Microsoft has significantly enhanced its enterprise management capabilities by integrating Secure Boot status monitoring and certificate update management directly within Microsoft Intune, specifically for devices enrolled in Windows Autopatch. This strategic move provides IT administrators with a unified, single-pane-of-glass view of critical platform security health, transforming how organizations manage and verify the integrity of their Windows 11 and Windows 10 endpoints at the firmware level. The new features, which began rolling out in late 2024, address a longstanding gap in cloud-based endpoint management by bringing low-level security telemetry and control into the same console used for application and policy management.

The Integration: Secure Boot and Certificate Management in Intune

At its core, this update surfaces two pivotal pieces of information within the Intune admin center for Autopatch-managed devices. First, it displays the Secure Boot status, confirming whether this foundational security feature is enabled on a device. Secure Boot is a UEFI firmware security standard designed to prevent malicious software, like rootkits, from loading during the boot process by ensuring only cryptographically signed bootloaders and operating system kernels can execute. Second, Intune now reports on the status of platform-level certificate updates. These certificates, specifically the Microsoft Windows Production PCA 2011 certificate used to sign boot components, are crucial for Secure Boot's chain of trust. When these certificates expire or need renewal, devices can fail to boot if not properly updated.

Previously, checking Secure Boot status or managing these certificate updates required IT pros to use on-premises tools like Configuration Manager, run manual PowerShell scripts against individual devices, or physically access a device's UEFI/BIOS settings. This fragmentation made fleet-wide security posture assessment cumbersome. Now, administrators can navigate to Devices > Windows > Windows Autopatch in the Intune admin center, select a device ring, and view a dedicated \"Secure Boot\" column in the device list. A simple \"Enabled\" or \"Disabled\" status provides immediate visibility. Detailed certificate information is accessible via the device's overview pane under Hardware > Security.

Why This Matters for Enterprise Security Posture

The integration is far more than a convenience feature; it's a critical enhancement for Zero Trust security models and compliance frameworks. Secure Boot is a mandatory requirement for several important security capabilities and standards:
- Windows 11 Installation: Secure Boot is a hard requirement for installing Windows 11, making its status a key indicator of upgrade readiness and compliance.
- Microsoft Defender System Guard: Features like Dynamic Root of Trust for Measurement (DRTM) rely on Secure Boot to provide hypervisor-protected code integrity.
- Credential Guard: This feature, which isolates and protects Kerberos and NTLM secrets, requires Secure Boot to be enabled.
- BitLocker: While BitLocker can function without it, using Secure Boot with BitLocker provides enhanced protection against bootkit attacks.

Without centralized visibility, a single device with Secure Boot accidentally disabled becomes a vulnerable entry point in an otherwise secure network. The new Intune reporting allows for proactive identification and remediation of such gaps. Furthermore, managing the Secure Boot certificate update process is vital for business continuity. The primary certificate used for years, the Microsoft Windows Production PCA 2011, is scheduled to expire. Microsoft has been rolling out a renewal (the Microsoft Windows UEFI CA 2023) via Windows Update. If a device misses this update, it could potentially fail to boot after the old certificate expires. Intune's reporting gives IT teams a direct line of sight into which devices have successfully received the new certificate, allowing for targeted remediation before it becomes an emergency.

Windows Autopatch: The Automation Engine

The context of Windows Autopatch is essential to understanding the full value of this update. Windows Autopatch is a cloud service that automates the deployment of Windows, Microsoft 365 Apps, Microsoft Edge, and Microsoft Teams updates. It handles update grouping, rollout sequencing, and rollback based on device health signals—all with minimal IT intervention. By surfacing Secure Boot and certificate data specifically for Autopatch devices, Microsoft is aligning deep security health with its automated update machinery.

This creates a powerful synergy: Autopatch ensures devices receive the latest security and feature updates automatically, while the new Intune reporting ensures the underlying platform security (Secure Boot) and its trust chain (certificates) are intact to safely receive and run those updates. It closes the loop between application/OS patching and firmware/security baseline management. For an Autopatch-managed device, an IT admin can now see in one place if it's receiving monthly quality updates, has the latest certificate, and has Secure Boot enabled—a holistic view of update and security compliance.

Practical Implications for IT Administrators

For IT teams, this integration translates into tangible operational benefits and new workflows:

1. Proactive Security Auditing and Compliance Reporting:
Administrators can now easily generate reports on Secure Boot compliance across their entire Autopatch-managed fleet. This is invaluable for internal security audits and demonstrating compliance with regulations that mandate secure boot processes. Queries can be built to quickly list all devices with Secure Boot disabled for immediate action.

2. Streamlined Troubleshooting for Boot and Update Issues:
When a device fails an update or experiences boot problems, Secure Boot status is a key diagnostic data point. Having this information directly in Intune eliminates the need to solicit help from an end-user to check BIOS settings or dispatch a technician. It accelerates mean time to resolution (MTTR) for critical incidents.

3. Certificate Update Management and Rollout Verification:
IT can monitor the adoption of the new UEFI CA 2023 certificate across their estate. They can identify devices that are still relying on the expiring 2011 certificate and take action, such as triggering a manual Windows Update scan or investigating update blockers, well in advance of any potential expiry-related boot failures.

4. Enhanced Onboarding and Provisioning Checks:
For new devices being enrolled into Autopatch, IT can verify that Secure Boot is enabled as part of the standard provisioning checklist, ensuring every new endpoint starts from a known, secure state.

Requirements and Deployment Considerations

To leverage this new capability, organizations must meet specific prerequisites:
- Licensing: Devices require a Windows 10/11 Enterprise or Education license and must be enrolled in Windows Autopatch. The feature is not available for devices managed by Intune alone without Autopatch.
- Intune Management: Devices must be successfully enrolled and managed by Microsoft Intune.
- Endpoint Requirements: Devices must be UEFI-based with Secure Boot capability (a standard for modern PCs). The Intune reporting pulls data from the device's UEFI firmware and the Windows Management Instrumentation (WMI) provider Root\\StandardCimv2\\embedded.

Deployment is straightforward for existing Autopatch customers, as the feature is enabled service-side by Microsoft. IT admins simply need to locate the new data within the Intune admin center. No additional agent deployment or policy configuration is required to start seeing the reported status. The data refreshes according to the standard Intune device check-in cycle.

The Bigger Picture: Microsoft's Unified Management Vision

This update is a clear step in Microsoft's ongoing strategy to unify endpoint management and security into a cohesive, cloud-native experience. It brings a traditionally siloed, hardware-centric security metric into the same workflow as application deployment, compliance policies, and conditional access. It also strengthens the value proposition of Windows Autopatch, positioning it not just as an update automation tool, but as a comprehensive endpoint management suite with deep security insights.

Looking ahead, this paves the way for more advanced automation. One can envision future capabilities where Intune could automatically remediate a disabled Secure Boot state via collaboration with OEM cloud services or trigger specific troubleshooting workflows based on certificate status. It also aligns with the industry shift towards Security Posture Management, where tools provide continuous assessment and hardening of device configurations against benchmarks like the Microsoft Security Baseline.

For IT leaders, the message is clear: the boundary between OS management and platform security is dissolving. Managing Windows effectively now requires visibility and control from the firmware up through the application layer. By integrating Secure Boot and certificate status into Intune for Autopatch, Microsoft is providing the essential tools to achieve that comprehensive control, helping organizations build more resilient and verifiably secure environments in an increasingly complex threat landscape.