Microsoft Intune vs. SCCM/MECM in 2025: Which Should You Use?

The Question Has Changed

A few years ago, the question was "should we add Intune?" Today, for many organisations, the question is how much endpoint management should move to Intune and what still needs Configuration Manager.

That does not mean SCCM/MECM is obsolete. There are specific scenarios where Configuration Manager still genuinely earns its place in 2025. This comparison covers both the capability differences and the architectural considerations for migration planning.

Feature Comparison

Capability	Microsoft Intune	SCCM / MECM
OS deployment (bare metal)	Limited (Autopilot v2)	Full (PXE, task sequences, WinPE)
Software distribution scale	Good (Win32, LOB, Microsoft Store)	Strong (large packages, bandwidth throttling, BranchCache)
Patch management	Good (WUfB integration, expedited rings)	Strong (WSUS integration, detailed reporting, custom deadlines)
Inventory and reporting	Good (Graph API reports, Endpoint Analytics)	Strong (SQL-backed, fully customisable)
Complex task sequences	Not supported	Full support
Co-management	Supported	Required for co-management
Cloud-native	Native	Not designed for cloud
Identity requirement	Entra ID required	On-premises AD sufficient
Infrastructure overhead	Near-zero	Significant (site servers, SQL, WSUS, DP)
Licensing	Included in M365 E3/E5, Intune Plan 1/2	Requires ConfigMgr licence (part of EMS or standalone)

Where SCCM Still Wins

Large-scale OS deployment: If you are regularly imaging hundreds or thousands of devices with complex task sequences (BitLocker pre-provisioning, driver injection, multi-step customisation), SCCM's OSD capability is still significantly more capable than Autopilot. Autopilot v2 has improved but requires pre-provisioned hardware and internet connectivity. Neither condition works in every deployment scenario.

Large package distribution: SCCM's distribution point infrastructure (including BranchCache and Peer Cache) is designed for large payloads in bandwidth-constrained environments. Intune's Win32 app distribution works well for most software but does not have an equivalent to SCCM's optimised distribution hierarchy for very large packages (multi-GB application installs, OS upgrade packages).

Complex software dependency management: SCCM's application model supports complex dependency chains, detection methods, and supersedence relationships that go beyond what Intune's Win32 app model supports today.

On-premises-only environments: Organisations with air-gapped or internet-restricted networks cannot use Intune as a primary management plane without significant architectural changes.

Where Intune Wins

Cloud-native devices and remote workers: Any device that is not permanently on-premises benefits enormously from Intune's cloud-native management plane. No VPN, no direct connectivity requirements, no infrastructure dependencies.

Zero-touch provisioning: Autopilot, especially v2, provides a cleaner end-user provisioning experience than SCCM-based OSD for the scenarios it covers.

Operational overhead: SCCM's infrastructure (site servers, distribution points, SQL, WSUS synchronisation, boundary groups) requires meaningful ongoing maintenance. Intune reduces that infrastructure work, although it still needs policy ownership, reporting review, app packaging discipline, and change control.

Modern security controls: Intune integrates natively with Defender for Endpoint, Conditional Access, Entra ID, and the Microsoft Purview compliance stack. These integrations are first-class in Intune and bolt-on in SCCM.

Licensing simplicity: For organisations already on Microsoft 365 E3 or E5, Intune is included. SCCM requires either an EMS licence bundle or a standalone ConfigMgr licence.

The Migration Path

Microsoft's co-management feature allows SCCM-managed devices to be co-managed by both SCCM and Intune simultaneously, with workload sliding between the two products on a per-capability basis. This is the recommended migration path:

Enrol co-managed devices in Intune (retain SCCM)
Slide workloads progressively to Intune: compliance policies first, then configuration profiles, then app management, then OSD (or accept SCCM for OSD long-term)
Decommission SCCM infrastructure as workloads migrate

For new device deployments that fit Autopilot assumptions, Intune and Autopilot are usually the right starting architecture.

Who Should Keep SCCM for Now

Keep SCCM in the design if you still depend on:

PXE or task sequence-driven bare metal builds
Large application payloads delivered over constrained WAN links
Complex pre-install, install, repair, and supersedence logic
Detailed SQL reporting that existing teams and audit processes rely on
Internet-restricted or segmented networks where cloud management is not viable

This does not have to be a permanent decision. It means the migration plan should move the workloads that are ready and leave the hard cases under Configuration Manager until there is a tested replacement.

What to Check Before Migrating Workloads

Which devices are already co-managed and healthy in Intune
Whether compliance policy results are reliable enough to use with Conditional Access
Which apps have complex dependencies or large installers
Whether update rings can replace existing maintenance windows and ADRs
How helpdesk staff will find device, app, and policy state after the workload moves
Which reports must be rebuilt through Graph, Intune exports, or Power BI

Do not move workloads because the slider exists. Move them when the receiving process in Intune is documented, monitored, and supportable.

Verdict

For new cloud-managed endpoints, Intune is usually the right starting point. SCCM still has a role where complex OSD, large software distribution, detailed on-premises reporting, or restricted networks exist. The practical answer for many estates is a staged co-management model, not a rushed replacement.