70-744 Securing Windows Server 2016: Candidate Guide and Practical Study Plan
Exam 70-744, “Securing Windows Server 2016,” was designed to validate an administrator’s ability to protect Windows Server 2016, Active Directory, privileged identities, and hardened virtual-machine infrastructure. It served IT professionals responsible for server security, including Shielded VMs and Guarded Fabric. The most important decision for a reader now is whether this material supports historical Windows Server 2016 skills or whether a current Microsoft credential better matches the intended career goal, because Microsoft identifies 70-744 as retired.
Is 70-744 still available?
Exam 70-744 is retired, so a candidate should not plan a new exam appointment around it. Microsoft Learn identifies it as “Retired Exam 70-744: Securing Windows Server 2016,” and Microsoft’s certification announcement states that the remaining MCSA, MCSD, and MCSE exams were scheduled for retirement. Confirm any current credential decision through Microsoft Learn rather than relying on an old exam listing.
What the retirement changes
The retirement affects the exam’s availability and its place in the older certification paths; it does not erase the technical subjects from the Windows Server security knowledge base. Microsoft states that existing MCSA, MCSD, and MCSE certifications remain on a holder’s transcript after the associated exams retire, while candidates who had not completed the required exams could no longer earn those retired certifications through the old route.
For a historical study project, an employer skills assessment, or maintenance of a Windows Server 2016 environment, the 70-744 objectives remain useful as a structured syllabus. For a new certification plan, investigate Microsoft’s current role-based offerings and check the official certification pages for an active replacement or a closer role match. The supplied Microsoft Q&A page does not establish a direct successor exam.
Should you use old 70-744 material?
Use it when your work specifically involves Windows Server 2016 security controls, legacy Active Directory protection, or an older infrastructure that still requires documented hardening. Do not treat an old practice package, question bank, or “dump” as proof that an exam appointment exists or that memorization demonstrates operational competence.
Microsoft’s Windows Server 2016 lifecycle page lists extended support ending January 13, 2027, so organizations may still operate or maintain this release during the period covered by that lifecycle information. That lifecycle fact is not a certification recommendation: it simply helps a practitioner decide whether Windows Server 2016 security knowledge remains relevant to a particular environment.
What did 70-744 measure?
The exam measured security administration for Windows Server 2016 rather than general cybersecurity theory. Its audience profile focused on protecting server environments, Active Directory and identity infrastructures, privileged identities, server hardening, threat detection, and protected virtualization. The official objectives document is the controlling reference for the detailed task list.
The intended candidate was an IT professional who could apply security configuration decisions in a Windows Server 2016 environment. That includes understanding why a control is selected, what it protects, how it affects administration, and how to investigate the result. Studying isolated product definitions is therefore weaker than building and checking a working security configuration.
The main technical audience
The audience profile points toward administrators and infrastructure specialists who secure Windows Server 2016 systems. It specifically includes protecting Active Directory and identity infrastructures, managing privileged identities with Just-in-Time and Just Enough Administration, implementing Privileged Access Workstations, and securing servers with Local Administrator Password Solution.
This profile is a useful self-check. If your experience is limited to installing Windows or managing ordinary user accounts, begin with Windows Server administration and identity fundamentals before focusing on specialized hardening. If you already administer Group Policy, domain services, server roles, and virtualization, move sooner into control selection, configuration dependencies, and troubleshooting.
The virtualization security scope
The exam also covered hardened server and virtual-machine infrastructures, including Shielded VMs, encryption-supported virtual machines, and Guarded Fabric. These topics require more than knowing that a feature exists: preparation should connect the protection model, the trusted components, the administrator responsibilities, and the operational consequences of using the feature.
Microsoft’s Common Criteria page records Windows Server 2016 certifications for Standard and Datacenter editions and lists separate operating-system and Hyper-V certification information. Those certification records are product-security evidence, not an exam blueprint; use them as context for the platform’s evaluated security documentation rather than as a substitute for the 70-744 objectives.
Which skills deserve the most study time?
The published skills document assigns 25–30% to the exam domain “implementing server-hardening solutions.” That is the only blueprint weight supplied in the research, so it should receive deliberate attention without inventing weights for the other domains. Organize the remainder by objective coverage and by your own demonstrated gaps, not by unsupported percentage comparisons.
The tracked objective and functional-grouping changes in the published document became effective on November 3, 2017. Anyone using archived notes should compare them with that document and avoid assuming that every older outline reflects the same grouping. The official PDF is available at https://download.microsoft.com/download/4/B/0/4B082731-E2E3-4921-BBDC-F91BC0E4906E/744_OD_Changes.pdf.
Server hardening topics
The server-hardening objectives include BitLocker, Encrypting File System, Windows Server Update Services, Windows Defender, AppLocker, Control Flow Guard, Code Integrity, Credential Guard, NTLM blocking, and security baselines. Study these as a control set with distinct purposes, prerequisites, deployment locations, and failure modes.
A practical study artifact is a control matrix. Give each technology a row and record the asset or attack surface it addresses, the administrative mechanism used to configure it, the evidence that it is active, and a likely compatibility or recovery concern. This forces you to distinguish encryption at rest from application control, identity protection, update management, and endpoint defense.
Identity and privileged access
Identity protection is central to the exam’s audience profile. Include Active Directory security, privileged identity management, Just-in-Time administration, Just Enough Administration, Privileged Access Workstations, and Local Administrator Password Solution in one connected learning sequence rather than treating them as unrelated feature names.
For each topic, ask four questions: which identity or credential is being protected, when elevated access is granted, how the action is limited, and where the audit trail is found. Then test the design against a normal administrative task. A secure configuration that prevents necessary work, leaves no usable audit evidence, or creates a shared fallback credential is not a complete operational answer.
Threat detection and response evidence
The objectives include threat-detection solutions such as access auditing, Advanced Threat Analytics, and Operations Management Suite solutions. Preparation should therefore cover the relationship between an event source, collection or analysis, an alert, and an administrator’s response—not merely the names of monitoring products.
Build short investigation exercises in your lab. Create a controlled change, identify which audit or monitoring evidence should appear, and document what conclusion can and cannot be drawn from it. This habit helps with scenario-based reasoning because it separates configuration from detection and detection from response.
How should you build a Windows Server 2016 security lab?
A small isolated lab is more valuable than passive reading for this exam’s objectives. Use a Windows Server 2016 environment that lets you examine domain identity, Group Policy, storage protection, application controls, updates, auditing, and virtualization concepts. Keep the lab disposable and document every change so you can reproduce or reverse it.
Do not claim that a home lab reproduces the retired exam or its question content. Its purpose is skills practice. The official Microsoft blog provides historical Windows Server 2016 training context, including courses 20740, 20741, and 20742, but the blog does not establish a current 70-744 delivery format or a current exam schedule.
A sensible lab order
Start with a domain controller, a member server, and a management workstation or administrative access point. Establish ordinary administration first: naming, networking, domain membership, Group Policy, event review, and backup or recovery procedures. Only then introduce restrictive controls, because otherwise a failure may be impossible to diagnose.
Next, create separate experiments for disk and file protection, application restriction, credential protection, update control, and auditing. Change one major variable at a time. Record the intended security outcome, the policy or tool used, the verification step, and the rollback method. This produces revision notes grounded in behavior rather than screenshots.
What to document
For each lab task, write a short implementation record: requirement, affected server or identity, configuration path, validation evidence, administrative impact, and recovery action. Include both successful and deliberately blocked operations where safe. A candidate who can explain why an action was blocked and how to investigate it is preparing more effectively than one who only copies a configuration sequence.
Use vendor documentation and the official objective document to resolve uncertainty. Do not use leaked questions or exam dumps as lab instructions. They are not a reliable substitute for current Microsoft documentation, and memorizing purported answers does not establish that a security control was correctly implemented.
How do the security controls fit together?
The strongest preparation treats 70-744 as a defense-in-depth problem. Start with identity and privileged access, reduce the attack surface through server hardening, protect data and credentials, control software and updates, and collect evidence for detection. This sequence makes each feature easier to place in a realistic administrative decision.
A scenario may involve several controls at once. For example, a privileged administrative workflow can involve a protected workstation, constrained elevation, a managed local administrator credential, policy enforcement, and access auditing. Study the boundaries between those controls: one may limit where an administrator works, another when access is granted, and another what evidence is retained.
Avoid feature-name memorization
A common mistake is learning a list of technologies without learning the problem each one solves. BitLocker and Encrypting File System both relate to data protection but operate at different layers and support different administrative decisions. AppLocker and Code Integrity both restrict executable content but should not be treated as interchangeable. Credential Guard and NTLM blocking address different identity risks.
Turn every feature into a compare-and-contrast card. Include purpose, scope, configuration mechanism, dependency, verification evidence, and a situation in which applying it could disrupt operations. Then explain the card aloud without reading it. If you cannot state the trade-off, return to the lab or authoritative documentation.
Include recovery in every design
Security configuration is incomplete without a recovery plan. Before enabling a restrictive policy or encryption feature in a lab, identify how you will regain access, recover protected data, restore a known-good policy, or prove that the intended administrator can still work. This is a practical recommendation, not a claim about a particular exam question.
Recovery thinking also exposes weak understanding. If you cannot identify the protected key, management authority, audit location, or rollback path, you may know the feature’s label but not its administration. Write those missing details into your study backlog rather than guessing.
What is a practical preparation roadmap?
Use a staged roadmap: establish prerequisites, map the objectives, build a working lab, test controls, and finish with explanation-based review. Because 70-744 is retired, set the roadmap against a skills or employer outcome rather than a claimed booking date. If your objective is a current Microsoft credential, stop after the gap analysis and select an active role-based path before investing in exam-specific material.
The roadmap below is deliberately sequence-based rather than calendar-based. It avoids pretending that every candidate needs the same number of study days or hours, while still giving you clear decisions and completion checks.
Stage 1: confirm the target
First decide whether you need Windows Server 2016 security competence, historical 70-744 coverage, or a current credential. Read the Microsoft retirement announcement and the retired-exam Q&A page, then verify the active certification catalogue yourself. Do not spend money on a booking or preparation package until the credential’s status and relevance are clear.
If you are completing an internal skills plan, translate the objective document into job tasks: harden a server, protect identity infrastructure, constrain privileged access, secure a virtual-machine environment, and detect suspicious access. These tasks are more durable than the retired exam code.
Stage 2: perform a gap analysis
Mark each objective as explain, configure, verify, or troubleshoot. “Explain” means you can describe purpose and boundaries; “configure” means you can implement it; “verify” means you can produce evidence; and “troubleshoot” means you can isolate a failure and recover safely. A topic is not complete merely because you recognize its name.
Give priority to the published 25–30% domain “implementing server-hardening solutions,” then assess identity, privileged access, virtualization, and threat detection. This is not a claim that the other areas have equal or defined weights; it is a practical way to use the one verified percentage while preserving coverage of the full stated scope.
Stage 3: build and test
Implement the controls in a clean lab and keep a change log. After each configuration, validate both the intended protection and the administrative side effect. For example, test whether a policy applies to the correct computer or user, whether the expected event is generated, and whether an authorized recovery action remains possible.
Review failed experiments as carefully as successful ones. Record the exact assumption that was wrong: scope, order of policy processing, dependency, credential, key management, compatibility, or monitoring. These notes become a targeted revision set and prevent repeated trial-and-error.
Stage 4: explain without notes
Finish with scenario explanations rather than another round of passive reading. Choose a server-hardening requirement and explain the control choice, deployment sequence, verification evidence, likely conflict, and recovery plan. Repeat with a privileged-access requirement, a protected virtualization requirement, and a threat-detection requirement.
Use practice assessments only as feedback on understanding when they are legitimately available. Review every answer, including correct guesses, and research the reason. Never seek leaked exam items or rely on memorized dump answers; those methods do not demonstrate the ability to secure or troubleshoot a live Windows Server environment.
Which study resources are worth using?
Start with the official 70-744 objectives PDF because it identifies the exam title, audience, covered capabilities, and the server-hardening domain weight. Pair it with Microsoft’s Windows Server 2016 training announcement for historical course context, then use Microsoft product documentation and lab work to learn implementation details. Treat third-party summaries as navigation aids, not authority.
The Microsoft blog names 20740 for installation, storage, and compute; 20741 for networking; and 20742 for identity. Those courses were presented as preparation for the Windows Server 2016 certification family, not as evidence of a currently available 70-744 course or exam. The blog is at https://www.microsoft.com/en-us/windows-server/blog/2016/11/29/prepare-for-the-new-mcsa-windows-server-2016-certification/.
How to use the objectives document
Read each objective as an action. Rewrite it as a lab task, such as applying a baseline, configuring a protection mechanism, limiting privileged access, or producing an audit result. Add the administrative evidence that would prove completion. This converts a blueprint into a checklist you can execute and review.
Pay attention to the document’s stated change date, November 3, 2017, when comparing archived study guides. Older notes may group or describe objectives differently. Keep the official PDF’s wording beside your notes and label any supplemental material with its publication context.
How to use lifecycle and security-evaluation pages
The Windows Server 2016 lifecycle page helps you assess operational relevance, while the Common Criteria page provides product-evaluation context and links to security documents. Neither page replaces the exam objectives or proves that a particular configuration is the only acceptable implementation.
Use the evaluated-configuration material to sharpen questions about scope and assurance: which edition is covered, what security functionality is in scope, and what administrative guidance applies. Do not infer exam questions, exam scoring, or a modern replacement credential from Common Criteria entries.
What exam delivery information can be confirmed?
No current delivery method, appointment process, price, question count, duration, score, language list, or scheduling window is evidenced for 70-744 in the supplied research. Since Microsoft identifies the exam as retired, avoid pages that present historical format details as if they were a live booking option. Check Microsoft Learn and its credentials support resources for any current certification question.
The supplied Credentials Support pages describe general channels for Microsoft certification issues and identify Pearson VUE and Certiport for delivery or appointment issues in the broader support context. That does not establish that either provider currently delivers 70-744. Do not infer availability from a provider search result or an old preparation page.
What to do before scheduling anything
Verify the exam title and status on an official Microsoft page, confirm that the credential supports your present objective, and check the current certification catalogue. If the exam is absent or marked retired, do not schedule it through an unofficial page. For a current Microsoft credential, follow the active exam’s own requirements and delivery instructions.
Candidates who need accommodations should use the official Microsoft support process for the active assessment they intend to take. The supplied support material discusses accommodation requests and English-language extra-time procedures in general terms, but it does not provide current 70-744 delivery authorization or a 70-744-specific appointment rule.
What mistakes should candidates avoid?
The biggest mistake is treating 70-744 as a normal, currently schedulable exam. The next is studying answer patterns instead of security operations. A third is narrowing preparation to encryption or antivirus while overlooking identity, privileged administration, protected virtualization, auditing, and threat detection. Use the objective document to keep the scope balanced.
A retired exam also creates a version-control risk: archived books, labs, and practice material may describe an older objective grouping or product state. Label your sources, check the official document’s change information, and separate Windows Server 2016 historical knowledge from controls and services that belong to later platforms.
Pitfall: confusing certification and competence
Passing a historical exam, where applicable, would have been a credential event; it would not by itself prove that a production environment was securely designed. Conversely, practical skill study can remain useful even when the exam is retired. Make the desired outcome explicit: transcript evidence, internal readiness, migration knowledge, or administration of an existing Windows Server 2016 estate.
This distinction prevents wasted preparation. If a hiring process asks for a current certification, a retired-exam study plan may not satisfy it. If an operations team needs a hardening runbook, lab evidence and documented procedures may be more useful than an exam label.
Pitfall: enabling controls without a test plan
Applying security settings in an uncontrolled order can lock out administrators, break applications, or produce misleading audit results. Use a test group, define expected behavior, retain a rollback path, and verify policy scope. These are practical recommendations for safe administration, not claims about the retired exam’s test-day experience.
Also avoid treating a single successful command as proof of compliance. Check the effective policy, service state, event evidence, and user experience. A secure design must work for the intended role and remain observable by the people responsible for support.
Pitfall: relying on dumps
Exam dumps and leaked questions are not a sound preparation method. They can be inaccurate, violate exam rules, and encourage memorization without understanding. No collection of purported answers guarantees a pass or demonstrates that you can protect a server, constrain privilege, investigate access, or recover from a policy error.
Use legitimate objective documents, product guidance, instructor-led or self-paced training where available, and a controlled lab. When a practice question exposes a gap, research the underlying technology and reproduce the behavior safely instead of memorizing the displayed answer.
What should you do next?
If your goal is a current certification, begin with Microsoft’s certification catalogue and choose an active role-based credential aligned to your role; the supplied retirement announcement explains Microsoft’s shift toward role-based training and certifications. If your goal is Windows Server 2016 security work, download the 70-744 objectives, build the control matrix, and start with server hardening before expanding into identity, privilege, virtualization, and detection.
Record your decision in one sentence: “I am studying this material to support [specific operational or career outcome].” Then select resources that serve that outcome. Recheck official Microsoft pages before making any time-sensitive certification or scheduling commitment, because the retirement evidence means archived 70-744 information should not be treated as a live exam offer.
A final readiness check
You are ready to move from reading to applied review when you can explain the scope of each major control, configure it in an isolated environment, verify the result, recognize a likely failure, and describe a safe recovery. You should also be able to connect privileged access, server hardening, virtualization protection, and threat detection into one defensible design.
Keep unresolved items visible. A short list of questions—such as how a control is scoped, what evidence it produces, or how it affects recovery—is more useful than a long set of copied notes. Resolve those questions through the official documentation or a controlled experiment.
Conclusion
70-744 is best treated as a retired Windows Server 2016 security syllabus, not as a current exam booking target. Its documented scope still offers a practical sequence for hardening servers, protecting identity and privileged access, securing virtual machines, and detecting suspicious activity. Confirm the credential decision first, then study from the official objectives, test configurations in a reversible lab, and choose a current Microsoft path when transcript value—not historical platform skill—is the objective.
