70-697 Configuring Windows Devices: Scope, Retirement Status, and Practical Study Guide
Exam 70-697, Configuring Windows Devices, was designed to validate practical Windows 10 device administration across identities, applications, mobility, security, data protection, Hyper-V, and integrated Azure capabilities. It served Windows device support technicians and Windows Device System Administrators with desktop administration experience. The most important decision for a reader today is not which 70-697 dumps to use, but whether the exam can still be taken and whether its historical objectives match a current certification goal.
Can you still take exam 70-697?
No. Microsoft exam 70-697 was retired, and a Microsoft Q&A answer states that its retirement date was April 30, 2019. Microsoft’s retirement policy says that once an exam is retired, it cannot be taken and the associated certification or credential cannot be earned after the retirement date. A preparation plan based on booking this exam is therefore not a current scheduling plan.
This matters when evaluating pages that present 70-697 as an active test or advertise current exam dumps. Historical objectives can still be useful for understanding older Windows administration knowledge, but they cannot restore exam availability. Do not pay for material that promises access to a retired Microsoft exam, a guaranteed pass, or leaked questions.
Microsoft recommends that candidates preparing for an exam scheduled for retirement take it before the retirement date. That guidance applied before 70-697 retired; it does not create an exception after retirement. Confirm any present-day Microsoft credential decision through Microsoft Learn rather than relying on an old listing or an undated third-party catalogue.
What did 70-697 validate?
70-697 was identified by Microsoft as Configuring Windows Devices. Its objectives covered the configuration and support of Windows devices rather than a narrow installation task. The subject areas included identities, data-loss protection, mobile-device-management policy, Hyper-V virtualization, application management, Windows 10 security, and integrated Azure features.
The objective document also included installing and managing Microsoft Office 365 and Windows Store apps. It covered app sideloading with Microsoft Intune and sideloading into online and offline images. These topics point to a device-management role that had to connect local Windows configuration with organizational application deployment.
The exam’s historical scope is best read as a set of administrator capabilities: establish and protect identities, configure user data and mobility, control applications, secure authentication, manage virtual machines, and troubleshoot device behavior. A candidate studying only Windows installation would have missed substantial parts of that scope.
Identity and authentication
The objectives included certificates, Microsoft Passport, virtual smart cards, picture passwords, biometrics, domain authentication, account policies, credential caching, Credential Manager, and Windows Hello. The useful study question is not merely what each feature is, but which identity problem it addresses and how its configuration affects sign-in, authorization, or credential handling.
Build a comparison sheet for authentication methods. Record the sign-in experience, the credential or factor involved, the administrative dependency, and the likely troubleshooting boundary. For example, separate a domain-authentication problem from a Windows Hello configuration problem instead of treating every failed sign-in as an account-password issue. This kind of distinction supports scenario reasoning better than memorizing isolated definitions.
User data, profiles, and mobility
The objectives included migrating and configuring user data, including user profiles, folder locations, and local, roaming, and mandatory profiles. Mobility topics included offline-file policies, power policies, Windows To Go, synchronization options, Wi-Fi Direct, powercfg, and Sync Center. Study these as configuration choices with consequences for user access, synchronization, storage, and support.
A practical lab sequence would begin with a local profile and redirected folder locations, then compare local, roaming, and mandatory profile behavior. Add an offline-file or synchronization scenario and document what happens when a device is disconnected. Finish by testing power settings with powercfg and recording which setting you changed, where it applies, and how you would verify the result.
Applications and images
70-697 included Microsoft Office 365, Windows Store applications, and app sideloading with Microsoft Intune and into online and offline images. Preparation should therefore connect application packaging or acquisition with deployment context. Treat a running device, an online image, and an offline image as different administrative targets rather than interchangeable places to apply a setting.
Use a simple decision table: application source, target state, management tool, required trust or policy condition, and verification step. When studying Intune-related sideloading, focus on the administrative flow and policy dependencies. When studying image servicing, practice identifying whether the change belongs in the mounted offline image or on the configured operating system.
Hyper-V virtualization
The Hyper-V objectives included creating and configuring virtual machines, checkpoints, virtual switches, virtual disks, and virtual-machine storage moves. The core preparation task is to understand how these components interact. A virtual machine can be correctly created yet remain unusable because its switch, disk, storage location, or checkpoint strategy does not fit the scenario.
Create a small lab plan that covers one virtual machine, one virtual switch, a virtual disk, a checkpoint, and a storage move. For each task, write the intended outcome before making the change. Then verify connectivity, disk availability, virtual-machine placement, and the effect of reverting a checkpoint. Avoid treating checkpoints as a substitute for a backup policy; the objective is configuration knowledge, not a promise of data protection.
Windows security and data protection
The stated scope included Windows 10 security and data-loss protection, while the detailed objectives included authentication and authorization controls. Prepare by mapping each control to the asset or risk it protects: credentials, user access, data location, application execution, or device sign-in. This keeps security study operational and prevents a list of features from becoming disconnected memorization.
For every security topic, answer four questions: what is being protected, who administers it, what prerequisite does it have, and how would a technician confirm that it is working? Include failure paths in your notes. A configuration that looks correct in a policy editor may still fail because of an identity, certificate, device, network, or application dependency.
Azure, Intune, and Windows networking
Microsoft’s objective document listed introductory knowledge of Active Directory and Microsoft Intune, along with basic experience with Windows networking technologies, as expected knowledge. It also included integrated Azure features. This indicates that the historical exam expected a Windows administrator to understand connections among the device, directory services, management policy, and network access.
Do not begin with advanced cloud theory if your Windows fundamentals are weak. First review accounts, groups, domain authentication, name resolution, addressing, wireless connectivity, and common device-management terminology. Then place Intune and Azure-related concepts around those foundations. Use a diagram showing the device, user identity, directory, management service, application source, and network path; update it as you encounter a new dependency.
Who was the intended candidate?
The objective document described Windows desktop administration, maintenance, and troubleshooting experience as expected technical knowledge. It also identified practical experience as a Windows device support technician or Windows Device System Administrator as a way candidates could meet the prerequisites. This was a role-oriented exam for people who configured and supported managed Windows devices, not a beginner’s vocabulary test.
A support technician could use the objectives to identify gaps in policy, identity, application, or virtualization work. A device system administrator could use them to check whether day-to-day operations had become too specialized in one tool. In either case, practical experience should be tested against the full objective list rather than assumed from job title alone.
If you are approaching the material now for historical knowledge, define the outcome first. You may be preserving knowledge for a legacy environment, preparing for an interview about Windows 10 administration, or selecting a current Microsoft certification. Each goal calls for different source material and a different stopping point.
How did 70-697 fit the Windows 10 certification path?
Microsoft’s 2019 mapping table associated 70-697 and 70-698 with the Modern Desktop Administrator certification path requiring MD-100 and MD-101 at that time. A Microsoft Q&A answer also explained that the replacement exams would not satisfy the requirements of MCSA: Windows 10. Treat this as historical mapping, not as a current promise that these exams remain available or form a present certification route.
The distinction is important because a replacement relationship is not the same as exam equivalence. Older objectives may overlap with later role-based content, but Microsoft changes exam scope and certification requirements. If your objective is a current credential, start with the current certification page and its current requirements. Use the 70-697 objectives only to identify transferable Windows administration topics.
Do not infer that passing 70-697 alone earned the complete MCSA: Windows 10 certification. The historical path involved more than one exam, and the supplied Microsoft material specifically warns that the replacement exams did not satisfy that MCSA requirement. Check your own transcript and Microsoft’s current records for any credential already earned.
What should you study if you are using the objectives for skills?
Use the objectives as a skills inventory, not as a promise of an available examination. The most efficient sequence is to establish Windows and networking foundations, then study identity and user data, followed by applications and device management, security, mobility, and Hyper-V. Integrate troubleshooting throughout instead of leaving it until the final review.
A useful sequence is:
1. Review Windows desktop administration, maintenance, and troubleshooting, together with basic Windows networking, Active Directory, and introductory Intune concepts.
2. Build identity notes covering authentication, authorization, certificates, domain authentication, account policies, Credential Manager, and Windows Hello.
3. Configure user data and profiles, including profile types, folder locations, migration decisions, offline files, synchronization, and power behavior.
4. Study Office 365 and Windows Store application management, then compare Intune sideloading with sideloading into online and offline images.
5. Create Hyper-V virtual machines and work through switches, disks, checkpoints, and storage moves.
6. Return to security and integrated Azure features, using end-to-end scenarios that combine identity, policy, application, and connectivity.
7. Finish with troubleshooting exercises. For each fault, identify the symptom, the affected layer, the evidence you would collect, the change you would make, and the verification step.
Use a lab journal
A lab journal turns configuration practice into reusable reasoning. For each exercise, record the starting state, the objective, the exact administrative action, the expected result, the observed result, and the rollback method. Include screenshots or command output only when they clarify a decision; the explanation of why the change worked is more valuable than a collection of images.
Study contrasts, not isolated terms
Several objective areas are naturally comparative: local versus roaming versus mandatory profiles, online versus offline image servicing, authentication methods, application sources, and virtual switch types. Make paired notes that explain when each option fits, what it depends on, and what failure would look like. Contrasts expose confusion earlier than flashcards that ask for a single definition.
Practise troubleshooting chains
A realistic support problem may cross several domains. A user might fail to access an application because of identity, policy, network, or installation state. Practise checking the least speculative cause first, gathering evidence, changing one relevant variable, and verifying the result. This is a practical recommendation based on the objective mix, not a claim about the retired exam’s current question format.
What preparation mistakes should you avoid?
The biggest mistake is preparing as though 70-697 were an active exam. The next is treating a historical objective document as a complete modern Windows curriculum. Other common errors include memorizing feature names without dependencies, ignoring image-servicing contexts, skipping networking foundations, and using dumps as a substitute for configuration practice.
Avoid these specific traps:
• Buying a product that claims to provide current 70-697 access, guaranteed questions, or a guaranteed pass. A retired exam cannot be scheduled, and leaked or memorized material is not a dependable substitute for skills.
• Studying only identity or only Intune because those topics match current job language. The historical objectives also covered profiles, mobility, applications, Hyper-V, security, and networking.
• Confusing a tool with an outcome. Knowing that Intune, Hyper-V, or powercfg exists does not show when to use it or how to verify its effect.
• Treating all profiles as equivalent. Profile behavior affects user data, settings, and administration differently.
• Applying an image task to the wrong target. Sideloading into an online system and into an offline image require different reasoning about where the change is made.
• Using a checkpoint as if it were a complete recovery plan. Study its configuration behavior and limitations rather than assigning it a broader role.
• Assuming historical mapping proves current equivalence. Microsoft’s role-based certification program and exam requirements can change.
• Ignoring retirement records. Microsoft says that certifications already earned before retirement remain on a transcript in Active Certifications until they expire, after which they move to Historical Certifications. That record status is different from the ability to take the exam now.
A practical four-stage roadmap
A staged roadmap is more useful than an undifferentiated reading list. Begin by deciding whether you need historical Windows 10 knowledge or a current credential, then measure your baseline against the objective areas. Spend lab time on the weakest connected domains, and finish by documenting evidence of competence rather than chasing recalled questions.
Stage one, confirm the goal. Check Microsoft Learn for current certification offerings and requirements. If you need proof of an old achievement, inspect your transcript. If you need a current certification, do not assume that 70-697’s historical mapping identifies the right destination.
Stage two, assess the baseline. Mark each objective area as familiar, partly practised, or untested. Pay particular attention to the expected foundations: Windows desktop administration, maintenance, troubleshooting, basic networking, Active Directory, and introductory Intune knowledge. A partly familiar label should trigger a lab or configuration exercise, not simply another reading pass.
Stage three, build connected practice. Work from identity and profiles into applications, management policy, security, mobility, and Hyper-V. Make each exercise produce an observable result. For example, a profile exercise should show user-data behavior; an application exercise should show installation or deployment state; a virtualization exercise should show network and storage behavior.
Stage four, review by explanation. Explain aloud or in writing why a configuration fits a scenario, what prerequisite it needs, and how you would troubleshoot failure. Revisit weak areas using official objective wording and reliable technical documentation. Do not spend the final review memorizing dumps or attempting to reconstruct retired test questions.
A candidate using this roadmap for interview or legacy support preparation can stop when the objective areas are demonstrable in a lab. A candidate seeking certification should stop treating 70-697 as the target and move to the current Microsoft credential requirements instead.
What is known about delivery, pricing, and scheduling?
The supplied official research confirms retirement, but it does not provide current delivery options, languages, duration, question count, passing score, or an active booking route for 70-697. Those details should not be copied from old catalogue pages as though they still apply. The only historical price supplied concerns transition exams in 2019, not a current 70-697 booking.
Microsoft’s retirement policy says retired exams cannot be taken after retirement and that associated certifications or credentials cannot be earned after the retirement date. For a present scheduling decision, therefore, the relevant action is verification rather than searching for a test-center or online-proctored appointment.
If you are investigating an old record or a historical certification path, use Microsoft Learn and your transcript. Microsoft also directs exam-related questions toward dedicated support forums in the cited Q&A material. Do not treat an unofficial booking page, a search result, or a dumps listing as evidence that the exam has returned.
What should you do next?
Take three actions in order: verify the retirement status, define the credential or skills outcome you actually need, and map your study time to the relevant current or historical objectives. This prevents wasted effort on an unavailable booking and gives the Windows topics a useful place in your professional development.
If your goal is a current Microsoft certification, open Microsoft Learn’s current certification catalogue and identify the role-based requirements before selecting study resources. The 2019 mapping associated 70-697 with Modern Desktop Administrator and MD-100 and MD-101, but that was a historical program reference, not a current guarantee.
If your goal is legacy Windows 10 administration, download and read the official objective document, create a lab checklist from its domains, and record evidence for each task. Prioritize identity, profiles and data, application deployment, security, mobility, Hyper-V, and the networking and directory foundations named in the document.
If you believe you passed 70-697 or completed a related certification, check the Microsoft Learn transcript. Microsoft states that an earned certification remains in the Active Certifications section until it expires, then moves to Historical Certifications. Keep that record separate from the question of whether a new candidate can sit the retired exam.
Conclusion
70-697 remains useful as a historical description of Windows device configuration work, but it is not a current exam to schedule or a reason to buy dumps. Use its official objectives to practise identity, profiles, applications, mobility, security, Hyper-V, and device-management troubleshooting. For certification, verify the current Microsoft path first; for legacy skills, build a lab-backed study record and judge progress by what you can configure and explain.
