Microsoft 98-369 Cloud Fundamentals Exam Guide: Archive the Blueprint, Then Choose a Current Path
Exam 98-369, Cloud Fundamentals, was a Microsoft Technology Associate exam that validated foundational knowledge and basic skills with Microsoft cloud services. It suited early-career learners building vocabulary around cloud models, Microsoft services, administration, and user support. The key decision is not how to book 98-369: Microsoft retired it on September 30, 2019. Use this guide to decide whether its objectives still help your learning and whether AZ-900 is the more appropriate current destination.
Make the retirement decision first
98-369 is a retired exam, so it should be treated as a historical learning blueprint rather than a certification appointment to pursue. Microsoft announced that 98-369: Cloud Fundamentals would retire on September 30, 2019, and named AZ-900: Azure Fundamentals as its replacement.
Microsoft’s retirement notice is specific: candidates registered after the retirement date were offered a chance to reschedule before retirement or take AZ-900 instead. That arrangement described the transition at the time; it is not evidence that a new 98-369 appointment can be scheduled now.
This changes a sensible preparation plan. Do not commit study time, training spend, or a job-application deadline to obtaining a new 98-369 result. If an employer, school, or training provider still mentions the exam number, ask whether it is using archived curriculum terminology and whether AZ-900 is the accepted current alternative.
A previously earned retired certification is not erased simply because the exam retired. Microsoft states that retired certifications remain on a transcript and can be shared, remaining in the active section until Microsoft determines the technology is no longer relevant and moves them to the inactive section. That is useful context for holders updating a résumé, but it does not make 98-369 a current exam route.
What 98-369 was designed to validate
98-369 was an MTA exam designed to demonstrate fundamental knowledge of, and basic skills using, Microsoft cloud services. Its scope was introductory: candidates needed to recognize cloud concepts and connect them to administration, service use, security, and support decisions.
The MTA label matters when interpreting an old result. Microsoft described 98-369 as a possible stepping stone to Microsoft Certified Solutions Associate exams. It was not presented in the supplied objective document as proof of advanced architecture, deep operations, or specialized security capability.
The exam title, Cloud Fundamentals, can be misleading if read too narrowly. The objectives extended beyond a definition of cloud computing. They included Office 365 and Microsoft Intune administration, cloud-service configuration and use, user support, security, and availability topics. A candidate who studies only public-cloud terminology would leave important historical scope uncovered.
For learning purposes, the blueprint remains valuable as a checklist of concepts that commonly need to be understood before a learner takes on more current cloud training. The credential decision, however, should follow Microsoft’s current credential catalogue and the replacement path rather than the retired MTA number.
Who benefits from the archived objectives
The 98-369 objectives are most useful to beginners who need a structured foundation in cloud service models and Microsoft service administration before moving to current training. They are also relevant when a course, textbook, or legacy curriculum uses the MTA Cloud Fundamentals blueprint as a teaching outline.
The source material expected hands-on familiarity with Office 365, Microsoft Intune, firewalls, network topologies and devices, and network ports. That expectation is a practical warning: the objective list was not solely for learners who had never touched workplace technology. Basic exposure to these areas makes the concepts more concrete.
Use the blueprint if you are trying to explain why a workload fits a particular service model, how an organization can connect cloud and on-premises services, or why support and security procedures affect a cloud user. It is less useful as a standalone plan for proving current Azure product knowledge, because Microsoft replaced the exam with AZ-900.
A productive self-check is to write a short explanation of an everyday organization scenario. For example, identify what the organization would still operate under an on-premises approach, what it could consume as a service, and what support or data-protection questions remain. If you cannot explain the trade-offs without relying on product names, begin with the foundations section of your study plan.
Map the skills the exam measured
The official objective document organized 98-369 around understanding the cloud, enabling Microsoft cloud, administering Office 365 and Microsoft Intune, using and configuring Microsoft cloud services, and supporting cloud users. Build study notes around those work areas rather than collecting disconnected definitions.
Understanding the cloud included cloud principles and delivery mechanisms. The listed material covered on-premises service models; subscription or pay-as-you-go funding compared with upfront CapEx/OpEx funding; elasticity; scalability; redundancy; and availability. Study these as operational choices. For each term, be able to state the problem it addresses, the trade-off it creates, and a simple business consequence.
The service-model material included Infrastructure as a Service (IaaS), Platform as a Service (PaaS), Software as a Service (SaaS), and hybrid integration with on-premises services. A strong learner can distinguish the models by responsibility: what the provider supplies, what the customer still configures, and why an organization might retain some on-premises integration.
Security objectives included privacy, compliance, protection of data at rest and in transit, and operational transparency. Avoid reducing these to a vocabulary list. Practice separating data-protection mechanisms from policy and compliance obligations, then explain which question a user, administrator, or organization needs answered.
Availability material included service improvement, service health, maintenance, roadmaps, guarantees, service-level agreements, and liability caps. These terms belong in the same decision chain: a service status signal is not the same as a guarantee, and a service-level agreement is not the same as unlimited provider responsibility. Build notes that preserve those distinctions.
The supplied official objectives do not provide domain percentages. Do not assign study time from unofficial weighting charts or treat a guessed priority order as Microsoft’s blueprint. Cover every stated domain, then use your own diagnostic results to spend extra time on concepts you cannot explain accurately.
Learn cloud models before Microsoft administration
Start with cloud principles and service models, then add Microsoft administration and support topics. This sequence prevents a common problem: memorizing the names of services without understanding the operational reasons an organization would choose them.
First, create a one-page comparison for on-premises services, IaaS, PaaS, SaaS, and hybrid integration. Use the same headings in every row: customer responsibilities, provider responsibilities, funding approach, scalability, availability considerations, and integration needs. The goal is not to create a perfect universal chart; it is to make your reasoning visible.
Second, connect elasticity, scalability, redundancy, and availability. Learners frequently treat these as interchangeable because they all sound like resilience or capacity concepts. Instead, write one practical question for each: how demand changes, how capacity grows, what happens when a component fails, and whether the service can be used when needed.
Third, move to Office 365 and Microsoft Intune administration. Because the official blueprint expected hands-on experience, use legitimate learning environments, guided exercises, product documentation, or supervised training when available. Do not claim practical competence from flashcards alone. Record the purpose of an administrative action, the person affected, and the support implication.
Finally, study security and support as part of routine service operation. A useful exercise is to take one cloud-user request and identify the privacy, access, data-protection, service-health, and escalation questions that should be considered. This brings the isolated objective topics into a support workflow.
Use a practical six-stage study roadmap
A staged roadmap works better than repeated full-length review because the 98-369 material spans concepts, service models, administration, security, availability, and support. Progress only when you can explain a topic in plain language and apply it to a small scenario.
Stage 1: establish baseline vocabulary. Define cloud computing, on-premises services, IaaS, PaaS, SaaS, and hybrid integration without copying a definition. For each term, add one reason an organization might choose it and one responsibility it must still manage.
Stage 2: work through cost and capacity concepts. Contrast subscription or pay-as-you-go funding with upfront CapEx/OpEx funding. Then explain elasticity, scalability, redundancy, and availability using distinct examples. If two explanations are identical, the distinction is not yet clear enough.
Stage 3: develop network awareness. Review the role of firewalls, network topologies and devices, and network ports at the level required to understand connectivity and service access. Since these were named as expected hands-on experience, focus on how they affect the availability and exposure of a service rather than attempting to turn this cloud-foundations plan into an advanced networking course.
Stage 4: study Microsoft-service administration. Organize notes under Office 365 and Microsoft Intune. For every configuration or administrative concept you encounter in legitimate materials, ask who performs it, which user or device is affected, and what support issue could follow.
Stage 5: test security and service-management reasoning. Build short scenarios involving data at rest, data in transit, privacy, compliance, maintenance, service health, service-level agreements, guarantees, roadmaps, and liability caps. Answer with a reasoned explanation, not a keyword list.
Stage 6: complete a replacement-path review. Compare your new understanding with the current AZ-900 destination Microsoft named. Use Microsoft Learn’s current credential and training resources to identify the present-day material you should study next. This final stage turns archival study into an actionable certification plan rather than an endpoint.
Check readiness without relying on dumps
Readiness for this kind of foundational material means being able to reason from a scenario to a service-model, administration, security, availability, or support consideration. Memorizing recalled questions is a poor substitute for that capability and can preserve incorrect or obsolete material.
Build a personal question bank from the official objectives. Ask yourself to distinguish IaaS, PaaS, and SaaS; explain when hybrid integration is relevant; identify why a network control matters; and separate data protection at rest from data protection in transit. Include service-health and service-level-agreement prompts because these are often confused with general availability language.
Use an error log with three columns: the claim you made, why it was incomplete or wrong, and the corrected reasoning. For example, if you confuse redundancy with scalability, do not merely mark the answer wrong. State that redundancy concerns tolerance of component failure, whereas scalability concerns accommodating growth or demand. This habit exposes weak distinctions quickly.
Avoid two common traps. The first is treating a service model as a product name; the second is treating security as only a firewall topic. The official objectives also name privacy, compliance, data protection, and operational transparency. Your review should therefore include organizational and service-operation questions, not only technical controls.
If you use practice material from any source, treat it as a diagnostic tool rather than an authority. Compare its coverage against the official objective document, reject items that conflict with your study notes or lack context, and never assume that practice content represents live or current exam questions.
Plan current scheduling through the right channel
Do not apply current Microsoft scheduling instructions as proof that 98-369 remains bookable. Microsoft’s current scheduling guidance explains the general process for available credentials, while the retirement notice establishes that 98-369 retired and was replaced by AZ-900.
For an available Microsoft certification, Microsoft directs candidates to begin from a certification overview or the browse page, open the certification details, and use the Schedule exam section to select the appropriate provider. The scheduling process can prompt you to sign in to or create a Learn Profile.
Microsoft states that certification exams can be scheduled no more than 90 days in advance. It also states that candidates can have a maximum of two Microsoft Certification exams scheduled at a time through Pearson VUE. These are current general scheduling rules, not delivery details for retired 98-369.
Provider choice depends on the available certification and candidate context. Microsoft says people taking a certification independently or through a training program should select Pearson VUE, while students, members of academic institutions, and Microsoft Office Specialist candidates may select Certiport. The page also notes that Certiport does not offer online proctored exams at this time.
For online options on an available exam, Microsoft advises running the provider’s system pre-check before registration. If no online option appears, Microsoft says it is not available from that provider. For a current goal such as AZ-900, confirm the exam page, provider choices, accommodations process, identification requirements, appointment availability, and any applicable fees directly before scheduling; none of those details should be assumed from the old 98-369 blueprint.
Use legacy 98-369 materials carefully
Certiport still lists Cloud Fundamentals as exam 98-369 in its MTA objective-domain and study-guide pages, which makes those materials useful historical references. Their presence should not be interpreted as confirmation that the retired exam is currently offered.
The Certiport study-guide page lists a Cloud Fundamentals guide and localizations in Chinese Simplified, Japanese, Korean, and Portuguese Brazil. Use those resources to understand the old MTA scope or support a legacy class, but cross-check any product-specific lesson against current official Microsoft learning material before using it for a new certification goal.
Keep two note sets if you work with legacy material. Label one ‘98-369 historical objectives’ and the other ‘current certification preparation.’ This simple separation stops old terminology, old interfaces, and retired-path assumptions from contaminating preparation for AZ-900 or another current credential.
Do not let an old guide dictate your schedule. Its best role is foundational revision: service models, cost approaches, resilience concepts, data protection, and user support. Once those foundations are secure, shift your effort toward the current replacement certification’s official details and learning resources.
Choose the next action that fits your goal
Choose AZ-900 when you need a current Microsoft cloud-fundamentals certification path; use the 98-369 objectives only as supplementary foundation material. Microsoft explicitly identified AZ-900: Azure Fundamentals as the replacement for 98-369.
If your immediate need is academic coursework, download or review the historical objective guide and make a topic inventory. Mark concepts you can already explain, concepts requiring hands-on exposure, and concepts that need current Azure-focused follow-up. This produces a useful plan without pretending a retired exam can be taken.
If your goal is a current credential, start at Microsoft’s credentials catalogue, locate the appropriate current certification, and use its official page as the authority for objectives and scheduling. Reserve a date only after you have checked the current exam details and completed a realistic diagnostic review.
If you already hold 98-369, keep it accurately identified as a retired MTA Cloud Fundamentals credential on your records. Pair it with current learning or a current credential when you need to show up-to-date cloud knowledge. The old result documents a foundation; your present preparation should demonstrate continued development.
Conclusion
98-369 remains a useful record of foundational cloud concepts, but it is not a current exam target. Study its objectives when they help you build service-model, administration, security, availability, and support reasoning. Then make the forward-looking choice Microsoft provided: evaluate AZ-900 through its current official details, prepare from current material, and verify scheduling options directly before making an appointment.
