A working notebook on ConfigMgr, Intune, and Windows deployment.

Short posts written while the problem is still fresh.

Each post walks through a single scenario: the symptom, what I tried, and what finally worked. Categories group the writeups by tool, so you can jump straight to ConfigMgr, Windows, AutoPilot, or PowerShell.

• Posts tagged with the exact build, error message, or script involved.
• Categories on the right of every page for quick topic hopping.
• An archive by month for older writeups going back to 2016.

Configuration Manager remains a cornerstone for organizations managing large fleets of Windows devices. From site server setup and boundary configuration to handling those dreaded fatal MSI errors during client installation, the platform demands both careful planning and real-world troubleshooting instincts. Many administrators find themselves deep in log files, tracing the exact point where a deployment sequence falls over, only to discover a missing prerequisite or a subtle permissions issue that never surfaced in the lab. The satisfaction of finally resolving a stubborn installation failure makes the effort worthwhile.

Task sequences are where the real power of operating system deployment comes to life. Building a reliable sequence means thinking through every step, from partitioning disks and injecting drivers to installing applications and applying custom configurations at just the right moment. When something breaks mid-deployment, the challenge lies in isolating whether the culprit is a driver mismatch, a timing issue between steps, or an application installer that simply refuses to behave in a silent context. Mastering this flow transforms a chaotic imaging process into a repeatable, automated solution.

PowerShell has become the indispensable companion for anyone working seriously with ConfigMgr and Intune. Whether querying the AdminService over the internet, automating bulk device actions, or crafting custom reports, a well-written script can replace hours of manual clicking. The module ecosystem around these platforms continues to grow, giving administrators the building blocks to create their own automation solutions. Even a handful of carefully constructed functions can dramatically reduce the time spent on routine maintenance and free up energy for more interesting architectural challenges.

Windows servicing and update management remains one of the most persistent headaches in enterprise environments. Keeping thousands of devices current without disrupting users requires a thoughtful approach to deployment rings, maintenance windows, and fallback strategies. When Windows Update for Business meets Configuration Manager, the overlap can create confusion about which policy actually wins. Understanding the flow of updates, from synchronization through WSUS to client evaluation and installation, helps administrators design a servicing strategy that balances urgency with stability.

The shift toward cloud-managed endpoints through Microsoft Intune has introduced new paradigms alongside familiar challenges. Autopilot provisioning promises a sleek out-of-box experience, yet real-world deployments often reveal gaps in application packaging, compliance policies, and conditional access rules that need attention. Graph API unlocks powerful automation possibilities for Intune administration, allowing scripted configuration changes and bulk operations that the console alone cannot handle gracefully. Bridging the worlds of on-premises ConfigMgr and cloud-native management is now a core skill.

Running a home lab has become almost a rite of passage for IT professionals working with deployment technologies. Rebuilding a lab environment from scratch after a catastrophic failure teaches lessons that documentation alone can never convey. The freedom to experiment with new build versions, test automation modules, and break things without business consequences accelerates learning in ways that production environments simply cannot offer. Many of the best troubleshooting insights come from late nights spent reconstructing a virtual infrastructure that went sideways for no obvious reason.