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Gestion des endpoints

How to Co-Manage SCCM and Intune in 2026

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Introduction

In a hybrid IT world, SCCM (now Microsoft Endpoint Configuration Manager - MECM) and Intune are the two pillars of endpoint management. SCCM excels in on-premises environments with granular control over complex deployments, while Intune shines in the cloud for its scalability and native Microsoft 365 integration.

Co-management emerges as the ideal solution in 2026: it lets you run both tools in parallel, gradually shifting workloads (like app deployments or compliance) from SCCM to Intune. Why is it crucial? Businesses face exploding mobile devices, remote work, and Zero Trust Network Access (ZTNA) demands. Gartner predicts 80% of firms will move to cloud management by 2027.

This intermediate tutorial explores the theory, implementation phases, and best practices in a code-free, actionable conceptual approach. You'll learn to orchestrate this synergy, avoiding disruptions and maximizing business value (30-50% TCO cost reductions).

Prerequisites

  • Strong knowledge of Windows Server and Active Directory administration.
  • Experience with SCCM (version 2103 or later) and Intune via Microsoft Endpoint Manager.
  • Access to an Azure AD Premium P1/P2 tenant and a hybrid SCCM environment.
  • Familiarity with MDM (Mobile Device Management) and MAM (Mobile Application Management) concepts.

Co-Management Foundations: Understanding Complementary Roles

Co-management relies on Azure AD Connect to hybridize identities. SCCM handles traditional workloads (OS imaging, hardware drivers), while Intune supports cloud-native scenarios (conditional access, Autopilot).

Analogy: Think of SCCM as an on-premises symphony orchestra (total control) and Intune as a cloud DJ (instant flexibility). Co-management is the conductor assigning the scores.

WorkloadSCCM (On-Prem)Intune (Cloud)Transfer Priority
------------------------------------------------------------
OS Deployments✅ Leads⏳ GradualMedium
Applications✅ Granular✅ ModernHigh
Compliance✅ Complex Policies✅ Defender IntegrationHigh
Updates✅ WSUS-like✅ AutomatedLow
Case study: A major European bank shifted 70% of workloads in 6 months, cutting downtime by 40%.

Phase 1: Preparation and Pilot

Start by assessing maturity: Use Microsoft's Cloud Management Readiness Tool to score your environment (target >75/100).

  1. Set up integration: Enable Cloud Attach in SCCM (Administration > Cloud Services > Co-management).
  2. Pilot on 10-50 machines: Select Windows 10/11 devices hybrid Azure AD joined.
  3. Auto-enroll in Intune via GPO or SCCM script.
Pilot checklist:
  • Verify Cloud Management Gateway (CMG) connectivity.
  • Test conditional access (CA) to validate policies.
  • Monitor via SCCM Console > Monitoring > Co-management.
Estimated duration: 2-4 weeks. Goal: 100% pilot success before scaling.

Phase 2: Gradual Workload Transfer

The 7 key workloads transfer one by one, from safest to most critical:

  1. Client Apps: Transfer first (Win32 apps via Intune).
  2. Compliance Policies: Migrate to Intune for Defender for Endpoint integration.
  3. Office Click-to-Run: Naturally cloud-friendly.
  4. Windows Update: Keep on SCCM if using custom WSUS.
  5. Device Config: Intune for Zero Trust.
  6. OS Deploy: Hybrid with Autopilot.
  7. Office Apps: Last.
Pyramidal strategy: Prioritize by business impact. Use Readiness Checks in the SCCM console to validate each transfer.

Real-world example: For apps, package as MSIX and deploy via Intune Company Portal, with SCCM fallback on failure.

Phase 3: Monitoring, Governance, and Optimization

After transfer, implement governance:

  • RBAC: Separate SCCM roles (on-prem admins) from Intune (cloud ops).
  • Analytics: Leverage Intune Reports + Log Analytics for KQL queries on failures.
  • Rollback: Keep SCCM as pilot (cloud manager = 1, pilot = 0).

Maturity framework:
Level% Workloads on IntuneMetrics
---------------------------------------
1 - Pilot0-20%95% uptime
2 - Scale20-60%<5% tickets
3 - Mature>60%80% automation

Optimize with Advanced Analytics to predict drifts.

Essential Best Practices

  • Strict phasing: Never transfer more than 20% of workloads per month to limit risks.
  • Communication: Train teams via Microsoft Learn paths and notify end-users (email + Teams).
  • Security first: Always enable MAM without enrollment for BYOD before MDM.
  • Automation: Use Graph API for custom reports (PowerShell delegated focus, no code here).
  • Costs: Monitor Intune licenses (first device free, then per user) and disable unused CMGs.

Common Pitfalls to Avoid

  • Mass transfer: Avoid the 'big bang'; 60% of failures stem from rushed rollouts.
  • Forgetting Hybrid Join: Without Azure AD Hybrid Join, devices stay 'non co-managed' (check via dsregcmd /status).
  • Ignoring legacies: Old MSI apps break in Intune; test in lab.
  • Lax monitoring: Without Log Analytics alerts, compliance drifts go unnoticed (e.g., missing patches).

Next Steps