70-532 Developing Microsoft Azure Solutions Exam Guide
Exam 70-532, Developing Microsoft Azure Solutions, was designed to validate the work of candidates experienced in designing, programming, implementing, automating, and monitoring Azure solutions. Its audience was developers who could build scalable and resilient cloud applications rather than simply recall product descriptions. This guide helps you make the most important decision first: whether to treat 70-532 as a historical exam for skills review or verify current availability and choose a modern replacement path before investing in preparation.
What 70-532 was intended to validate
70-532 focused on practical Azure solution development across application design, implementation, automation, and monitoring. Microsoft described the target candidate as someone experienced with Azure programming and with the development tools, techniques, and approaches needed to build scalable and resilient solutions.
The exam name was Developing Microsoft Azure Solutions. The official objective material presents it as a technology-specific assessment of Azure development work, while Microsoft’s exam-preparation sessions describe the intended audience as people experienced with programming using Azure.
That distinction matters when deciding whether old 70-532 material is useful. A candidate who has only read service documentation may recognize terminology but still lack the design judgment the objectives expected. Preparation should therefore connect each service to an implementation decision: how an application stores data, how a virtual machine is deployed and operated, how a solution scales, and how its behavior is monitored.
The exam is best understood as a historical benchmark for Azure development skills. It should not automatically be treated as a current certification target. Microsoft’s published mapping associated 70-532 with the Azure Developer replacement certification based on AZ-203, but that mapping was published during the move from the 70-xxx program to role-based certifications. Check Microsoft’s current credential pages before scheduling anything.
Is 70-532 still available to schedule?
Do not assume that a listing on a third-party site means the exam can still be taken. Microsoft states that once an exam or certification is retired, the exam cannot be taken and the associated certification cannot be newly earned after the retirement date, so current availability must be confirmed through Microsoft rather than inferred from archived objectives.
The supplied official retirement pages do not provide a retirement date specifically for 70-532. They do establish the governing rule: retired exams are no longer available, while certifications earned before retirement remain on a candidate’s transcript according to Microsoft’s transcript and expiration policies. That means this guide can explain the exam’s published content, but it cannot certify that a booking option exists today.
Use this verification sequence before studying seriously:
1. Search Microsoft Learn for the exact exam number and exam title.
2. Check whether the official page offers an active registration or scheduling route rather than only an archived detail page.
3. Review Microsoft’s retirement information for any applicable exam or credential notice.
4. If 70-532 is unavailable, compare the current Azure developer certification requirements with your intended job role instead of attempting to locate an unofficial booking route.
Microsoft says retired exam and assessment detail pages may remain available for reference for 12 months. An archived page or downloadable objective document is therefore evidence of historical scope, not proof of current delivery.
Who should use the 70-532 objectives?
The objectives are most useful to Azure developers, application engineers, and technical leads who want to test their understanding of older Azure implementation patterns. They are also useful to experienced practitioners reviewing the evolution of Azure services, provided they separate historical terminology from current product guidance.
The intended candidate profile included experience designing, programming, implementing, automating, and monitoring Azure solutions. That profile suggests several forms of readiness:
- You can read an application requirement and identify an appropriate Azure service or deployment approach.
- You can reason about configuration, networking, storage, scaling, availability, and monitoring rather than treating them as isolated features.
- You can use development tools and approaches to build solutions that remain workable as demand and operational complexity increase.
- You understand that a correct answer depends on constraints such as data type, access pattern, availability needs, and management overhead.
Beginners can still use the blueprint, but they should not mistake familiarity with Azure names for exam readiness. Start with foundational cloud and programming knowledge, then build small implementations that force you to choose between services. For an experienced developer, the more productive approach is to identify gaps in design decisions and platform behavior.
Microsoft’s published exam-preparation sessions were explicitly aimed at people experienced with programming using Azure. They were not presented as substitutes for hands-on development. Treat that audience description as a useful threshold when deciding whether to pursue the historical objectives or first build practical Azure experience.
Which objective areas deserve the most attention?
The published objective document gives the clearest prioritization for two substantial areas: creating and managing Azure Resource Manager virtual machines, and designing and implementing a storage and data strategy. Study those areas by solving configuration and architecture problems, not by memorizing service names.
The objective domain allocated 30–35% to creating and managing Azure Resource Manager virtual machines. The virtual-machine objectives included ARM VM deployment, configuration management, networking, scaling, storage, monitoring, and availability.
The same objective domain allocated 25–30% to designing and implementing a storage and data strategy. The listed storage and data objectives included Azure Blob Storage, Azure Files, Azure Storage tables and queues, Azure SQL Database, Azure DocumentDB, Redis caching, and Azure Search.
These percentages are weights for the published objective domain. They should guide study order, but they do not reveal the exact form, sequence, or current availability of an exam. Do not compare the percentages without their domain labels: the 30–35% figure belongs to creating and managing Azure Resource Manager virtual machines, while the 25–30% figure belongs to designing and implementing a storage and data strategy.
The remaining objectives should not be ignored simply because the supplied evidence does not provide their percentages. Use the complete official objective document as the scope authority if you are conducting a historical review. Avoid assigning unverified weights to topics that are not quantified in the supplied research.
How to study the virtual-machine domain
Study the virtual-machine domain as an operational lifecycle: deploy a VM, configure it, connect it to the required network and storage, scale or protect it, and observe whether it is healthy. This sequence is more useful than learning deployment commands separately from availability and monitoring decisions.
The published VM objectives covered ARM VM deployment, configuration management, networking, scaling, storage, monitoring, and availability. Build a study matrix with those seven topics as rows and record, for each one, the configuration decision, the dependency it creates, and the failure you would expect if it were wrong.
A practical sequence is:
1. Begin with an ARM deployment model. Identify the resources a VM depends on and how those resources are grouped and configured.
2. Add configuration management. Record which settings belong in an image, which belong in deployment configuration, and which must be applied after provisioning.
3. Map network dependencies. Draw the path from the client or application to the VM and mark the relevant endpoints, addressing, and access boundaries described by the objective material.
4. Add managed storage choices. Separate operating-system requirements, application data, and durable data so that a restart or replacement does not produce an accidental data-loss design.
5. Examine scaling and availability. Ask whether the requirement is more capacity, redundancy, recovery, or all three. A larger VM and a more available solution are not interchangeable decisions.
6. Finish with monitoring. Define what signal would show failed deployment, poor performance, unavailable service, or unhealthy dependency.
For every lab or written exercise, keep a short decision record. State the requirement, the selected configuration, the alternative rejected, and the observable result. This turns a collection of demonstrations into reasoning practice and makes weak areas visible during review.
Common virtual-machine mistakes
A frequent preparation mistake is treating deployment as the end of the VM topic. The objective area also covered configuration management, networking, scaling, storage, monitoring, and availability. A deployment that succeeds but cannot be reached, monitored, scaled, or recovered is not a complete solution.
Another mistake is memorizing resource terminology without tracing dependencies. When reviewing a scenario, ask which resource owns the setting, which component consumes it, and what operational symptom appears when it is misconfigured. That habit is more durable than copying isolated command sequences from old notes.
Do not use obsolete practice questions as authority for current Azure behavior. Historical products and interfaces may no longer match Microsoft guidance. Use the official objective document to understand scope, then verify technical behavior against authoritative, current Microsoft documentation if your purpose is modern skills development.
How to study storage and data decisions
The storage and data domain rewards service selection based on workload requirements. Organize preparation around data shape, access pattern, durability, sharing model, query needs, caching, and search rather than studying each named service as an unrelated definition.
The published objectives named Azure Blob Storage, Azure Files, Azure Storage tables and queues, Azure SQL Database, Azure DocumentDB, Redis caching, and Azure Search. For each service, create a one-page comparison that answers what the service stores or does, how an application accesses it, which workload it fits, and what trade-off the scenario is likely testing.
Use these study prompts:
- Blob Storage: What kind of unstructured content would an application place there, and how would the application separate content from metadata?
- Azure Files: When does a shared file-oriented access pattern make more sense than object access?
- Azure Storage tables and queues: Which requirements concern simple keyed data, and which concern asynchronous message handling? Keep storage and messaging roles distinct in your notes.
- Azure SQL Database: Which requirements call for relational structure, SQL querying, transactions, or familiar relational administration?
- Azure DocumentDB: Which application data is naturally document-oriented, and how does that affect access and modeling decisions?
- Redis caching: What data is suitable for fast retrieval, and what is the consequence if cached data is absent or stale?
- Azure Search: When does an application need indexed discovery rather than direct retrieval from its system of record?
The goal is not to produce a slogan for each service. Write a requirement, choose a service, explain why two alternatives are less suitable, and identify the application behavior that confirms the choice. Repeat the exercise with changed constraints such as shared access, asynchronous processing, relational querying, caching, or search.
Data-design pitfalls to avoid
Do not confuse a cache with a durable system of record. A design that works only while cached values exist has a different reliability profile from one that can rebuild its cache from durable data.
Do not select a service merely because its name appears familiar. Storage and data questions are often decided by access behavior: object retrieval, shared files, keyed entities, relational queries, document access, fast cached reads, or indexed search. Make the access pattern explicit before choosing.
Do not treat Azure Storage tables and queues as one interchangeable feature. The objective list places them in the same broad storage and data area, but your notes should preserve their different application roles. A good review exercise asks what breaks if a queue is modeled as ordinary data or if ordinary data is handled as a message stream.
Finally, watch for historical naming. DocumentDB and other older service references may not map neatly to current product pages. For 70-532 scope, preserve the terminology used by the official objective document; for current project work, verify the modern service identity and guidance separately.
What preparation material should you trust?
Use the official objective document as the boundary of historical scope, Microsoft’s retirement and credential pages as the authority for status, and the Microsoft exam-preparation sessions as orientation. Third-party explanations can help clarify a concept, but they should not override official wording or be treated as evidence of live exam content.
The Microsoft Ignite sessions for 70-532 were designed for candidates experienced with programming using Azure. Microsoft describes them as reviews of exam topics accompanied by test-taking techniques and preparation resources. They can help you organize a study plan, but a session description does not establish current delivery details, question types, scoring, languages, or an active registration option.
A sensible source hierarchy is:
1. Current Microsoft credential and retirement information for availability and certification consequences.
2. The published 70-532 objective document for the historical skills outline and domain labels.
3. Current Microsoft technical documentation for understanding how related Azure capabilities work now.
4. Training notes and practice exercises for reinforcement.
5. Unofficial question banks only as prompts for research, never as a source of truth.
Avoid any material that claims to reproduce live questions or guarantees a pass through memorization. Such material cannot replace understanding and may describe an obsolete product state. Study from capabilities and decisions, not from supposed answer keys.
What the supplied sources do not establish
The supplied research does not verify a current 70-532 exam duration, question count, passing score, language list, delivery method, registration price, or test-center policy. Those details should be omitted from planning unless a current official Microsoft page confirms them.
The research also does not provide a current 70-532 retirement date. Do not manufacture a date from the retirement dates of other exams or from the age of the objective document. The correct action is to check Microsoft’s live status information immediately before making a scheduling decision.
A practical study roadmap
A useful roadmap moves from status verification to blueprint mapping, then from isolated service work to integrated design decisions. The order below is a preparation recommendation, not an official Microsoft schedule or required sequence.
Stage one: confirm the purpose. Decide whether you need a historical review, evidence of an older credential already earned, or a current Azure developer certification. If you need a live credential, verify the available Microsoft pathway before spending time on 70-532-specific material.
Stage two: baseline your skills. Without looking at notes, explain how you would deploy and operate an Azure VM and how you would select among the listed storage and data services. Mark each response as confident, uncertain, or unknown. This creates a starting point based on decisions rather than passive familiarity.
Stage three: cover the heavier domains. Work through the VM lifecycle first, then the storage and data strategy. Keep the official domain labels beside your notes: creating and managing Azure Resource Manager virtual machines is allocated 30–35%, and designing and implementing a storage and data strategy is allocated 25–30% in the published objective material.
Stage four: integrate. Design a small application architecture that uses compute, storage, data access, caching or search where justified, monitoring, and an availability approach. Explain each choice in writing. Then alter one requirement and redesign only the affected parts.
Stage five: close gaps. Return to the objective document and mark every item with evidence from a lab, configuration exercise, or explanation you can reproduce. A topic is not closed merely because you have read about it.
Stage six: conduct a final review. Rework the questions you previously missed, compare competing services, and confirm whether the exam or a current replacement is actually available. Schedule only after the status and credential outcome are clear.
A focused weekly routine
Set each study session a visible output. One session might produce an ARM deployment diagram, another a storage decision table, and another a monitoring and availability review. Outputs expose misunderstandings faster than repeated reading.
A repeatable session can use four blocks:
- Recall: write what you know before opening documentation.
- Build: implement or diagram the relevant behavior.
- Challenge: change one requirement and decide what must change.
- Explain: summarize the final decision and its operational consequence.
Keep an error log with three columns: misunderstood requirement, wrong assumption, and corrected rule. Review the assumption column before the next practice cycle. This helps prevent the common pattern of remembering an answer without understanding why it was correct.
Do not set an arbitrary number of practice questions as a readiness threshold. The official facts supplied here do not establish a question count or a passing score, and practice-bank results are not equivalent to an official result. Use demonstrated reasoning and objective coverage as your readiness indicators.
How to turn scenarios into defensible answers
Read each scenario as a set of constraints, then eliminate options that violate the most important constraint first. For 70-532 topics, those constraints commonly concern workload type, access pattern, deployment control, scale, availability, monitoring, or the distinction between durable data and temporary acceleration.
Use a five-step method:
1. Identify the required outcome. Is the scenario asking for storage, deployment, access, scale, availability, or observability?
2. Extract non-negotiable constraints. Write down data form, client behavior, operational requirement, and any stated limitation.
3. Separate the system of record from supporting components. This is especially important when caching, search, queues, or VM storage are involved.
4. Eliminate technically possible but poorly fitting options. An option can work in principle and still fail the stated workload or operational requirement.
5. Check the lifecycle. Ask how the solution is deployed, configured, monitored, scaled, and recovered.
When two options appear plausible, explain the decisive constraint rather than relying on a memorized preference. For example, a storage choice should follow the application’s access model; a VM choice should account for networking, storage, monitoring, and availability rather than only initial deployment.
This method also protects against a common trap in old exam material: selecting an answer because it resembles a familiar command or product description. Scenario reasoning keeps the focus on the requirement the objective is measuring.
Scheduling and credential decisions
Scheduling is a verification task, not a conclusion you can draw from an archived blueprint. Confirm that Microsoft still offers 70-532, determine what credential—if any—the exam can newly support, and check whether a current role-based route better matches your goal.
Microsoft’s 2019 mapping table associated 70-532, Developing Microsoft Azure Solutions, with Azure Developer based on AZ-203. That historical association is useful for understanding the program transition, but it should not be read as a current statement that AZ-203 or 70-532 is available. Microsoft has continued to retire exams and credentials as technologies and role requirements change.
If you previously earned the associated certification, retirement has a different consequence from attempting to earn it now. Microsoft states that credentials already earned remain on the candidate’s transcript, with active or historical placement governed by the credential’s status and expiration. If you have not earned the credential, Microsoft’s retirement policy states that a retired exam cannot be taken and the associated certification cannot be newly earned after retirement.
Before committing to a booking, record the result of these checks in your own plan:
- Current exam status on Microsoft Learn.
- Current certification or credential relationship.
- Whether the target is a historical knowledge review or a current career credential.
- The official preparation and registration route for the current target.
Do not use a third-party page’s scheduling language as proof of availability. The page may be an archive, a catalogue entry, or a description of an exam that belonged to an earlier certification program.
What to do if 70-532 is unavailable
If Microsoft confirms that 70-532 is unavailable, stop treating it as a booking target and use the objective document selectively. Keep the architecture and Azure development concepts that remain relevant, then map your gaps to the current Azure developer certification or other role-based credential that Microsoft currently publishes.
The right replacement depends on your present role and goals, not only on the historical exam title. Compare the current objectives, prerequisites if any, and assessment requirements directly on Microsoft Learn. Do not assume that a replacement covers the same services, interfaces, or design priorities as 70-532.
A practical transition plan is to retain your VM and data decision notes, remove obsolete implementation assumptions, and rebuild the exercises using current Microsoft documentation. This gives you transferable design practice without claiming that the historical exam is equivalent to a current one.
Final readiness checklist
You are ready to make a responsible next decision when you can explain the architecture choices behind your answers and have verified whether the credential is still obtainable. Readiness is not the same as memorizing a bank of reported questions.
Use this checklist:
- Can you describe the 70-532 target audience and explain why practical Azure programming experience matters?
- Can you work through the VM lifecycle from ARM deployment through configuration, networking, storage, scaling, monitoring, and availability?
- Can you select among Blob Storage, Azure Files, Storage tables and queues, Azure SQL Database, Azure DocumentDB, Redis caching, and Azure Search according to a stated workload?
- Can you keep the official weights attached to their domains: 30–35% for creating and managing Azure Resource Manager virtual machines and 25–30% for designing and implementing a storage and data strategy?
- Can you identify which claims in your notes are historical and which have been checked against current Microsoft documentation?
- Have you checked Microsoft’s current exam and credential status immediately before planning a booking?
- If the exam is unavailable, have you chosen a current role-based path rather than relying on an old transition table?
If any answer is no, assign one concrete action. Build the missing lab, rewrite the comparison table, verify the source, or review the current certification page. Avoid adding more generic reading when the gap is a decision you have not yet practiced.
How to use this guide responsibly
Use this article to organize research and preparation, not to infer live exam content. The official sources describe historical objectives, candidate expectations, program transitions, and retirement policy; they do not authorize dumps, leaked questions, or unsupported promises about passing.
DumpsBoss readers should treat any question bank as unverified unless its explanation can be checked against Microsoft documentation. Reported questions may be outdated, incomplete, or unrelated to the official objectives. Memorization can hide a weak understanding of networking, data modeling, deployment, scaling, and monitoring.
A sound preparation record contains three kinds of evidence: an official objective or policy statement, a reproducible technical exercise, and your own explanation of the design trade-off. That combination is more useful than a score from an unofficial simulator because it prepares you for unfamiliar scenarios and helps you decide whether a current certification is a better investment.
Conclusion
70-532 remains useful as a historical map of Azure development concerns, especially ARM virtual-machine operations and storage and data strategy. Its published objective weights can prioritize review, but they do not establish current availability or modern Azure behavior. Verify Microsoft’s status first, study the official objectives through practical design exercises, and move to a current role-based certification when the historical exam cannot be scheduled or no longer matches your credential goal.
