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The Microsoft MD-102 exam is the current Endpoint Administrator assessment. As of October 1, 2026, Microsoft’s active blueprint measures skills as of July 24, 2026 and centers on preparing device infrastructure, enrolling endpoints into Microsoft Intune, implementing identity and compliance, managing devices, managing and securing applications, protecting endpoints, and improving operations through automation, monitoring, and reporting.
Microsoft has also published an English-language objective update for October 27, 2026. That future date matters for candidates scheduling later in the month: the exam remains current, but the wording and emphasis of some objectives will change. Preparation should therefore be tied to the date of the scheduled exam rather than assuming one downloaded skills outline remains valid indefinitely.
The endpoint administrator role spans Windows, mobile platforms, Microsoft Entra ID, Intune, Windows Autopilot, Microsoft Defender for Endpoint, Windows 365, PowerShell, Microsoft Graph, and related management services. The job is not merely deploying devices. It is creating a controlled lifecycle from enrollment through configuration, application delivery, security, updates, support, monitoring, and eventual retirement.
Organizations manage corporate devices, personally owned devices, shared devices, frontline endpoints, virtual desktops, and specialized use cases. Enrollment method should reflect ownership, platform, provisioning model, security requirements, and the user experience. A method that works for a small IT pilot may create friction or support volume when deployed to thousands of users.
Windows Autopilot is especially important because it supports modern provisioning without traditional image-heavy deployment. The site’s Windows Autopilot material is useful context for understanding device registration, deployment profiles, enrollment status, and how users can receive a business-ready device with less manual handling.
Endpoints are part of the identity and access model. Devices can be registered, joined, or hybrid joined to Microsoft Entra ID, and their state can influence Conditional Access decisions. Administrators need to understand which identity relationship applies to the scenario and how enrollment or compliance data reaches the access policy layer.
The relationship with SC-300 identity and access administration is important. MD-102 focuses on endpoint responsibilities, while identity specialists go deeper into authentication and access governance. The site’s Conditional Access material helps connect the two domains: trusted access decisions can combine user, device, risk, application, and contextual signals.
Intune configuration profiles can manage device restrictions, settings catalogs, certificates, connectivity, security configuration, and many other controls. The difficult part is not finding a setting; it is designing assignments so policies are understandable and conflicts can be diagnosed. Broad overlapping profiles are easy to create and difficult to operate.
Administrators should use clear naming, scoped assignments, change control, and test groups. When two profiles configure the same setting differently, support teams need a way to identify the winning policy and business intent. Configuration should also distinguish required security controls from user-experience preferences so critical settings receive stronger governance.
Endpoints need line-of-business applications, Microsoft Store apps, Microsoft 365 Apps, web applications, and other software. Administrators must package or configure applications, define requirements and detection, assign them to users or devices, manage dependencies, update them, and remove them when they are no longer allowed.
Application protection can also apply where full device management is not appropriate. Mobile application management policies help protect organizational data within supported applications. Candidates should understand the difference between managing the whole device and protecting work data at the application layer, because the right choice depends on ownership and risk.
Security baselines, antivirus, firewall, disk encryption, attack-surface reduction, local account controls, privilege management, and endpoint detection all contribute to the device security posture. No single setting makes an endpoint secure. Administrators need to understand how controls overlap and where an exception weakens the larger model.
Microsoft Defender for Endpoint adds detection, investigation, vulnerability information, and response capability. The MD-102 administrator should know how endpoint policy and security telemetry work together so a detected issue can lead to remediation rather than remaining an isolated alert.
Windows and application updates reduce exposure but can also disrupt users when poorly staged. Administrators need rings, deadlines, restart behavior, feature-update policy, quality-update controls, reporting, and exception processes that match the organization’s risk tolerance. Fast deployment is not always the same as safe deployment.
Pilot groups should represent real hardware and business applications. A successful test on IT laptops does not prove compatibility for manufacturing devices, call-center software, engineering workstations, or executive travel scenarios. Endpoint administration is strongest when rollout decisions are based on evidence from representative populations.
Intune can trigger actions such as sync, restart, retire, wipe, reset passcode, or other platform-specific operations. These controls are powerful and sometimes destructive. Organizations should define which support roles can perform them, what verification is required, and how actions are logged.
Support also needs good device context. Hardware inventory, compliance state, configuration results, application deployment, recent check-in, and security status can help diagnose issues without immediately rebuilding the device. The goal is to solve the user’s problem while preserving organizational controls and evidence.
At scale, administrators cannot inspect every device manually. Reporting, alerts, scripts, remediation, Graph-based automation, and health signals help identify drift and recurring problems. Automation should target well-understood conditions and produce evidence of what it changed; silent automation that modifies thousands of devices can amplify a mistake rapidly.
The broader SC-900 security fundamentals context is useful because endpoint management sits inside a wider zero-trust and compliance strategy. Device health is one signal among identities, applications, data, and threats. MD-102 candidates should be able to explain how endpoint evidence contributes to organization-wide access and security decisions.
Compliance policies should be designed around meaningful security states rather than used as a generic checklist. Requirements such as encryption, operating-system version, threat level, password configuration, or secure boot can become signals for access decisions. Administrators need to understand evaluation timing and grace periods so a temporary reporting delay does not unexpectedly block a large user population.
Device filters and dynamic groups can make targeting more precise, but assignment logic should remain understandable. Complex group rules, exclusions, and nested targeting can create situations where support teams cannot explain why a device received a policy. A good operating model favors predictable targeting, staged rollout, and clear documentation over cleverness.
Windows 365 and cloud PCs extend endpoint management beyond physical hardware. Policies, applications, security, identity, and user experience still need management even when the endpoint runs in Microsoft’s cloud. Candidates should understand how virtual endpoints fit the same management model while also considering provisioning, connectivity, licensing, and performance.
Privileged operations should use the least access necessary. Local administrator rights, remote-help capabilities, endpoint security changes, and wipe actions can create significant risk. Modern endpoint programs increasingly use controlled elevation and privileged workflows rather than granting permanent administrator rights to users or support staff.
Reporting should answer operational questions instead of generating dashboards for their own sake. Administrators need to know which devices failed enrollment, which policies conflict, which applications are not installing, where compliance is deteriorating, and which hardware or software populations create recurring incidents. Useful reports lead to action and ownership.
Endpoint retirement is part of the lifecycle too. When a user leaves or a device is replaced, organizations need a predictable process to remove corporate data, revoke access, retire or wipe management state, reclaim licenses, update asset records, and preserve required evidence. A device that is easy to enroll but difficult to decommission is not fully managed.
Co-management and migration scenarios require careful sequencing when organizations move from traditional management toward cloud-based control. Workloads should transfer deliberately, and support teams need to know which platform owns each setting during the transition. Conflicting authority creates unpredictable device behavior.
Security exceptions should have owners and expiration dates. Devices that cannot meet a standard because of business-critical software, specialized hardware, or temporary operational constraints may need compensating controls, but permanent undocumented exceptions gradually weaken the endpoint baseline.
Testing should include recovery from failure. Re-enrollment, lost or stolen devices, damaged profiles, application rollback, failed update deployment, and user replacement scenarios reveal whether the endpoint program can recover quickly without granting excessive administrator access.
Endpoint administrators should maintain a small set of representative pilot personas rather than one generic test user. A remote employee, frontline worker, developer, privileged administrator, personally owned mobile user, and cloud-PC user can expose different enrollment, application, security, and support behavior before a broad deployment reaches production.
Documentation should identify policy owners, assignment logic, exception paths, and support procedures. Intune environments change continuously, and a setting that made sense during one migration may become unnecessary later. Periodic cleanup prevents abandoned profiles and groups from making endpoint behavior increasingly difficult to explain.
Asset records should also support supportability: serial numbers, ownership, warranty context, and replacement history can improve incident handling when maintained consistently.
A strong lab starts before enrollment. Define identity, licensing, groups, ownership, enrollment, compliance, configuration, applications, security, updates, and support. Then provision a device, observe policy application, deliberately create a noncompliant condition, remediate it, deploy an application, test an update ring, and review the resulting reports.
The current Microsoft certifications portfolio provides credential context, while the site’s endpoint administration coverage can organize broader preparation. The durable MD-102 skill is operating a fleet: endpoints should be easy to provision, hard to misuse, observable when unhealthy, and recoverable when something goes wrong. Endpoint Administrator Associate can still serve as a prerequisite for the MS-102 Microsoft 365 Administrator expert path as of October 1, 2026, although Microsoft has announced that MS-102 and its expert certification retire on November 30, 2026.
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