Microsoft Intune vs SCCM

Microsoft Intune vs SCCM: What's the Difference?

Choosing between Microsoft Intune and SCCM (System Center Configuration Manager, now known as Configuration Manager or MECM) is crucial for enterprise IT teams. Each solution supports different deployment models and use cases.

Microsoft Intune is a cloud-based solution for mobile device management (MDM) and mobile application management (MAM). It is tailored for modern organizations that focus on remote work. Intune manages devices using cloud policies, eliminating the need for on-premises infrastructure.

SCCM (Configuration Manager) is an on-premises endpoint management solution that offers strong Windows management features. It supports various deployment options and can manage devices that do not have internet access. For more than 20 years, SCCM has been the standard for managing Windows in enterprises.

The key difference: Intune is cloud-first and manages all platforms, including Windows, macOS, iOS, Android, and Linux. In contrast, SCCM relies on infrastructure and mainly focuses on Windows.

By 2026, Microsoft's strategic direction will clearly favor Intune for new deployments.

Deployment Model: Cloud vs On-Premises

The key difference between Intune and SCCM is their deployment architecture. Intune runs completely in the cloud using Microsoft Azure. On the other hand, SCCM relies on on-premises Windows servers, SQL Server databases, and distribution points.

This architectural difference affects several key areas:

• Infrastructure costs
• Management overhead
• Device management capabilities

Organizations that choose Intune eliminate server maintenance completely. In contrast, organizations that select SCCM maintain full control over their infrastructure and data location.

Infrastructure Requirements Comparison

Device Management Capabilities

Both Intune and SCCM offer strong device management, but they have different strengths. Intune is best for managing multiple platforms and BYOD (Bring Your Own Device) situations. On the other hand, SCCM provides more control over Windows environments. It includes features such as:

• Advanced software distribution
• Detailed reporting and analytics
• Comprehensive patch management

• Comprehensive software distribution
• Advanced reporting capabilities
• Detailed hardware inventory management

• Hardware inventory
• Remote control
• Power management

Intune Device Management

• Enrollment Methods: Windows Autopilot, Apple DEP, Android Enterprise, manual enrollment, bulk enrollment
• Configuration Profiles: Device restrictions, Wi-Fi, VPN, email, certificates, custom OMA-URI
• Compliance Policies: Define device health requirements, integrate with Conditional Access
• Remote Actions: Wipe, retire, restart, sync, remote lock, locate device
• BYOD Support: App-level management without full device enrollment (MAM-WE)

SCCM Device Management

• Client Deployment: Push installation, manual, GPO, logon scripts, software update point
• Configuration Baselines: Compliance settings, remediation scripts, DCM
• Hardware/Software Inventory: Detailed asset inventory, custom inventory classes
• Remote Control: Full remote desktop control for troubleshooting
• Power Management: Wake-on-LAN, power plans, scheduled wake
• Endpoint Protection: Integrated antimalware management (Defender)

Operating System Support

Intune natively supports six operating systems: Windows, macOS, iOS, iPadOS, Android, and Linux. In contrast, SCCM mainly supports Windows and has limited management for macOS and Linux.

If you need to manage mobile devices, you must use Intune. SCCM does not have native mobile device management capabilities for iOS and Android.

Update Management

Keeping devices updated is essential for security and compliance. Intune uses Windows Update for Business to deliver updates directly from Microsoft's CDN.

SCCM, on the other hand, depends on on-premises WSUS (Windows Server Update Services) and distribution points to manage bandwidth.

Intune simplifies the setup and maintenance of standard Windows update management. However, if your environment requires strict bandwidth control, third-party patching, or complex maintenance windows, SCCM is a better option. It offers more detailed control over these features.

Intune Update Management

• Windows Update for Business: Cloud-based update management with deferral policies
• Update Rings: Define groups with different update schedules (pilot, broad, critical)
• Feature Updates: Control Windows 11/10 feature update rollouts
• Quality Updates: Manage monthly security and cumulative updates
• Driver Updates: Automatic driver updates via Windows Update
• Expedited Updates: Fast-track critical security updates

SCCM Update Management

• Software Update Point (SUP): On-premises WSUS integration for update management
• Update Groups: Granular control over update deployment timing
• Maintenance Windows: Precise scheduling for update installations
• Third-Party Updates: Manage non-Microsoft updates (Adobe, Java, etc.)
• OS Upgrade Task Sequences: Complex Windows upgrade scenarios
• Bandwidth Control: BITS throttling, BranchCache, peer caching

Application Deployment

Application deployment is a key part of endpoint management. Intune supports the following types of applications:

• Win32 apps up to 8 GB
• Microsoft Store apps
• Mobile apps for iOS/Android

SCCM has no package size limit. It also supports complex multi-step installations through task sequences.

For most application deployment scenarios, Intune is sufficient. SCCM is better for organizations deploying very large applications, using App-V virtualization, or needing detailed software metering for license compliance.

Intune Application Deployment

• Microsoft Store Apps: Direct deployment from Microsoft Store for Business
• Win32 Apps: Deploy MSI, EXE, MSIX packages with dependency handling
• LOB Apps: Custom line-of-business application deployment
• iOS/Android Apps: App Store, managed Google Play, enterprise apps
• Web Apps: Web clips and PWA deployment
• App Protection Policies: MAM policies for app-level data protection
• Maximum Package Size: 8 GB for Win32 apps

SCCM Application Deployment

• Application Model: Complex apps with multiple deployment types per OS
• Packages/Programs: Legacy deployment method for scripts and complex installs
• Task Sequences: Complex multi-step installations with dependencies
• App-V: Application virtualization support
• Software Metering: Track application usage across the organization
• User Device Affinity: Install apps based on primary user relationships
• Maximum Package Size: Limited only by disk space and network

Security Features

Intune offers a major security advantage compared to SCCM because of its Conditional Access integration. Conditional Access is crucial to Microsoft's Zero Trust architecture. It prevents non-compliant devices from accessing corporate resources.

In contrast, SCCM does not support Conditional Access enforcement natively.

Both platforms work with Microsoft Defender for Endpoint and support security baselines. However, Intune offers a cloud-native approach that provides:

• Real-time compliance monitoring
• Automated remediation

These features are not available in SCCM without co-management.

Reporting & Analytics

Visibility into device health, compliance, and deployment status is essential for effective endpoint management. Intune offers cloud-based reporting through several tools:

• Endpoint Analytics
• Power BI integration
• Microsoft Graph API access

SCCM utilizes SQL Reporting Services (SSRS) and provides hundreds of built-in reports. It also features CMPivot for real-time queries.

Intune Reporting

• Intune Reports: Built-in reports for devices, apps, compliance
• Log Analytics: Azure Monitor integration for advanced analytics
• Endpoint Analytics: Device health, startup performance, app reliability
• Export to Excel/CSV: Data export for custom reporting
• Power BI Integration: Connect Intune data to Power BI dashboards
• Microsoft Graph API: Programmatic access to all Intune data

SCCM Reporting

• SQL Reporting Services (SSRS): Hundreds of built-in reports
• Custom Reports: Build custom SQL-based reports
• CMPivot: Real-time query across all managed devices
• Status Messages: Detailed deployment and inventory tracking
• Power BI Templates: Pre-built dashboards for SCCM data
• Asset Intelligence: Software catalog and license management

Licensing & Costs

Intune is significantly cheaper than SCCM for most organizations. It is included in Microsoft 365 E3 and E5 licenses at no extra cost. In contrast, SCCM has several requirements:

• Windows Server licenses
• System Center licenses
• SQL Server licenses
• Server hardware
• Dedicated IT staff to maintain the infrastructure

For an organization with 1,000 users on Microsoft 365 E3, the cost of Intune is $0. In contrast, the typical cost for the equivalent SCCM infrastructure is between $50,000 and $150,000 each year.

• This cost includes expenses for servers.
• It also covers licensing fees.
• Staffing costs are part of this total as well.

Migration Path: SCCM to Intune

Microsoft offers a straightforward migration path from SCCM to Intune using co-management. Co-management enables you to operate both platforms on the same devices at the same time. You can move specific workloads, such as:

• Device compliance
• Application deployment
• Endpoint protection

• Device compliance
• Application deployment
• Endpoint protection

• Compliance
• Updates
• Apps

These can be moved from SCCM to Intune one at a time.

This phased approach eliminates the risk of a "big bang" migration. Most enterprise organizations complete the full transition in 6-18 months depending on complexity.

Co-Management Workloads

With co-management, you can move individual workloads from SCCM to Intune independently:

1. Compliance Policies: Device compliance and conditional access
2. Device Configuration: Configuration profiles and settings
3. Windows Update Policies: Update rings and feature updates
4. Resource Access Policies: VPN, Wi-Fi, email, certificates
5. Endpoint Protection: Antimalware and security policies
6. Client Apps: Application deployment (recommended last)

Recommended Migration Phases

Full Feature Comparison Table

When to Choose Microsoft Intune

Intune is the right choice for the majority of organizations in 2026. If any of the following apply to your environment, Intune should be your primary endpoint management platform.

• Remote or hybrid workforce: Intune manages devices anywhere with an internet connection, no VPN required
• Multi-platform environment: You need to manage iOS, Android, macOS, and Windows from a single console
• Zero infrastructure goal: You want to eliminate on-premises servers, SQL databases, and distribution points
• Microsoft 365 E3/E5 licenses: Intune is already included in your licensing at no extra cost
• Zero Trust security: You need Conditional Access to enforce compliance before granting resource access
• Windows Autopilot: You want zero-touch device provisioning shipped directly to employees
• BYOD support: You need app-level protection (MAM) without enrolling personal devices
• AI-powered management: You want Copilot integration for intelligent troubleshooting and policy recommendations
• New deployments: Any greenfield endpoint management project should start with Intune, not SCCM

When to Choose SCCM (Configuration Manager)

SCCM remains the better choice for a narrow set of scenarios. These are typically legacy environments or highly regulated industries with specific infrastructure requirements.

• Air-gapped networks: Classified or isolated environments with no internet connectivity (defense, intelligence, secure manufacturing)
• Complex OS imaging: You need custom task sequences for bare-metal deployment with specific drivers, BIOS settings, and multi-step installations
• Windows Server management: You manage Windows Server estates and need integrated patching and compliance
• Third-party patching at scale: You need granular control over Adobe, Java, Chrome, and other third-party update deployment
• Software metering: You need detailed application usage tracking for license optimization
• App-V virtual applications: You rely on Microsoft Application Virtualization for legacy app delivery
• Bandwidth-constrained sites: You need BranchCache, peer caching, and BITS throttling for distributed WAN environments

Choose Co-Management (Both) If:

Co-management is the recommended migration strategy for existing SCCM customers. It allows you to run both platforms simultaneously and migrate workloads incrementally.

• SCCM to cloud transition: You are actively migrating from SCCM and need a phased approach
• Hybrid requirements: You need Conditional Access (Intune) plus complex imaging (SCCM) simultaneously
• Protecting existing investment: You have significant SCCM infrastructure and expertise you cannot abandon overnight
• Mixed connectivity: Some devices are always connected, others operate in low-connectivity environments
• Gradual workload migration: You want to move compliance, updates, and apps to Intune one workload at a time

Frequently Asked Questions