Microsoft Intune Mobile Device Management (MDM)

Microsoft Intune Mobile Device Management (MDM) is a comprehensive solution that allows organizations to manage and secure mobile devices, including smartphones and tablets, across different platforms like iOS, Android, and Windows. In this explanation for IT beginners, we’ll break down the functions and workflows of Intune MDM, along with usage examples.

Functions of Microsoft Intune Mobile Device Management:

  1. Device Enrollment: Intune facilitates the enrollment of mobile devices into your organization’s management system. This process establishes a connection between the device and Intune, allowing administrators to apply policies and manage the device.
  2. Policy Management: IT administrators can create and enforce policies that control various aspects of device behavior, such as security settings, access controls, and app management. Policies ensure devices are compliant with organizational standards.
  3. App Management: Intune enables the distribution and management of applications to enrolled devices. IT can deploy, update, and remove apps remotely, ensuring that users have access to the necessary tools and resources.
  4. Security Policies: Security policies in Intune help protect devices and data. These policies can include device compliance rules and conditional access policies that restrict access to corporate resources based on device compliance.
  5. Remote Actions: Intune allows administrators to take remote actions on devices, such as remote lock, wipe, and reset. These actions are crucial in case a device is lost or stolen or when security concerns arise.

Workflows in Microsoft Intune Mobile Device Management:

  1. Device Enrollment:
    • Devices are enrolled in Intune through a variety of methods, including user-driven enrollment, automatic enrollment for Windows devices through Windows Autopilot, and bulk enrollment for large numbers of devices.
  2. Policy Creation and Assignment:
    • IT administrators create policies in the Intune portal, specifying desired settings and configurations. These policies can include security policies, compliance policies, and app protection policies.
  3. Device Compliance Checks:
    • Devices regularly report their compliance status to Intune. Compliance policies evaluate whether devices meet the predefined security and compliance criteria.
  4. App Deployment:
    • Apps are deployed to enrolled devices based on policy assignments. Users receive notifications to install or update apps, or apps can be silently deployed without user interaction.
  5. Security Enforcement:
    • Security policies, such as passcode requirements, encryption, and conditional access, are enforced on enrolled devices. Non-compliant devices may have restricted access to corporate resources.
  6. Remote Management:
    • In case of device loss, theft, or security breaches, IT can initiate remote actions like locking or wiping the device through the Intune portal.

Usage Examples:

  1. iOS Enrollment:
    • An employee with a company-issued iPhone enrolls their device into Intune to access corporate email and apps securely.
  2. App Deployment:
    • IT deploys the Microsoft Teams app to all Android devices in the organization to facilitate communication and collaboration among employees.
  3. Passcode Policy:
    • A security policy requires all mobile devices to have a passcode or biometric authentication enabled to protect corporate data.
  4. Conditional Access:
    • Conditional access policies ensure that only devices that meet security standards can access sensitive corporate data stored in OneDrive for Business or SharePoint.
  5. Remote Wipe:
    • If an employee’s tablet is lost, IT can initiate a remote wipe action through Intune to erase corporate data and prevent unauthorized access.

Microsoft Intune Mobile Device Management is essential for maintaining control, enforcing policies, and ensuring the security of mobile devices used in modern workplaces. It empowers IT administrators to efficiently manage and protect devices and data across various platforms and scenarios.

Author: tonyhughes