration. A typical entry looks like:

{
  \"deviceId\": \"d3b07384-d113-4a28-91a3-bc1e87ed48e5\",
  \"appName\": \"Slack\",
  \"version\": \"5.19.0\",
  \"publisher\": \"Slack Technologies Inc.\",
  \"installDate\": \"2026-03-12\",
  \"source\": \"MSI\"
}

This granular visibility pairs neatly with Intune’s Proactive Remediations, allowing IT to craft detection scripts that trigger on application presence rather than just OS configuration.

Copilot Governance in the Age of Enterprise AI

Windows 11’s Copilot integration has evolved from a sidebar experiment into a system‑wide assistant that can read emails, summarize documents, and even execute shell commands. April’s policy refresh introduces a dedicated CopilotGovernance CSP with six nodes that let admins define exactly which data sources Copilot can access on behalf of a user.

The headline control is AllowCopilotFileAccess, a toggle that blocks the assistant from reading local files or online documents unless a specific app whitelist is configured. A separate URL‑filtering node prevents Copilot from scraping intranet pages, addressing the concern that proprietary information might leak into the cloud‑based language model via innocent queries like “summarize the quarterly report open in my browser.”

These policies work across Windows 11 and Windows Server 2025 sessions that have the Copilot UI enabled (the server SKU includes it for Remote Desktop and Azure Virtual Desktop workloads). Because the governance logic sits in the Windows shell rather than the cloud, policies are enforced even when the device is offline, and the assistant falls back to local models for basic tasks.

Full audit logs for Copilot interactions appear in the Microsoft 365 compliance center under a new “AI‑assisted actions” category. This allows legal and compliance teams to run e‑Discovery on prompts that touched sensitive documents, closing a major gap that early adopters complained about.

Windows 365 Reporting Preview: Real‑Time Cloud PC Telemetry

Windows 365 Enterprise customers who have been demanding per‑formance metrics comparable to Azure Virtual Desktop finally got their wish with the public preview of Cloud PC Advanced Reporting. The feature adds a dedicated dashboard—reachable from the Windows 365 blade in Intune—that streams CPU, memory, disk IOPS, network latency, and GPU utilization for every provisioned Cloud PC.

Unlike the basic connectivity reports that have been available since launch, the new telemetry uses a lightweight extension inside the Windows 365 guest image to push counters every 30 seconds. Because the data pipe runs through Azure Monitor, admins can pin the most interesting charts to their existing operational dashboards and set up threshold alerts. For example, a rule can fire when a 2‑vCPU Cloud PC sustains over 80% CPU for ten minutes, suggesting the user needs a right‑sized SKU.

The preview also exposes a session host health model that predicts whether a Cloud PC is about to enter a degraded state due to storage contention or page file thrashing. Early testers report that the predictive algorithm catches 70% of user‑impacting incidents before a helpdesk ticket is filed.

Accessibility Improvements: Subtle but Significant

April’s cumulative update for Windows 11 24H2 (the build running on most managed endpoints) includes a handful of accessibility tweaks that didn’t make the initial highlight reel but matter daily for users who rely on assistive technology. Narrator now announces live updates to web‑based tables and list boxes inside Chromium browsers, closing a gap that made modern web apps frustrating to navigate. The on‑screen keyboard gained a new dwell‑click mode that can be activated with eye‑tracking hardware, and the Ease of Access settings have been re‑organized into a cleaner, search‑friendly layout.

For developers, the UI Automation framework exposes a new IsPeripheral property that lets screen readers distinguish primary content from decorative UI chrome. This single property eliminates the need for custom annotations in line‑of‑business apps—a huge win for companies that build internal tools on WinUI 3 or WPF.

Windows Server 2025 Gets the Same Treatment

Windows Server 2025, which shares a codebase with Windows 11 24H2, receives all the same CSP improvements and most of the inventory features. The server edition also benefits from the Secure Boot hardening timeline, which is particularly relevant for Hyper‑V hosts that rely on Shielded VMs. A new VirtualizationBasedSecurity CSP node lets administrators enforce Credential Guard and HVCI across a server farm without touching Group Policy, closing a management gap that forced many shops to maintain legacy GPOs alongside modern MDM.

The Copilot governance controls apply to Windows Server 2025 sessions used in Azure Virtual Desktop multi‑session configurations. Although the Copilot icon doesn’t appear on Server Core installations, the policies still set registry keys that the shell respects when a user signs in through a full desktop experience.

Preparing Your Environment

Admins should not treat April’s release as a “nice to have” that can wait until the next upgrade cycle. The Secure Boot countdown timer starts ticking with this update, and any device that syncs with Intune will begin reporting its compliance status. Ignoring the new inventory stream means missed opportunities to clean up shadow IT, and the Copilot governance controls are likely to be audited by regulators who view AI interaction logs as discoverable business records.

A pragmatic deployment sequence looks like this:

  • Week 1: Enable the Application Inventory policy for a pilot group and verify that data appears in Intune reports. Adjust the removal list for enterprise apps.
  • Week 2: Configure CopilotGovernance CSP with file‑access and URL‑filtering rules, then deploy to the legal department as a canary.
  • Week 3: Activate Windows 365 Advanced Reporting on a test subscription and train the service desk on the new dashboards.
  • Week 4: Audit SecureBootCompliance across the fleet and identify systems that need firmware updates.

Because all the new policies are additive, there is no risk of breaking existing workflows. The one caveat is that the app-removal policy deletes the targeted apps immediately upon first sync; test on a spare device before pointing it at production.

Looking Ahead

Microsoft’s April 2026 roundup feels less like a random collection of features and more like a coordinated push toward a fully policy‑managed, AI‑aware Windows estate. The convergence of inventory, governance, and performance monitoring under the Intune umbrella suggests that the next Windows Server release will follow the same management model, gradually phasing out the on‑premises-only tools that have defined data‑center administration for two decades. For enterprises willing to invest the configuration time now, the payoff is a desktop and server fleet that self‑reports compliance, blocks unapproved AI data flows, and removes the need for golden images.