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The Microsoft 98-368 Mobility and Devices Fundamentals exam was part of the retired MTA program and ceased to be an active Microsoft certification exam on June 30, 2022. It reflected an era when organizations were rapidly adapting to mobile hardware, cloud-connected Windows devices, application stores, and bring-your-own-device policies.
Those themes did not disappear. They became central to modern endpoint management. Today, organizations manage Windows, macOS, iOS, Android, virtual endpoints, cloud identity, application protection, compliance policies, and automated provisioning from centralized services. That makes 98-368 useful as historical context, but candidates should not treat its product-specific details as a current implementation guide.
The current Microsoft certification ecosystem places endpoint administration in role-based credentials. MD-102 Endpoint Administrator is a much closer representation of present-day device deployment, identity, management, security, and application responsibilities.
Traditional desktop administration assumed that corporate devices lived on corporate networks. Mobility broke that assumption. A user may work from home, a hotel, a branch office, a mobile network, or a personally owned device while still expecting access to company resources. That shift makes identity and device state as important as physical network location.
A modern administrator asks several questions before granting access: Who is the user? Is authentication strong enough? Is the device registered or managed? Is it encrypted and healthy? Is the application approved? Is the requested resource sensitive? These signals can be combined into policy instead of relying on a simple inside-versus-outside network rule.
The historical value of 98-368 is that it introduced the move toward mobile-first thinking. The modern lesson is broader: access control must follow users and data rather than assuming that security is provided by the office perimeter.
Enrollment connects a device to organizational management so policies, applications, certificates, configuration, and compliance settings can be applied. The exact workflow depends on platform ownership and deployment model. Corporate devices may be provisioned automatically, while personally owned devices often require a lighter approach that protects work data without taking unnecessary control of personal content.
Design a small enrollment plan before choosing settings. Separate corporate-owned, personally owned, kiosk, shared, and specialized devices. Decide what identity is used, what minimum security baseline applies, what applications are mandatory, and what should happen when the device leaves management. Lifecycle thinking prevents enrollment from becoming a one-time setup event.
Modern provisioning can reduce manual imaging. The ExamLabs discussion of Windows Autopilot illustrates how current administrators can move from traditional hands-on deployment toward cloud-assisted provisioning tied to identity and policy.
Enrollment also creates an inventory record that can support ownership, serial-number tracking, warranty processes, and decommissioning. A managed device should have a documented beginning and end. When a laptop is reassigned or a phone is retired, the organization needs a repeatable process for removing corporate access, wiping protected data, and updating inventory so stale records do not remain trusted indefinitely.
Certificate delivery is another common enrollment task. Devices may receive certificates for Wi-Fi, VPN, or service authentication as part of management. This allows organizations to reduce reliance on shared secrets, but it also means certificate renewal and revocation must be planned as part of the device lifecycle.
Manually changing settings on individual devices does not scale. Enterprise endpoint management works by defining desired configuration and applying it to groups of devices or users. Password requirements, encryption, firewall settings, update behavior, certificates, VPN profiles, browser configuration, and restrictions can all be managed through policy.
Good policy design requires restraint. A setting should have a clear security, compliance, or operational purpose. Excessive restrictions can interfere with legitimate work and create support burden. Test policies with a pilot group, monitor results, document exceptions, and expand only after the effect is understood.
Conflicting policies are another common problem. If multiple configurations target the same setting, administrators need to understand precedence and reporting. A device that shows “noncompliant” should lead to a diagnosis of the specific failed condition rather than an immediate reset or re-enrollment.
Profiles should also be designed for exceptions. A kiosk, shared workstation, developer laptop, executive device, and warehouse handheld rarely need identical configuration. The goal is not to create dozens of one-off policies but to define a small set of understandable baselines with documented deviations. Too many overlapping profiles make troubleshooting and auditing harder.
Reporting is part of policy management. Administrators should know how many targeted devices received a setting, how many failed, and whether a failure is caused by an unsupported platform, a conflicting configuration, or a device that has stopped checking in. A policy that exists in a console but never reaches endpoints is not an implemented control.
Mobile and desktop endpoints are valuable because of the applications they run, but applications also create risk. Administrators may need to deploy required software, remove unsupported versions, control app permissions, separate work data, and maintain update channels. The application lifecycle can be as important as the operating-system lifecycle.
Practice packaging a simple application for managed deployment and define install, update, and removal behavior. Consider dependencies and detection rules. If a device already has the application, the management system should recognize that state rather than repeatedly attempting installation.
For personally owned devices, application protection can sometimes provide a better balance than full device management. Policies can restrict how corporate data moves between managed and unmanaged applications, require authentication, or wipe organizational data without erasing the entire device. This reflects the modern shift from owning hardware to protecting information.
A configuration policy tries to set the device correctly; a compliance policy evaluates whether required conditions are actually satisfied. That distinction matters. A device might be encrypted but outdated, enrolled but rooted or jailbroken, or correctly configured yesterday but drifting today.
Create a compliance baseline that includes only conditions the organization can measure and support. Then define remediation steps. A user should know why the device is noncompliant and what action may restore access. Silent failure leads to help-desk tickets and policy bypass attempts.
Compliance becomes more powerful when integrated with identity access decisions. Instead of merely reporting an unhealthy device, the organization can restrict access to sensitive services until the condition is corrected. This joins device management with zero-trust principles.
Keeping mobile and desktop operating systems current reduces exposure to known vulnerabilities, but uncontrolled updates can also disrupt applications or drivers. Endpoint administrators therefore need deployment rings, pilot groups, deadlines, rollback planning, and visibility into failed installations.
Build a simple update strategy with early adopters, broad production groups, and critical exceptions. Define how long users can defer, how restart behavior is communicated, and how urgent security updates are accelerated. The exact controls vary by platform, but the management principle is consistent: updates should be intentional and observable.
Application updates need similar attention. A secure operating system with an obsolete browser, productivity suite, or VPN client may still expose the organization. Inventory is therefore foundational; you cannot manage software you cannot see.
Mobility reduces the chance that a technician can physically inspect a device. Effective support depends on telemetry: enrollment status, policy results, application inventory, recent sign-in information, update state, storage health, encryption, and device identifiers. Remote actions should be chosen from evidence rather than used as trial-and-error troubleshooting.
Document a diagnostic sequence for common problems such as failed app deployment, inaccessible corporate resources, or a device that falls out of compliance. Start with identity and service status, then verify management check-in, targeted policy, device state, and logs. Escalate only after preserving enough information for the next technician to continue the investigation.
Remote wipe and reset are powerful actions and should be governed carefully. On a personally owned device, removing organizational data is very different from erasing the whole device. Ownership and scope must be clear before destructive actions are taken.
Remote assistance should be governed as carefully as other privileged actions. Support staff need authenticated tools, least-privilege roles, and an audit trail showing who connected to which device. Users should understand when a technician can view or control the screen, and sensitive workflows may require additional approval or recording.
Device loss is a useful scenario for combining several concepts. The response may involve revoking sessions, blocking the device, retiring certificates, wiping organizational data, checking recent sign-ins, and confirming whether encryption was active. A strong endpoint program makes those actions routine rather than inventing them after the incident.
The best way to continue from the old MTA material is to move into current endpoint administration rather than search for a direct exam replacement. MD-102 covers deployment, identity, compliance, applications, security, and device management in the current Microsoft environment. It is role-based and assumes more hands-on administration than the MTA fundamentals exams did.
Before making that jump, make sure the fundamentals are solid. You should be able to explain why enrollment exists, how policy differs from compliance, why device state influences access, how updates are staged, and what information a support engineer needs before taking action.
98-368 is therefore best preserved as a map of the transition into mobile device management. The credential is retired, but the underlying challenge—letting people work from many devices without losing control of organizational data—has only become more important.
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