Microsoft SCCM / MECM
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Microsoft SCCM / MECM

Microsoft · Endpoint Management

On-premises endpoint management and software distribution

Importance for UK SMBs
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Overview

Microsoft Endpoint Configuration Manager (MECM, formerly SCCM) is the on-premises counterpart to Intune. It provides deep Windows management including OS deployment, software distribution, patch management, and compliance, with unparalleled control over the deployment process.

UK Pricing Included with Microsoft 365 E3/E5 or as standalone System Center licence (~£10/user/mo for full suite).
Target Size 200+ managed devices, particularly with on-prem infrastructure

Why Use It

For organisations with complex Windows imaging requirements, air-gapped networks, or large software deployment needs that Intune cannot easily handle, SCCM remains the gold standard. Co-management with Intune allows gradual migration without losing SCCM capabilities.

Why Not

For new deployments or remote-first organisations, Intune with Autopilot is the recommended path. SCCM's on-premises infrastructure requirements add cost and complexity that cloud-native management avoids.

Pros & Cons

Pros

  • Unparalleled control over Windows OS deployment and task sequences
  • Works entirely on-premises — no cloud dependency for device management
  • Mature platform with decades of enterprise adoption
  • Co-management with Intune for gradual cloud migration
  • Excellent for managing devices with intermittent internet connectivity

Cons

  • Requires significant on-premises infrastructure (site servers, SQL, distribution points)
  • High administrative overhead compared to Intune
  • Cloud-first organisations are migrating away from SCCM
  • Not suitable for remote-first workforces without complex CMG setup
  • Microsoft is gradually shifting investment toward Intune

How to Get the Most Out of It

  1. Enable co-management with Intune to start moving workloads to the cloud gradually
  2. Use the Cloud Management Gateway (CMG) to manage remote devices without VPN
  3. Leverage task sequences for zero-touch OS deployment across hardware refresh cycles
  4. Use Software Update Groups and ADRs to automate Patch Tuesday deployments
  5. Monitor client health dashboards — unhealthy clients are a common source of patching failures