74-697 Exam Guide: What 70-697 Covered and What to Do Now
Microsoft’s official materials identify this exam as 70-697, Configuring Windows Devices—not 74-697. It was designed for Windows device support technicians and Windows device system administrators, with coverage including Windows 10 security, identities, content protection, device management, Hyper-V, Azure integration, and application management. The most important decision for a candidate today is whether they are researching the retired exam for historical knowledge or looking for a current replacement path. This guide separates those two goals and provides a practical study sequence for the skills the exam measured.
Is 74-697 the correct exam number?
The official Microsoft sources supplied for this guide use 70-697, Configuring Windows Devices. They do not identify 74-697 as the exam designation, so verify the number before relying on any preparation material, catalogue entry, or search result.
Microsoft’s role-based certification mapping lists 70-697 under the name Configuring Windows Devices. The same mapping associates it with the Modern Desktop Administrator certification path requiring MD-100 and MD-101. That historical mapping helps explain the exam’s place in Microsoft’s certification program, but it should not be treated as evidence that 70-697 is still available.
A sensible first step is to compare the exam number, title, and intended credential in your Microsoft Learn account or in Microsoft’s certification documentation. If a third-party page labels the exam 74-697, treat that as a catalogue or naming issue until Microsoft confirms otherwise. Avoid purchasing material that does not clearly identify 70-697 and the Windows device objectives.
Can you still take 70-697?
No. The supplied Microsoft Q&A page states that exams 70-697 and 70-698 had been retired and were no longer in use. Microsoft’s retirement guidance says that retired exams can no longer be taken and cannot be used to earn the associated certification or credential after retirement.
This changes the purpose of preparation. You cannot use a current study plan to schedule 70-697, and a practice score cannot establish eligibility for a live attempt. If your employer, school, or training provider asks for this exam specifically, confirm whether they actually want evidence of the older Windows 10 skill set or a current Microsoft credential.
Microsoft explains that credentials earned before retirement remain on the learner’s Microsoft Learn transcript. That is relevant to candidates who already passed the exam, but it does not create a new testing opportunity for someone who has not taken it. Check Microsoft’s retired-exam guidance for the current policy rather than relying on archived booking instructions.
Who was the exam intended for?
The objective-domain document describes the target candidates as Windows device support technicians and Windows device system administrators. Preparation therefore needs to connect configuration choices with support outcomes, security controls, identity, application delivery, and device administration rather than focusing only on isolated Windows commands.
A support technician would use the objectives to reason about how a Windows device is protected, enrolled, configured, and repaired in an organizational environment. A system administrator would also need to understand policy design, identity integration, application management, virtualization, and the relationship between local device settings and cloud-connected services.
The exam’s audience does not mean every candidate needed identical job experience. It does mean that memorizing terminology without being able to choose or troubleshoot a configuration would be a weak approach. Study each topic by asking what business or support problem the configuration solves, what dependency it has, and how you would verify the result.
What skills did 70-697 measure?
The available objective-domain evidence identifies a broad Windows 10 administration scope: security and integrated Azure features, identities, content protection including data-loss prevention, mobile-device-management policy, Hyper-V virtualization, and application management through the Company Portal or Microsoft Store. These themes should form the core of any historical study plan.
Security and identity should be studied together. A device policy is not an isolated setting when access depends on the user, device state, organizational identity, or protection requirements. Build a mental chain from identity creation and sign-in through policy application, data protection, and the user’s ability to access business resources.
Content protection and data-loss prevention require scenario thinking. Identify the data that must be protected, the action that should be controlled, and the point at which the control operates. Then distinguish a policy intended to prevent data exposure from a configuration intended to manage the device itself.
Mobile-device-management policy belongs in an operational workflow: enrollment or registration, policy assignment, device compliance, application access, and support validation. When reviewing a setting, record its target, scope, prerequisites, and likely user impact instead of learning its name alone.
Hyper-V virtualization should be approached as an administration task, not merely a definition. Practise deciding when an isolated virtual machine is useful, what resources it needs, and how the virtual environment relates to the host. Keep this separate from cloud administration so that you do not confuse local virtualization concepts with Azure services.
Application management through the Company Portal or Microsoft Store adds a user-facing delivery dimension. Study how an administrator’s application choice becomes available to a user, what account or policy relationship is involved, and how you would investigate an installation or availability problem.
The second objective-domain version specifically describes Windows 10 security and integrated Azure features. Because the supplied sources do not provide a complete current percentage blueprint, do not assign invented weights to these domains. Use the official objective-domain document as the controlling checklist for any detailed task list you can obtain.
How should you interpret the old certification mapping?
The mapping article connects 70-697 and 70-698 with the Modern Desktop Administrator path requiring MD-100 and MD-101. This is useful historical context, not a promise that those replacement exams or that certification path are still the correct option today.
The supplied Q&A records an earlier Microsoft response that the MCSA: Windows 10 certification would retire and that MD-100 and MD-101 would become beta replacements. It also explicitly notes that the replacement exams would not satisfy the requirements for MCSA: Windows 10. Do not describe MD-100 or MD-101 as an equivalent way to earn the retired MCSA unless current Microsoft documentation says so.
For a current credential decision, start at Microsoft Learn and look for the active certification or Applied Skills credential that matches your intended job role. The historical mapping can help translate an old résumé line or training syllabus, but it is not a substitute for checking the current certification catalogue.
What is the best preparation strategy for the historical objectives?
Use a task-first plan: map each objective to a configuration exercise, a verification step, and a troubleshooting question. This produces more useful knowledge than reading every topic from beginning to end, especially because the exam is retired and its archived materials may not reflect current Microsoft products.
Begin with an objective inventory. Create columns for identity, security, content protection, data-loss prevention, mobile-device-management policy, Hyper-V, application management, and integrated Azure features. Under each column, write the exact task or concept supplied by the objective document, then mark your confidence as unfamiliar, theoretical, or practiced.
Next, build a small test environment where lawful and practical. Use documentation and available trial or learning resources, and do not assume that every historical feature is available in the same form today. The purpose is to practise the reasoning pattern: configure, apply scope, test with an appropriate account or device, inspect the result, and undo the change safely.
For each exercise, maintain a short decision record. Note the intended outcome, the identity or device receiving the setting, dependencies, expected user experience, and evidence that the setting worked. This record becomes a revision tool and exposes gaps that flashcards often hide.
Use Microsoft Learn for concepts and task documentation, then use hands-on labs to test retention. Microsoft’s exam-readiness guidance recommends self-paced learning paths, partner-led classes, practice tests, exam-preparation videos, and labs. Since 70-697 is retired, use those recommendations as study methods rather than assuming that every currently published resource belongs to the old exam.
A practical four-stage study roadmap
A staged roadmap keeps the old objectives manageable: establish the scope, practise identity and security, add management and applications, then integrate the topics through troubleshooting scenarios. If you are pursuing a current credential instead, use the same learning discipline but replace the archived objective list with the active Microsoft study guide.
Stage one is orientation. Confirm that your subject is 70-697 rather than 74-697, read the objective-domain document, and separate historical requirements from current certification choices. Make the objective inventory before selecting books or video courses. Discard material that promises live 70-697 access or presents unauthorized question collections as a substitute for training.
Stage two is identity and protection. Study how identities support device access and administration, then connect that knowledge to Windows 10 security, content protection, and data-loss prevention. For every topic, write a short scenario and identify the user, device, data, control, and verification method. This prevents security concepts from becoming disconnected vocabulary.
Stage three is device management and application delivery. Work through mobile-device-management policy and application management using the Company Portal or Microsoft Store as distinct workflows. Practise explaining policy scope, user impact, application availability, and the diagnostic evidence you would collect when a device or application does not behave as intended.
Stage four is integration and review. Add Hyper-V and integrated Azure features to mixed scenarios. A useful exercise is to start with a support request, identify the relevant domain, select a configuration, and explain how identity, policy, security, and application access interact. Finish by revisiting every unfamiliar objective and creating one practical test or written explanation for it.
How to use a study tracker
A tracker should record capability, not just exposure. For each objective, capture the source you used, the task you performed, the result you observed, and the remaining question. Mark an item complete only when you can explain both the intended configuration and a plausible reason it might fail.
How to choose between self-study and instruction
Choose self-study when you can create a lab, read primary documentation, and maintain your own schedule. Choose a learning partner or instructor when you need structured demonstrations, feedback, or access to an environment. In either case, require objective-to-task traceability before committing to a course.
Which current Microsoft exam details are safe to use?
The general Microsoft exam-readiness page describes current role-based and specialty exam practices, but it does not restore retired-exam details. Use it for general interface orientation and study-method guidance only; do not present its current timing, scoring, or lab information as confirmed historical specifications for 70-697.
That page says most exams have between 35-50 questions, and it notes that the number can vary between attempts because Microsoft updates exams. It also describes a 120-minute plan for specialty and role-based exams, consisting of 100 minutes for questions and 20 minutes for instructions, comments, score reporting, and related activities. Those statements concern the exam formats described by the current guidance, not a schedulable 70-697 sitting.
The same guidance explains that an exam containing labs has 120 minutes for questions and hands-on tasks plus 20 minutes for instructions and related activities, with at least one lab containing approximately 10 tasks. It also says lab availability depends on unpredictable factors and that candidates should prepare as if a lab may appear. Again, these are general guidance points, not evidence that 70-697 had a lab or that a retired attempt would use this format.
The page states that Microsoft exam scores can range from 0-1000 and that candidates must achieve a 700 on all Microsoft exams to pass. Because 70-697 is retired, these general scoring statements cannot be used to schedule or simulate an official attempt today. Do not infer a historical passing score for this specific exam beyond what the official archived exam documentation confirms.
What are the most damaging preparation mistakes?
The biggest mistake is preparing as if a retired exam were still available. Confirm status before buying a course, reserving study time, or telling an employer that you are pursuing the credential. A technically strong study plan cannot overcome an unavailable exam.
A second mistake is treating the number 74-697 as interchangeable with 70-697. The official sources supplied identify 70-697. Keep the discrepancy visible in your notes and ask the relevant provider to correct or explain it before you use its materials.
A third mistake is relying on dumps, leaked questions, or memorization. Such material does not provide a legitimate way to validate configuration ability, may be inaccurate or unauthorized, and can leave you unable to perform the underlying work. Use objective domains, documentation, labs, and scenario-based practice instead.
Another common error is studying product names without scope. For each policy or application action, ask which user, group, device, application, or data flow is affected. If you cannot answer that question, you are not yet ready to troubleshoot the topic.
Do not invent blueprint priorities when the available evidence does not provide percentages. The supplied research names subject areas but does not include domain weights. Allocate time according to your gaps and the objective list, and label that allocation as your own preparation decision rather than an official weighting.
Finally, avoid mixing current Defender for Office 365 documentation into a claim about the 70-697 blueprint. Safe Links is a current product topic documented by Microsoft, but the supplied evidence does not establish that it was an objective of 70-697. Use it only when studying a current security role or when a verified objective explicitly requires it.
How can the objectives become hands-on practice?
Turn each objective into a repeatable lab card: starting state, configuration decision, target scope, verification evidence, failure condition, and rollback. This format is particularly useful for Windows administration because it tests whether you can connect a setting to the device or user that should receive it.
For identity work, define the account or organizational identity involved, the access outcome expected, and the evidence that confirms the correct identity was used. Then introduce a controlled mismatch, such as an incorrect scope or unavailable dependency, and record how you would isolate the cause.
For security and content protection, begin with a data-handling requirement. Decide what must be protected, where the control should apply, and how a legitimate user should be affected. Verify both the protection outcome and the absence of an unintended block. A secure configuration that prevents necessary work may still be operationally wrong.
For mobile-device-management policy, document the policy target and assignment path before changing settings. Test with a noncritical device or account where possible, inspect whether the policy applies, and record the diagnostic trail you would provide to another administrator.
For Hyper-V, practise creating and managing an isolated test workload while documenting the host and virtual-machine responsibilities. Focus on the administrative decision and verification rather than copying a sequence of clicks that may differ across Windows versions.
For application management, trace the route from administrator selection to user access through the Company Portal or Microsoft Store. Record what the user should see, what account or policy relationship controls availability, and which evidence would distinguish a catalogue problem from an installation problem.
For integrated Azure features, draw the boundary between the Windows device and the cloud service before you configure anything. Identify which part is local, which part is cloud-managed, and how identity or policy crosses that boundary. This simple diagram reduces confusion in scenario questions and real support work.
What does Safe Links teach about evidence-led security study?
Safe Links is not established by the supplied sources as a 70-697 objective, but its Microsoft documentation illustrates the level of precision required when studying security administration. It describes scanning and rewriting of inbound email links and time-of-click verification in email, Teams, and supported Office apps within organizations using Defender for Office 365.
The documentation distinguishes coverage locations and policy behavior. It states that the built-in protection preset can provide protection for email, Teams, and files in supported Office apps for customers with at least one Defender for Office 365 license, while custom policies can target specific users, groups, or domains. Those details belong to Defender for Office 365 study, not automatically to the retired Windows exam.
If you are using current security documentation to build transferable skills, pay attention to prerequisites, scope, exceptions, and delayed effect. Microsoft notes that changing Safe Links protection for Teams might take up to 24 hours to take effect. That is a product-specific operational fact, not a general rule for Windows device policy.
The lesson is methodological: do not turn a paragraph from a current product article into an exam objective. First prove that the topic appears in the official objective domain. Then study its behavior with the exact product scope, licensing context, and timing described by Microsoft.
What should you do before choosing a replacement?
Decide whether your goal is historical knowledge, résumé translation, or a current credential. Historical knowledge calls for the 70-697 objectives; résumé translation calls for documenting the skills you actually used; a current credential requires checking Microsoft Learn for an active certification or Applied Skills option.
If you need a replacement path, do not assume that “replacement” means identical content or an equivalent credential. Microsoft’s mapping article associates 70-697 with MD-100 and MD-101, while the Q&A explicitly warns that those replacement exams would not satisfy the MCSA: Windows 10 requirements. Verify the present certification structure before enrolling.
If you already hold the related credential, review your Microsoft Learn transcript and retirement guidance. Microsoft says an earned certification remains on the transcript, while retired credentials cannot be newly earned after retirement. This distinction matters when explaining an older certification to an employer or deciding whether additional current training is needed.
If you are studying Windows administration for work rather than certification, retain the strongest parts of the old plan: identity, security, data protection, device policy, virtualization, and application delivery. Then update the product implementations and documentation from current Microsoft Learn content. This gives your study time a practical purpose even when the original exam is unavailable.
Final action checklist
Before spending more time on 74-697, verify the designation, confirm that your objective is 70-697, and accept that the exam is retired. Then choose between historical skills study and a current Microsoft credential. That sequence prevents an unavailable test from dictating your preparation plan.
Confirm the exam number and title against Microsoft’s mapping material.
Read the retirement guidance and do not plan a new 70-697 booking.
Use the archived objective-domain document to create a topic inventory.
Practise identity, Windows 10 security, content protection, data-loss prevention, mobile-device-management policy, Hyper-V, application management, and integrated Azure features through documented scenarios.
Use Microsoft Learn and legitimate hands-on resources; do not use dumps or unauthorized question material.
Check the current Microsoft certification catalogue before selecting MD-100, MD-101, or another path.
Keep a record of the tasks you can perform and the evidence you can produce, rather than recording only completed reading.
Conclusion
The useful answer for a candidate searching for 74-697 is not a fabricated scheduling guide. Microsoft’s supplied sources identify 70-697, Configuring Windows Devices, and state that it was retired. Its historical objectives remain valuable for understanding Windows device support and administration, but they should now be used to assess transferable skills or inform a current learning plan. Verify the active Microsoft path, study from official objectives, and make hands-on configuration and troubleshooting the measure of readiness.
