Microsoft Mobility 98-368 Practice Test Questions, Microsoft Mobility 98-368 Exam Practice Test Questions

Looking to pass your tests the first time. You can study with Microsoft Mobility 98-368 certification practice test questions and answers, study guide, training courses. With Exam-Labs VCE files you can prepare with Microsoft 98-368 Mobility and Devices Fundamentals exam practice test questions and answers. The most complete solution for passing with Microsoft certification Mobility 98-368 exam practice test questions and answers, study guide, training course.

Microsoft 98-368: Mobility and Devices Fundamentals

Exam 98-368, Mobility and Devices Fundamentals, was part of Microsoft Technology Associate and covered Windows devices, storage, security, cloud services, and enterprise mobility. Microsoft retired the MTA program on June 30, 2022. The exam therefore belongs to an earlier management model built around Windows 8.1-era devices, early Microsoft Intune capabilities, Azure Active Directory terminology, and a growing bring-your-own-device movement.

The blueprint is still instructive because endpoint administration continues to solve the same broad problems: configure devices, protect local data, manage identities, deliver applications, maintain updates, and give users access to business resources without surrendering control. The products and interfaces have changed dramatically, so old procedural steps should be treated as historical examples rather than current instructions.

Candidates who want a current Microsoft endpoint credential should look at MD-102 Managing and Securing Microsoft 365 Endpoints by using Intune. It is much deeper than 98-368 and is not a direct replacement, but it carries the endpoint-management theme into modern Intune, Microsoft Entra ID, Windows Autopilot, application management, security, automation, and reporting.

Device configuration begins with a repeatable baseline

The original exam asked learners to configure device options, desktop settings, encryption, and updates. Those tasks sound simple until an organization has hundreds or thousands of endpoints. At scale, the real skill is defining which settings should be consistent, which can vary by user or device class, and how compliance will be measured after the initial configuration.

Create a baseline for a fictional company laptop. Define operating-system version, update policy, disk encryption, screen lock, browser settings, approved applications, and local administrative rights. Then classify each setting as required, recommended, or user-selectable. This exercise exposes the policy decisions that sit behind modern configuration profiles and helps prevent administrators from treating every preference as a security mandate.

Configuration also needs a lifecycle. A device should be enrolled, configured, monitored, updated, repaired, and eventually retired in a controlled way. The Microsoft Intune discussion is useful for seeing how cloud management connects those stages instead of treating setup as a one-time desktop task.

Storage design is about availability, portability, and protection

98-368 mixed local storage concepts with cloud storage and file sharing. The durable lesson is that storage location changes operational risk. Local disks can provide speed and offline access but depend on device health and backup. Cloud storage can simplify synchronization and recovery but introduces identity, connectivity, sharing, residency, and tenant-governance considerations.

Practice by classifying several data types: a user draft, a shared team document, a regulated export, a temporary cache, and a large local application file. Decide where each should live, who should have access, whether it must work offline, how it is backed up, and what happens when a device is lost. The answer should come from requirements, not from assuming that local or cloud storage is always superior.

File-system knowledge still matters because permissions, encryption, file size limits, removable media, and recovery behavior depend on the storage technology. The historical emphasis on NTFS, FAT variants, ReFS, shares, and mapped drives can be modernized by focusing on effective access and data protection rather than memorizing a table of features.

Encryption protects mobile data when physical custody is uncertain

Mobility creates a simple security problem: devices leave controlled offices. Laptops are used in airports, homes, hotels, and customer sites; removable drives can be misplaced; personal devices may hold corporate data. Full-disk encryption reduces the risk that stolen hardware immediately exposes stored information, but it also creates key-recovery and support responsibilities.

Build a recovery scenario before enabling encryption. Identify who can retrieve a recovery key, how that action is audited, what happens after hardware replacement, and how the organization proves that protected devices remain encrypted. A control that cannot be recovered safely may cause data loss, while a recovery process that is too permissive can defeat the purpose of encryption.

The same principle applies to data moving between locations. VPNs and protected application sessions secure traffic in transit, but they do not automatically make the destination trustworthy. Endpoint health, identity assurance, and authorization still decide whether the user should receive the data in the first place.

Identity moved from device accounts toward cloud-connected access

The legacy blueprint referenced Windows accounts, Active Directory, Azure Active Directory, federation, and Microsoft accounts. Microsoft now uses the name Microsoft Entra ID for its cloud identity service, and modern endpoint management relies heavily on the relationship among users, devices, applications, and conditional access policies.

Do not reduce identity study to sign-in screens. Model a user joining the company, receiving a device, changing roles, accessing sensitive resources, and eventually leaving. At each stage, ask which identities and groups exist, how the device becomes associated with the organization, which policies follow the user, and what must be revoked. This lifecycle thinking is more useful than memorizing an old enrollment wizard.

For learners who want to go deeper into identity administration, SC-300 Identity and Access Administrator represents a specialized current path. It is far beyond 98-368 fundamentals, but it demonstrates how central identity has become to endpoint and application access decisions.

BYOD requires separating corporate control from personal ownership

Bring your own device was a major theme of 98-368 because organizations were learning to support personal phones and tablets at scale. The problem remains: the organization needs to protect business data without assuming ownership of everything on the device. That requires clear enrollment choices, app-level controls, data separation, access conditions, and selective removal when the relationship ends.

A practical BYOD policy should answer concrete questions. Which device types are allowed? Is full enrollment required? Can corporate data be copied to personal apps? What happens when the device is rooted or otherwise noncompliant? What information can administrators see? How is business data removed without erasing personal content?

Those questions are both technical and organizational. A technically powerful control can fail if users do not understand the privacy implications or if help-desk staff cannot explain enrollment. The best mobility design makes ownership, monitoring, support boundaries, and offboarding behavior explicit before users connect personal devices.

Application and update management are continuous endpoint operations

The old exam discussed Windows Update and application updates as separate configuration topics. Modern endpoint teams treat update state as part of ongoing risk management. Operating systems, browsers, drivers, productivity apps, and security components all change, and update rings or phased deployments help balance speed with reliability.

Build a small update plan with a test group, an early-adopter group, and a broad deployment group. Define what happens when a release causes compatibility problems and how quickly a critical security update should move. This teaches that patch management is not simply “turn updates on”; it is a controlled process for reducing exposure while maintaining business continuity.

Application management follows a similar lifecycle. Administrators need to package or assign software, control versions, detect installation success, remove unsupported applications, and protect business data within applications. Modern endpoint work increasingly connects application policy to identity and device compliance instead of assuming that installation alone establishes trust.

Device hardening should be measurable rather than aspirational

Security settings only help when an organization can verify them. A hardened endpoint may require encryption, secure boot, antimalware, firewall controls, current patches, restricted local administration, and approved applications. The exact baseline depends on role and risk, but each requirement should have an observable compliance state.

The broader concept of device hardening becomes practical when you test exceptions. What if an executive needs specialized software? What if a field device cannot update immediately? What if a security control breaks accessibility equipment? Good endpoint management provides a documented exception process instead of quietly weakening the standard for everyone.

Monitoring closes the loop. Administrators should be able to identify devices that drift from policy, investigate why, and choose a remediation action. This is one reason current endpoint roles include reporting and automation: configuration at deployment time is not enough to guarantee a healthy device months later.

Cloud management changes administration from location-based to identity-based

98-368 introduced cloud services at a time when organizations were shifting from local infrastructure toward hosted storage, productivity, and management. Today that transition is much further along. Users expect to work from multiple networks and devices, while administrators need centralized policy and visibility that do not depend on a machine being physically present in an office.

A useful design exercise is to imagine that no user will connect to a traditional corporate LAN for thirty days. Decide how devices enroll, receive configuration, install applications, rotate credentials, report health, obtain support, and recover from failure. Any process that still requires a technician to touch every endpoint becomes an obvious candidate for modernization.

At the same time, cloud management does not remove local realities. Network quality, storage capacity, firmware, hardware security, and operating-system behavior still affect the endpoint. Strong administrators can move between cloud policy and device troubleshooting without assuming that one layer explains every problem.

Use the retired exam as a lab map, not a current checklist

A productive 98-368 study project is to manage two or three test devices through a complete lifecycle. Establish identities, enroll devices, apply a baseline, enforce encryption, deploy an application, configure updates, test file access, simulate a lost device, and finally retire one endpoint. Record the expected and actual result of each step.

Then compare the exercise with current MD-102 objectives and identify the gaps: Windows Autopilot, Microsoft Intune Suite capabilities, modern application protection, endpoint security, automation, monitoring, and reporting. This prevents a retired fundamentals outline from freezing your knowledge at the level of its original products.

The strongest takeaway from 98-368 is that mobility is not a separate gadget topic. It joins identity, security, applications, data, networking, and support around a device that can change location and ownership context. That systems view remains valuable even though the certification itself is historical.

Use Microsoft Mobility 98-368 certification exam practice test questions, study guide and training course - the complete package at discounted price. Pass with 98-368 Mobility and Devices Fundamentals practice test questions and answers, study guide, complete training course especially formatted in VCE files. Latest Microsoft certification Mobility 98-368 exam practice test questions and answers will guarantee your success without studying for endless hours.