98-369 Cloud Fundamentals: Exam Scope, Retirement Status, and a Practical Study Plan
Exam 98-369, Cloud Fundamentals, was a Microsoft Technology Associate exam designed to validate fundamental knowledge and basic skills with Microsoft cloud services. It served learners building an early cloud or IT foundation and was described as a possible stepping stone toward MCSA exams. The immediate decision for a candidate today is whether to study its objectives for historical knowledge or move to the current replacement, AZ-900, rather than attempting to schedule a retired exam.
What did exam 98-369 validate?
98-369 validated foundational understanding of Microsoft cloud services rather than advanced cloud administration. Its scope connected cloud concepts with practical Microsoft technologies, including Office 365, Microsoft Intune, cloud service models, security considerations, availability, and support for cloud users.
The official title was Cloud Fundamentals, and the exam belonged to the Microsoft Technology Associate, or MTA, program. The stated purpose was to demonstrate fundamental knowledge and basic skills using Microsoft cloud services. That makes the exam most relevant as a record of an earlier entry-level Microsoft cloud learning path, not as a current certification target.
The objective document also described 98-369 as a possible stepping stone to Microsoft Certified Solutions Associate exams. That positioning is useful when interpreting older study material: the exam was intended to establish vocabulary and conceptual grounding before deeper role-based or product-focused study. It was not presented as proof of senior engineering experience.
Can you still schedule 98-369?
No. Microsoft announced that 98-369 retired on September 30, 2019, and identified AZ-900: Azure Fundamentals as its replacement. A candidate researching 98-369 should therefore confirm a current credential path instead of relying on old registration pages, practice-test listings, or claims that the exam is presently available.
The retirement announcement stated that candidates registered for 98-369 after September 30, 2019, could reschedule before retirement or take AZ-900 instead. That historical provision does not create a current scheduling route for a new candidate.
Microsoft explains that exams and certifications are reviewed and retired as its credential program changes with technology and job roles. Older objectives can still be useful for learning, comparison, or transcript research, but they should not be treated as a current Microsoft exam blueprint without checking Microsoft Learn.
A retired certification may remain on a person’s transcript for a period before Microsoft moves it to an inactive section when the technology is no longer considered relevant. That transcript treatment is different from the exam being available for registration.
Who was the intended candidate?
The intended candidate was someone developing an entry-level understanding of cloud services and Microsoft administration, especially a learner with practical exposure to Office 365, Microsoft Intune, firewalls, network topologies and devices, and network ports. The objectives assumed more than vocabulary memorization, but they did not define a senior specialist profile.
Students and people beginning an IT, support, networking, or cloud pathway could use the exam’s objectives to organize foundational study. An administrator moving toward cloud work could also use them as a gap checklist, particularly if their background was stronger in on-premises infrastructure than in subscription cloud services.
The official objectives do not establish a universal prerequisite, mandatory job title, or required employment history in the supplied evidence. Treat the hands-on experience statement as a readiness recommendation from the objective document, not as a registration prerequisite.
For a current Microsoft credential, compare the older 98-369 scope with the credentials and training currently listed on Microsoft Learn. The replacement named in Microsoft’s retirement announcement is AZ-900, but current availability, requirements, and scheduling should be confirmed on the live Microsoft source before planning an attempt.
Which skills and domains were measured?
The objective structure covered five practical areas: understanding the cloud, enabling Microsoft cloud, administering Office 365 and Microsoft Intune, using and configuring Microsoft cloud services, and supporting cloud users. Study should follow these connected responsibilities instead of treating the exam as a loose collection of product terms.
The supplied official evidence does not provide domain percentages, so there are no verified blueprint weights to prioritize. Do not use unsupported percentage charts from third-party pages as if they were official scoring information. The objective document is the safer basis for deciding what to study.
The domains combine conceptual and operational knowledge. A learner needed to distinguish service models and funding approaches, understand security and availability concerns, recognize Microsoft cloud administration tasks, and reason about user support. A useful preparation plan therefore alternates explanation, configuration practice, and troubleshooting scenarios.
Because the exam is retired, this domain list is best used as a historical scope map or a bridge into current fundamentals study. It should not be assumed to match the present AZ-900 blueprint exactly.
Understand cloud concepts and delivery models
This area required more than knowing that cloud services run remotely; it covered how services are delivered, funded, scaled, protected, and integrated. Build a comparison table that explains each term in operational language and connects it to a business or technical decision.
The objectives included on-premises service models and the distinction between subscription or pay-as-you-go arrangements and upfront CapEx or OpEx funding. Study the implications of each model: who owns infrastructure, how capacity is acquired, and how spending is recorded or adjusted.
The exam covered Infrastructure as a Service, Platform as a Service, and Software as a Service. Learn the boundary between provider and customer responsibility for each model. Then add hybrid integration with on-premises services, since many organizations combine local systems with cloud-hosted capabilities rather than moving every workload at once.
Elasticity, scalability, redundancy, and availability were also included. Avoid treating these as synonyms. Scalability concerns handling increased demand; elasticity emphasizes adding or releasing capacity as demand changes; redundancy reduces dependence on a single component; availability concerns whether a service can be accessed when needed.
Study cloud security and service availability together
Security and availability are related but distinct study problems: security protects information and access, while availability addresses whether a service remains usable and how the provider communicates its condition. Prepare by analyzing both the control and the service commitment involved in a scenario.
The security objectives included privacy, compliance, data protection at rest, data protection in transit, and operational transparency. For each topic, write a short answer to three questions: what is being protected, which party has responsibility, and what evidence or communication would help an organization assess risk?
The availability objectives included service improvement, service health, maintenance, roadmaps, guarantees, service-level agreements, and liability caps. These terms require careful reading because a service-level agreement is not the same as an unconditional promise that every workload will always be available.
A common mistake is to memorize security labels without understanding when they apply. Another is to assume that a provider’s service guarantee transfers every business consequence to the provider. Review the relationship among contractual terms, planned maintenance, service-health information, and the customer’s own continuity planning.
Connect Microsoft cloud services to administration tasks
The Microsoft-specific portion focused on enabling and administering cloud services, particularly Office 365 and Microsoft Intune. Study each product through the work an administrator performs: preparing access, applying settings, managing devices or users, and responding when a user cannot complete a task.
For Office 365, organize notes around service enablement and administration rather than a list of application names. Ask what a cloud administrator must configure, what users consume, and which issues belong to identity, service configuration, licensing, connectivity, or user training. The supplied objectives establish the product area but do not provide a current feature inventory.
For Microsoft Intune, focus on its place in cloud-based device and user administration. Connect device management concepts with security, policy, access, and support decisions. Do not assume that remembering an interface path proves understanding; explain why an administrator would apply a setting and what user or device outcome should follow.
The objectives also expected familiarity with firewalls, network topologies and devices, and network ports. Review how these affect cloud connectivity. Practice tracing a failure from user symptom to likely network or configuration boundary instead of immediately blaming the cloud service.
Support cloud users with a repeatable method
Cloud-user support requires a structured diagnosis: identify the affected user and service, separate access from connectivity, check configuration and service health, and document the resolution. This method is more durable than memorizing isolated fixes and matches the exam’s emphasis on supporting cloud users.
Start with the symptom and its scope. One user failing to connect may indicate credentials, permissions, a local device, or a network path; many users failing at once may indicate a broader configuration or service-health issue. Verify facts before changing settings.
Use the network topics in the objectives as part of the investigation. Review the relevant topology, firewall path, device state, and port requirements. Then consider cloud-side administration, policy, and service status. A good study note should show the order of checks, not only the final answer.
Do not practice by collecting recalled exam questions. Leaked or memorized content cannot substitute for understanding, and relying on it is especially risky for a retired exam whose materials may be outdated. Use official objectives and documentation to create your own scenarios.
How should you prepare from the official objectives?
Begin with the objective document, mark each topic as known, partly understood, or untested, and then study in dependency order: cloud models and economics first, security and availability next, Microsoft cloud administration after that, and user support throughout. This sequence prevents product practice from resting on weak fundamentals.
Use the Certiport MTA study-guide page as a source for the historical 98-369 study guide and its listed localizations. Because the exam retired, verify that any downloaded material is being used for historical learning rather than current registration or current product preparation.
Microsoft Learn remains the appropriate place to investigate current credentials and training. Its credential pages distinguish certifications from Applied Skills and provide routes to browse, train, practice, earn, and share credentials. Those current resources should inform the replacement decision, while the 98-369 objective document supplies the historical scope.
Keep a source ledger. For each topic, record the official objective, your explanation in plain language, one configuration or troubleshooting example, and one unresolved question. This makes revision targeted and helps expose gaps that passive reading hides.
A four-pass study method
Pass one is orientation. Read every objective once and label unfamiliar terms without trying to memorize them immediately. Your output should be a one-page map of the five objective areas and the relationships among them.
Pass two is concept building. Define IaaS, PaaS, SaaS, hybrid integration, elasticity, scalability, redundancy, availability, CapEx, and OpEx in your own words. Add a short example for each, but keep examples generic and based on principles rather than supposed exam questions.
Pass three is applied practice. Work through administration and support scenarios involving Office 365, Microsoft Intune, firewalls, network devices, topologies, and ports. Where a live tenant or lab is unavailable, draw the expected control flow and explain what evidence you would check first.
Pass four is retrieval and correction. Close your notes and explain each domain aloud or in writing. When you miss a concept, return to the objective and official documentation, correct the explanation, and test yourself again later. Do not simply reread the same page.
Build a comparison notebook
A comparison notebook is particularly effective for 98-369 because many objectives test distinctions. Use separate columns for cloud model, customer responsibility, provider responsibility, scaling behavior, cost pattern, security concern, and support implication.
Create one comparison for on-premises, cloud, and hybrid arrangements. Create another for IaaS, PaaS, and SaaS. Add a third for elasticity, scalability, redundancy, and availability. These tables should explain when a concept changes a decision, not merely provide dictionary definitions.
For security, compare privacy, compliance, protection at rest, protection in transit, and operational transparency. For service operations, compare service health, maintenance, roadmaps, guarantees, service-level agreements, and liability caps. The goal is precise language: if two terms answer different questions, your notes should make that difference visible.
Review the notebook by covering one column at a time and reconstructing the missing information. If you cannot explain a distinction without copying the wording of a guide, the concept needs another example or a simpler explanation.
What practical experience is worth adding?
Prioritize small, observable exercises over broad but unstructured experimentation. The official objectives point to Office 365, Microsoft Intune, firewalls, network topologies and devices, and network ports, so your practice should produce a configuration diagram, a support decision, or a security explanation for each area.
If you have access to an authorized Microsoft environment, document what you configure and why. Keep the exercise focused: identify the user or device, state the intended outcome, apply the setting, verify the result, and record what would be checked if the result failed.
For networking practice, sketch a user device, local network, firewall, required port path, and cloud service boundary. Then introduce one failure at a time. Explain whether the symptom points first to the device, local network, firewall, identity or policy, service configuration, or service health.
Do not infer that a current product screen or setting must have appeared in the retired exam. The value of a lab is transferable reasoning. Use it to understand responsibilities and troubleshooting, not to claim knowledge of confidential exam content.
What mistakes waste preparation time?
The largest mistake is treating 98-369 as an active exam. Confirm its retirement before purchasing material, booking an appointment, or following a study schedule. Then decide whether your goal is historical knowledge, an existing transcript, or a current Microsoft credential.
A second mistake is studying only cloud vocabulary. The objectives expected hands-on experience with Microsoft cloud and networking subjects, so pair every definition with a task or diagnostic scenario. Knowing that a firewall exists is less useful than explaining how it can affect a cloud connection.
A third mistake is collapsing related terms into one idea. Elasticity is not identical to scalability, redundancy is not identical to availability, and a service-level agreement is not the same as a guarantee of every business outcome. Use contrast tables and scenario explanations to keep the boundaries clear.
A fourth mistake is over-focusing on a product interface. The retired objectives identify Office 365 and Microsoft Intune, but the supplied evidence does not establish a current feature list or a particular interface sequence. Study administrative intent and responsibility instead of chasing obsolete screenshots.
Finally, do not rely on dumps, recalled questions, or claims of guaranteed success. Such material does not establish that the content is authorized, current, or aligned to the official objectives. Independent explanation and practical reasoning are safer preparation measures.
How can you tell whether your knowledge is ready?
You are ready to move on when you can explain the objective areas without notes, distinguish the major service models, reason about security and availability terms, and work through a cloud-user support scenario in a logical order. Since 98-369 is retired, this readiness check is for learning quality, not a current appointment.
Use a four-part self-check. First, explain one cloud model and its responsibility boundary. Second, distinguish elasticity, scalability, redundancy, and availability. Third, connect a security or service-availability concern to a practical administrative decision. Fourth, diagnose a user problem involving a device, network path, firewall or port, cloud configuration, or service health.
Score yourself by evidence, not confidence. A correct definition without an example is partial understanding. An example without a clear reason is fragile understanding. Revisit any topic where you can recognize an answer but cannot explain why alternatives are less appropriate.
Finish by reading the official objectives again and checking for untouched nouns. Names such as operational transparency, liability caps, hybrid integration, and service roadmaps should trigger an explanation in your own words, not a vague sense of familiarity.
What is the practical roadmap from here?
Your next action depends on your objective: use the 98-369 blueprint for foundational study, or use Microsoft Learn to choose a current credential. Do not schedule around the retired exam. Confirm the live replacement path, current exam details, and provider options before committing time or money.
For a historical or skills-building path, start by downloading the official MTA study guide from the Certiport study-guide page and comparing it with the official objective-domain listing. Extract the five domains, create your comparison notebook, and mark which topics require hands-on work.
For a current certification path, begin on Microsoft Learn’s credentials or browse pages. The retirement notice identifies AZ-900 as the replacement for 98-369, but current content and availability should be checked on the live Microsoft page rather than assumed from a 2019 announcement.
If Microsoft presents a scheduling route for a current exam, its registration guidance says to begin from the certification or exam details page and choose the displayed exam provider. The provider can vary by candidate context; the page specifically distinguishes Pearson VUE and Certiport circumstances. Do not treat those general instructions as evidence that 98-369 itself can be booked.
Before any current appointment, check accommodation needs before scheduling, review whether online delivery is offered by the provider, and run the required system pre-check if you choose an online exam. Microsoft’s registration guidance notes that Certiport does not offer online proctored exams at this time, while availability for a particular exam must still be confirmed through the provider.
How should you use this page on dumpsboss.co?
Use this page as a decision and study reference, not as a source of unauthorized exam content. The most useful outcome is a clear choice: stop pursuing a retired registration, strengthen the cloud fundamentals that 98-369 covered, and verify the current Microsoft credential that matches your role.
A responsible study resource should help you interpret objectives, plan practice, and identify weak areas. It should not promise a pass from memorization or present recalled questions as an official exam substitute. When a third-party resource conflicts with the Certiport objective document or Microsoft retirement notice, pause and verify the claim against the linked official source.
Keep the distinction between historical and current knowledge visible in your notes. Some cloud principles remain useful, but product names, administrative workflows, credential structures, and exam availability can change. Current Microsoft Learn content should govern a current certification decision.
The sensible final check is administrative: confirm the credential name, exam status, objective version, delivery provider, and any accommodations or technical requirements on the official Microsoft or provider page. Only then should you set a date and finalize a study sequence.
Conclusion
98-369 remains useful as a map of foundational cloud concepts, Microsoft cloud administration, security, availability, and user support, but Microsoft retired it on September 30, 2019 and named AZ-900 as its replacement. Study the verified objectives if they match your learning goal, avoid dumps and unsupported exam claims, and use current Microsoft Learn information to select and schedule an available credential.
