Azure Developer Associate (AZ-204)
Microsoft
Complete guide to passing the Azure Developer Associate (AZ-204) exam on your first attempt.
$165
~55%
1 year (renewal required)
Global
Microsoft
$95k-$145k
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Complete Overview
Exam AZ-204: Developing Solutions for Microsoft Azure was the single exam behind the Microsoft Certified: Azure Developer Associate credential, and it targeted programmers who build, deploy, secure and monitor applications running on Azure. Microsoft retired AZ-204 and the associated certification on July 31, 2026 at 11:59 PM Central Standard Time, so the exam can no longer be booked and the certification can no longer be earned. Microsoft never published a single global fee for it: every Microsoft exam detail page states only that the price is based on the country or region in which the exam is proctored.
The candidate profile Microsoft published for AZ-204 asked for at least two years of programming experience, proficiency programming with Azure SDKs, and working knowledge of Azure CLI and Azure PowerShell. Microsoft described the role as covering every phase of development: requirements gathering, design, development, deployment, security, maintenance, performance tuning and monitoring. The exam assumed you write code against Azure services rather than administer them, which is what separated AZ-204 from AZ-104 Azure Administrator Associate.
The final skills-measured version took effect on January 14, 2026 and split the exam into five areas: develop Azure compute solutions at 25 to 30 percent, connect to and consume Azure services and third-party services at 20 to 25 percent, develop for Azure storage at 15 to 20 percent, implement Azure security at 15 to 20 percent, and monitor and troubleshoot Azure solutions at 5 to 10 percent. Microsoft publishes these as ranges rather than fixed percentages so that the item pool can vary between forms.
Scoring followed the standard Microsoft technical exam rules. Scores were reported on a scale of 1 to 1,000 and 700 or greater was a pass. Microsoft states that this is a scaled score and may not equal 70 percent of the points available, and that there is no penalty for guessing. Some questions on any given form are unscored pilot items, and Microsoft does not tell you which ones.
Anyone who passed AZ-204 before the retirement date keeps the certification on their Microsoft Learn transcript permanently. The renewal assessment retired at the same time as the exam, so the credential can no longer be renewed and will lapse at the end of its current one-year validity period. Microsoft points developers toward AI-200, which leads to the Microsoft Certified: Azure AI Cloud Developer Associate credential, as the forward path for the Azure developer role. AI-200 allows 120 minutes and, at the time Microsoft published its exam details page, was offered in English only. The AZ-204 blueprint is still published on Microsoft Learn with a retirement warning at the top, so it remains usable as a syllabus even though the exam behind it is closed.
Why Get Azure Developer Associate (AZ-204) Certified?
AZ-204 was the only exam required for the Azure Developer Associate certification, so a single 700-out-of-1,000 pass earned the full credential rather than a partial step toward it.
The study guide's documentation table names exactly 15 services: Container Registry, Container Instances, App Service, Azure Functions, Cosmos DB, Blob Storage, Microsoft Entra ID, Key Vault, Azure Cache for Redis, API Apps, API Management, Event Hubs, Event Grid, Service Bus Messaging and Queue Storage. That is a finite reading list for Azure application work rather than an open-ended one.
Passing AZ-204 before July 31, 2026 puts a permanent entry on your Microsoft Learn transcript that stays visible even after the certification itself retires.
Microsoft Partners who earned the credential before the retirement date continue to earn points or credit toward Partner Program requirements for one year after that date.
Microsoft allows learn.microsoft.com in a split-screen panel on all associate and expert role-based exams, so AZ-204 preparation doubles as practice at finding an answer in live documentation while a clock runs.
Two of the four skill areas Microsoft lists for AI-200, its successor exam for the Azure developer role, are developing containerized solutions on Azure and connecting to and consuming Azure services, both of which AZ-204 covered directly.
Roles that list this credential sit in the $95k-$145k band used across this site for Azure developer positions.
Exam Format & Structure
Duration
The AZ-204 exam detail page retired with the exam and no longer shows a duration, so no per-exam figure can be quoted from Microsoft today. Microsoft's published table allocates associate and expert role-based exams without labs 100 minutes of exam time and 120 minutes of seat time, and associate and expert exams that may contain labs 120 minutes of exam time and 140 minutes of seat time. Microsoft deliberately does not list which exams contain labs, because labs can be removed at any time during Azure outages or bandwidth problems, and candidates were told their exam time at registration.
Questions
Microsoft does not publish a question count for individual exams. Its official guidance is that most Microsoft certification exams typically contain between 40 and 60 questions, and that the number varies by exam and changes as the exam is updated.
Passing Score
700 or greater on a scale of 1 to 1,000. Microsoft states this is a scaled score that may not equal 70 percent of available points.
Question Types
- Multiple choice
- Multiple response
- Hot area
- Drag and drop
- Build list (ordering steps)
- Active screen
- Case studies
- Problem-and-solution question sets, where the same scenario is repeated with different proposed solutions
- Interactive labs in a live Azure environment on forms that include them
Delivery Method
Proctored through Pearson VUE, either at a physical test centre or online with the OnVUE secure browser. Online candidates complete a self check-in, upload a headshot, a government-issued ID photo and room-scan photos taken with a mobile phone, then wait in a proctor queue. Check-in opens 30 minutes before the appointment and closes 15 minutes after it, and Microsoft says the launch process takes roughly 15 minutes.
Exam Domains & Topics
The largest block on the exam, covering three hosting models: containers, App Service web apps and Azure Functions. Questions ask you to pick the right compute target for a workload and then configure it correctly, including image publishing, deployment slots, autoscaling rules, diagnostic logging and function bindings. Expect code-level detail on trigger and binding attributes rather than portal click paths.
Key Topics to Master:
- Creating and managing container images and publishing them to Azure Container Registry
- Running containers with Azure Container Instances and building solutions with Azure Container Apps
- Creating an App Service Web App and deploying both code and containerised solutions
- Configuring TLS, API settings and service connections on App Service
- App Service autoscaling and deployment slots, including which settings are slot-sticky during a swap
- Configuring App Service diagnostics and logging
- Creating and configuring an Azure Functions app, including hosting plan choice
- Implementing input and output bindings for Functions
- Implementing function triggers using data operations, timers and webhooks
Integration and messaging. This area splits into API Management, event-based solutions and message-based solutions. The recurring exam skill is choosing correctly between Event Grid, Event Hubs, Service Bus and Queue Storage for a described scenario, then knowing the configuration detail that makes the chosen service behave the way the scenario demands.
Key Topics to Master:
- Creating an Azure API Management instance and documenting APIs
- Configuring access to APIs, including subscription keys and products
- Writing and applying API Management policies in the inbound, backend, outbound and on-error sections
- Implementing solutions that use Azure Event Grid, including event schemas and filtering
- Implementing solutions that use Azure Event Hubs, including partitions and consumer groups
- Implementing solutions that use Azure Service Bus, including queues, topics, subscriptions and sessions
- Implementing solutions that use Azure Queue Storage
- Choosing between discrete event delivery and high-throughput telemetry streaming
Two data services only: Azure Cosmos DB and Azure Blob Storage. The Cosmos DB questions lean heavily on consistency levels and the change feed, while the Blob Storage questions focus on metadata, SDK operations and lifecycle management. Microsoft frames both around SDK usage, so knowing the client library object model matters more than knowing pricing tiers.
Key Topics to Master:
- Performing operations on Cosmos DB containers and items using the SDK
- Setting the appropriate consistency level for an operation across strong, bounded staleness, session, consistent prefix and eventual
- Implementing Cosmos DB change feed notifications
- Choosing a partition key and understanding request unit consumption
- Setting and retrieving Blob Storage properties and metadata
- Performing data operations on blobs with the appropriate SDK client
- Implementing storage access tiers and data lifecycle management policies
- Understanding blob types and when block, append or page blobs apply
Split between user authentication and authorization on one side and secure configuration on the other. The identity half covers the Microsoft identity platform, Microsoft Entra ID and Microsoft Graph. The configuration half covers Key Vault, App Configuration and managed identities. Questions typically give you a code snippet or an app scenario and ask which credential type or token flow is correct.
Key Topics to Master:
- Authenticating and authorising users with the Microsoft identity platform and MSAL
- Authenticating and authorising users and apps using Microsoft Entra ID
- Creating and implementing shared access signatures, including service, account and user delegation SAS
- Building solutions that interact with Microsoft Graph
- Securing app configuration data with Azure App Configuration or Azure Key Vault
- Writing code that uses keys, secrets and certificates stored in Key Vault
- Implementing system-assigned and user-assigned managed identities for Azure resources
- Using DefaultAzureCredential and the credential chain in the Azure Identity library
The smallest area, and the only one reduced to a single objective, built entirely around Azure Monitor Application Insights. The January 14, 2026 update kept its percentage unchanged and renamed the objective from Application Insights to Azure Monitor Application Insights. Three tasks sit under it: instrument an app or service, monitor and analyse metrics, logs and traces, and implement availability tests and alerts.
Key Topics to Master:
- Instrumenting an app or service to use Application Insights
- Monitoring and analysing metrics, logs and distributed traces
- Implementing availability tests such as standard URL ping tests
- Configuring alert rules and action groups on Application Insights signals
- Understanding sampling and how it affects telemetry volume and accuracy
- Using Application Insights live metrics and the application map to isolate a failing dependency
- Writing Kusto queries against Application Insights tables
Recommended Study Plan
- 1Read the Microsoft Learn study guide for AZ-204 and copy the five skill areas and their percentage ranges into your own notes
- 2Create an Azure free account and confirm you can deploy a resource group from both the portal and Azure CLI
- 3Install the Azure CLI, Azure PowerShell and the Azure extension for Visual Studio Code
- 4Run the Microsoft Learn exam sandbox to see build list, hot area, active screen and drag and drop questions before you ever meet them under time pressure
- 5Pick one language, C# or Python, and commit to it for every lab in this plan
- 1Complete the Microsoft Learn modules on creating and configuring App Service web apps
- 2Deploy a web app three ways: zip deploy, GitHub Actions and a container image
- 3Create a staging deployment slot, swap it, and record which app settings stayed with the slot and which followed the code
- 4Configure autoscale rules based on CPU and on a schedule, then trigger a scale-out with a load test
- 5Turn on application logging, web server logging and failed request tracing, then read the output in the log stream
- 1Build a Docker image locally, push it to Azure Container Registry, and run it with Azure Container Instances
- 2Deploy the same image to Azure Container Apps and configure ingress, revisions and scale rules including scale to zero
- 3Compare Container Instances, Container Apps and App Service for containers in a written table so you can answer selection questions fast
- 4Use an ACR task to build an image in the cloud rather than locally
- 5Grant Container Apps pull access to ACR using a managed identity instead of admin credentials
- 1Work through the Microsoft Learn serverless learning path covering Functions triggers and bindings
- 2Write functions with an HTTP trigger, a timer trigger, a Blob trigger and a Service Bus queue trigger
- 3Add input and output bindings for Cosmos DB and Queue Storage without writing SDK client code
- 4Compare the Consumption, Flex Consumption, Premium and Dedicated hosting plans on cold start, scaling and VNet support
- 5Use Durable Functions to build one chained and one fan-out fan-in orchestration
- 1Create a Cosmos DB account with the NoSQL API and perform create, read, upsert, delete and query operations from the SDK
- 2Write out the five consistency levels in order from strongest to weakest with the guarantee and the cost of each
- 3Build a change feed processor and observe how it reacts to inserts and updates but not deletes
- 4Deliberately choose a bad partition key, generate a hot partition, and watch request unit throttling in the metrics blade
- 5Compare provisioned throughput, autoscale and serverless capacity modes
- 1Upload, download, list and delete blobs using the storage SDK rather than the portal
- 2Set custom metadata and system properties on a blob and read them back in code
- 3Write a lifecycle management policy that moves blobs from hot to cool to archive and confirm the rule fires
- 4Generate a service SAS, an account SAS and a user delegation SAS, and note the differences in what signs them and how they are revoked
- 5Enable soft delete and versioning, then recover a deleted blob
- 1Register an application in Microsoft Entra ID and sign a user in with MSAL using the authorization code flow
- 2Call Microsoft Graph with delegated permissions and again with application permissions, and record which consent each needs
- 3Store a secret and a certificate in Key Vault, then read both from an App Service web app using a system-assigned managed identity
- 4Assign a user-assigned managed identity to two resources and explain when that is preferable to a system-assigned one
- 5Trace how DefaultAzureCredential resolves locally versus in Azure and configure Azure App Configuration with Key Vault references
- 1Build one working sample each with Event Grid, Event Hubs, Service Bus and Queue Storage
- 2Write a one-page decision table covering ordering, sessions, dead-lettering, retention and throughput for those four services
- 3Import an API into Azure API Management and apply rate-limit, IP-filter and set-header policies in the correct policy section
- 4Configure API Management products and subscription keys, then test the API with and without a key
- 5Use Service Bus sessions and dead-letter queues, and replay a message from the dead-letter queue
- 1Instrument a web app and a function app with Application Insights and confirm requests, dependencies and exceptions all appear
- 2Create a standard URL ping availability test and an alert rule with an action group that emails you
- 3Write three Kusto queries against the requests, dependencies and exceptions tables
- 4Take the free Microsoft practice assessment on Microsoft Learn and record your weakest skill area
- 5Watch a full AZ-204 study cram from a working Azure engineer such as John Savill's Technical Training on YouTube
- 1Sit a full timed practice test from MeasureUp or Whizlabs under 100-minute conditions with no notes
- 2Rebuild every lab you got wrong rather than rereading the explanation
- 3Practise finding three specific answers on learn.microsoft.com in under 90 seconds each, since the exam gives you Learn in a split-screen panel but adds no extra time
- 4Reread the Exam Ref AZ-204 chapters covering your two weakest skill areas
- 5Run the Pearson VUE OnVUE system test on the exact machine and network you will use if testing from home
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Best Study Resources
Microsoft Learn study guide for Exam AZ-204
Official blueprintThe authoritative skills-measured document, including the January 14, 2026 version, the percentage range for each of the five skill areas, the full bullet list of assessed tasks and a change log against the previous version. Every other resource should be checked against this one.
Free
Microsoft Learn AZ-204 learning paths and modules
Self-paced trainingMicrosoft's own module collection mapped to the exam skill areas, with browser-based sandboxes for services such as App Service, Functions, Cosmos DB and Key Vault. The sandboxes let you complete exercises without spending Azure credit.
Free
Microsoft free practice assessment for AZ-204
Practice questionsMicrosoft's own practice item set, written to match the style, wording and difficulty of live questions. Microsoft states these are not the same questions as the exam and are not representative of exam length or complexity. Practice assessments for retired exams may be withdrawn from Learn.
Free
Microsoft exam sandbox
Interface demoA demo of the live exam user interface with the same introductory screens, instructions, help pages and Candidate Agreement. It lets you interact with build list, hot area, active screen, drag and drop and case study items before exam day. The secure browser is not enabled in the sandbox, which is why assistive devices still need an approved accommodation for the real exam.
Free
Azure free account
Hands-on lab environmentThe only realistic way to practise the SDK-level tasks the exam tests. App Service, Functions, Cosmos DB and Blob Storage all have free tiers or free grants that cover most AZ-204 lab work. Delete resource groups after each lab session to avoid charges on non-free services such as API Management.
Free tier plus pay-as-you-go beyond it
Azure SDK reference documentation
DocumentationLanguage-specific API reference for the Azure client libraries. The blueprint phrases four objectives as performing operations by using the SDK, so the reference pages for BlobClient, CosmosClient, SecretClient and DefaultAzureCredential cover material the exam asks about by name.
Free
Exam Ref AZ-204 Developing Solutions for Microsoft Azure
BookMicrosoft Press exam reference organised by skill area, with thought experiments at the end of each chapter. Useful as a linear read for candidates who prefer structured text over video, though you must check its service coverage against the current study guide because Azure changes faster than print.
Paid
John Savill's Technical Training
Video courseA YouTube channel run by a Microsoft cloud solution architect that publishes long-form study crams and whiteboard explanations for Azure certifications including AZ-204. Strong on the why behind service selection, which is what the scenario-style questions test.
Free
MeasureUp practice tests
Practice examMeasureUp is Microsoft's officially licensed practice test partner. Its AZ-204 test offers a timed certification mode and a study mode with per-objective explanations, which is useful for finding which of the five skill areas is dragging your scaled score down.
Paid
Azure-Samples on GitHub
Code samplesMicrosoft's public repository organisation holding runnable samples for Functions bindings, Cosmos DB change feed processors, MSAL authentication flows and Key Vault access. Cloning and breaking a working sample teaches the SDK object model faster than reading about it.
Free
Common Mistakes to Avoid
Preparing as if AZ-204 were a general Azure exam and studying virtual machines, virtual networks and Azure Backup.
Those topics belong to AZ-104 Azure Administrator Associate, whose own skill areas are identity and governance, storage, compute, virtual networking, and monitoring and maintenance. Nothing in the January 14, 2026 AZ-204 skills-measured list asks you to administer infrastructure. Work only from that list.
Learning Azure Functions through the portal editor instead of through triggers and bindings in code.
The blueprint objective is written as implementing input and output bindings and implementing triggers using data operations, timers and webhooks. Write the binding attributes or function.json entries by hand for Blob, Queue, Cosmos DB and Service Bus so you can recognise them in a code-snippet question.
Memorising the names of the five Cosmos DB consistency levels without the guarantees or the ordering.
Learn strong, bounded staleness, session, consistent prefix and eventual as an ordered spectrum, and for each one be able to state the read guarantee, the effect on availability and the relative request unit cost. Questions describe a business requirement and ask you to pick the weakest level that still satisfies it.
Treating all three shared access signature types as interchangeable.
A service SAS and an account SAS are signed by a storage account key, while a user delegation SAS is signed by a Microsoft Entra ID credential and can be revoked by revoking the delegation key. Exam scenarios that mention auditing or revocation are almost always pointing at user delegation SAS.
Guessing between Event Grid, Event Hubs, Service Bus and Queue Storage from vibes rather than from the scenario keywords.
Build a decision table before exam day. Event Grid for discrete reactive events and routing, Event Hubs for high-volume telemetry ingestion with partitions and consumer groups, Service Bus for enterprise messaging with ordering, sessions, transactions and dead-lettering, Queue Storage for simple large-scale queues over 80 GB with no ordering guarantee.
Skipping the monitor and troubleshoot area because it is only 5 to 10 percent of the exam.
Microsoft warns that skill areas with few questions can produce a zero on the score report bar chart. On a scaled 700 pass mark, dropping every item in a small section can be the difference on a borderline attempt. Two evenings on Application Insights instrumentation, availability tests and alert rules covers it.
Assuming the Microsoft Learn panel available during the exam means you do not have to memorise anything.
Microsoft explicitly states that no extra time is added for Learn access, that the exam clock keeps running while you browse, and that the feature is designed so that using it on every question makes the exam impossible to finish. Practise targeted lookups of two or three facts, not general reading.
Ignoring API Management policy syntax because it is XML rather than application code.
The blueprint has an explicit objective for implementing policies for APIs in Azure API Management. Learn which policies are valid in the inbound, backend, outbound and on-error sections, and practise rate-limit-by-key, ip-filter, set-header, rewrite-uri and validate-jwt.
Not knowing when a user-assigned managed identity beats a system-assigned one.
A system-assigned identity has the same lifecycle as its single resource and is deleted with it. A user-assigned identity is a standalone resource that survives its consumers and can be shared by many of them, which is what scenarios describing pre-authorised access or multiple resources sharing one role assignment are testing.
Exam Day Tips
- 1
AZ-204 retired on July 31, 2026 at 11:59 PM Central Standard Time, so there is no longer an exam day for it. The tips below describe how the exam ran and apply directly to other Microsoft associate exams including AI-200, the successor for the Azure developer role.
- 2
The name on your government-issued ID must exactly match the name on your Microsoft Certification profile. Microsoft does not accept legal name-change forms or ID renewal forms for online proctored exams, so fix any mismatch on the profile days before the appointment, not on the morning of it.
- 3
Check-in for an online exam opens 30 minutes before your appointment and closes 15 minutes after it. Microsoft says the launch and check-in process takes roughly 15 minutes, and you photograph your headshot, your ID and your room with a mobile phone before a greeter reviews all of it.
- 4
Clear your desk completely and put books, notepads, sticky notes, printed pages, pens, markers and whiteboards outside arm's reach. Unplug extra monitors and turn them away from you, and switch off any other computers in the room.
- 5
Water is allowed without an accommodation request but only in a transparent, spill-proof container. Eating, smoking and chewing gum are prohibited unless you have an approved accommodation.
- 6
Five minutes of break time is built into the exam clock, but the clock does not stop while you are on break, and once a break starts you cannot return to any question you have already seen, answered or marked for review. Answer and review everything before you select the break icon.
- 7
You cannot start a break in the middle of a lab or in the middle of a problem-and-solution question set, where the same scenario repeats with different proposed answers. You can break during a case study, but the no-going-back rule still applies.
- 8
Use the Microsoft Learn button in the left navigation to open learn.microsoft.com in a split-screen panel, and use Ctrl+F or Command+F to search within a page. Microsoft Q&A, practice assessments and your own profile are blocked, and so is every domain outside learn.microsoft.com.
- 9
If a form includes labs, your score takes about 30 minutes rather than appearing within minutes, and it lands in your Learn profile within 24 hours either way.
- 10
Microsoft's rules bar assistance from any AI tool as well as from another person, and Pearson VUE may use AI monitoring alongside the human proctor to flag irregularities in the session recording.
Career Paths & Salary Ranges
Azure application developer
Builds and ships line-of-business applications on App Service, Container Apps and Azure Functions, wires them to Cosmos DB or Azure SQL, and secures them with Microsoft Entra ID and Key Vault. This is the role the AZ-204 blueprint was written against, and the salary sits in the lower half of the $95k-$145k band this site uses for the credential.
$95k-$125k
Cloud backend engineer
Owns server-side services and the messaging fabric between them, which is the Event Grid, Event Hubs, Service Bus and Queue Storage material in the 20 to 25 percent integration skill area. Usually expected to write infrastructure as code alongside application code.
$110k-$140k
Azure integration developer
Specialises in API Management, event routing and connecting Azure services to third-party systems. The API Management policy objectives on AZ-204 map directly onto the day-to-day work, which includes rate limiting, JWT validation and request and response rewriting.
$105k-$140k
DevOps engineer with an Azure focus
Runs deployment pipelines, container registries, deployment slots and observability for Azure workloads. AZ-204 covers the deployment and Application Insights half of this role; the natural follow-on credential is AZ-400 for the Azure DevOps Engineer Expert certification.
$110k-$145k
Solutions architect track entry role
Developers who pass an associate exam commonly move toward architecture, where the AZ-305 exam and the Azure Solutions Architect Expert certification apply. Service selection questions on AZ-204, such as choosing between Container Instances and Container Apps, are the same reasoning architecture interviews probe.
$125k-$145k
Prerequisites & Requirements
- There were no mandatory prerequisites. Microsoft did not require another certification or exam before AZ-204.
- Microsoft's published candidate profile recommended at least two years of programming experience.
- Proficiency programming with Azure SDKs in a supported language, most commonly C# or Python.
- Proficiency using Azure CLI, Azure PowerShell and related tooling.
- Working familiarity with Azure data storage options, data connections, APIs, app authentication and authorization, compute and container deployment, and debugging.
- As of July 31, 2026 the exam is retired, so passing it is no longer possible regardless of preparation.
Frequently Asked Questions
Can I still take the AZ-204 exam?
No. Microsoft retired AZ-204 and the Azure Developer Associate certification on July 31, 2026 at 11:59 PM Central Standard Time. Microsoft's retirement page states plainly that retired exams can no longer be taken and that the associated certification can no longer be earned after the retirement date. Microsoft keeps a link to the exam detail page for reference for 12 months after retirement.
What replaced AZ-204?
Microsoft points the Azure developer role toward AI-200, which leads to the Microsoft Certified: Azure AI Cloud Developer Associate certification. AI-200 allows 120 minutes and covers developing containerised solutions on Azure, developing AI solutions using Azure data management services, connecting to and consuming Azure services, and securing, monitoring and troubleshooting Azure solutions. At the time Microsoft published the exam detail page it was offered in English only.
I already passed AZ-204. Do I lose the certification?
No, it stays on your transcript. Microsoft states that a certification already earned will remain on the transcript in your Microsoft Learn profile after retirement. What you lose is the ability to renew it, because the renewal assessment retired at the same time as the exam, so the credential will show as expired once its one-year validity runs out.
How much did the AZ-204 exam cost?
Microsoft never published a figure that can be quoted here. Its exam detail pages carry one line about price: it is based on the country or region in which the exam is proctored. The AZ-204 page has since retired, so even that page no longer resolves to a price. The amount charged at Pearson VUE checkout varied with local pricing, currency and tax, and a retake required paying it again.
What was the passing score?
700 on a scale of 1 to 1,000. Microsoft applies this to all of its technical exams and states explicitly that because it is a scaled score it may not equal 70 percent of the points available. The passing bar reflects the difficulty of the specific question set you received, so a harder form needs fewer raw points and an easier form needs more.
How many questions were on AZ-204?
Microsoft does not publish a question count for any individual exam. Its official guidance is that most Microsoft certification exams typically contain between 40 and 60 questions and that the number varies by exam and changes when the exam is updated. Any source quoting an exact AZ-204 question count is not citing Microsoft.
How long did the exam take?
No figure survives that can be attributed to Microsoft. The AZ-204 exam detail page retired along with the exam, and Microsoft's remaining published guidance is the table that allocates associate and expert role-based exams without labs 100 minutes of exam time and 120 minutes of seat time, and those that may contain labs 120 minutes of exam time and 140 minutes of seat time. Seat time covers the instructions, the Candidate Agreement and the post-exam comments as well as the questions. Microsoft does not list which exams contain labs, because labs can be removed at any time due to Azure outages or bandwidth problems.
What was the retake policy if I failed?
You had to wait 24 hours after a first failure before retaking, then 14 days between every subsequent attempt. You could not take the same exam more than five times in a 12-month period counted from your first attempt, and after five failures you became eligible again 12 months from the date of that first attempt. Each retake required paying the fee again.
Could the waiting period between retakes ever be waived?
Only for technical failure. Microsoft grants a waiver of the retake waiting period if you experienced internet connectivity issues or equipment failure during the exam and a Pearson VUE case was created, and the waiver request must include the Pearson VUE case number. Microsoft states that waivers will not be granted for any other reason.
How long did results take?
Most Microsoft exams return results within minutes of finishing, along with a report showing your numeric score, pass or fail status, and a bar chart of performance by skill area. Exams that include labs take about 30 minutes to score. Either way the result appears in your Microsoft Learn profile within 24 hours.
Does the score report tell me which questions I got wrong?
No. Microsoft does not share which specific questions were answered incorrectly and gives protecting exam integrity as the reason. You get one overall numeric score plus a bar chart showing relative strength across the five skill areas. Microsoft also warns that you cannot use the bar lengths to work out how many questions you answered correctly, because each section holds a different number of questions.
What ID was required for an online proctored exam?
A current government-issued ID whose name exactly matches the name on your Microsoft Certification profile. Pearson VUE publishes the acceptable document types on its Before test day page. Microsoft states that legal name-change forms, including ID renewal forms, are not accepted for online proctored exams, so an in-progress name change had to be resolved before booking.
What were the rules for taking the exam at home?
Your room had to be walled, have a closed door and be free from disruption, with nobody else present at any point. You unplugged extra monitors, cleared the desk, and kept books, notes, pens and phones out of arm's reach. You photographed your headshot, ID and room with a mobile phone for a greeter to review, and you could be asked to turn out pockets, roll up sleeves, lift a tie or pull back hair. Pearson VUE recorded video and audio throughout and may have used facial comparison technology; candidates who did not want either could book a test centre instead.
Were any reference materials or a calculator allowed?
No physical materials, notes or calculators were permitted, but AZ-204 allowed something more useful. Because it is an associate role-based exam, you could open learn.microsoft.com in a split-screen panel inside the exam and search within pages using Ctrl+F or Command+F. Microsoft Q&A, practice assessments and your own profile were blocked, every non-Learn domain was blocked, and no extra time was granted for using it.
How did breaks work?
You could take unscheduled breaks without arranging them in advance, and Microsoft built five minutes into the exam time by removing questions to pay for it. The exam clock kept running throughout, you could take as many breaks as you wanted, and no adjustment was made if you ran out of time while on break. Once a break started you could not return to any question you had already seen, and you could not break during a lab or inside a problem-and-solution question set.
What accommodations were available?
Microsoft offers accommodations including extra time, assistive devices and modifications to the exam experience, and they must be requested before scheduling rather than on the day. Assistive devices in particular need prior approval because the secure browser blocks all third-party applications during a live exam. Separately, if the exam was not available in your preferred language you could request an additional 30 minutes, which did not apply to the 10 languages AZ-204 was offered in.
How did AZ-204 compare with AZ-104?
AZ-204 tested writing code against Azure services and AZ-104 tests administering the platform. AZ-204 covered Functions bindings, Cosmos DB SDK operations, MSAL token flows and API Management policies, while AZ-104's five skill areas are identities and governance, storage, compute, virtual networking, and monitoring and maintenance. AZ-104 remains live and Microsoft still publishes its duration as 100 minutes, in the same ten languages AZ-204 was offered in.
How did certification renewal work while AZ-204 was live?
Microsoft associate, expert and specialty certifications expire annually and were renewed at no cost by passing an unproctored online assessment on Microsoft Learn. The renewal window opened six months before the expiry date, a Renew button appeared next to the certification in your Learn profile, and there was no limit on renewal assessment retakes, although you had to wait 24 hours between attempts after the second try. The AZ-204 renewal assessment retired alongside the exam.
Does Microsoft publish a pass rate for AZ-204?
No. Microsoft publishes no pass rate, attempt count or score distribution for any of its certification exams, and it does not release the raw number of points a candidate earned either. Any pass rate quoted for AZ-204, including the figure in this site's catalogue, comes from candidate-reported data rather than from Microsoft.
What does the score report actually tell you about a weak skill area?
Only relative strength. The report gives one numeric score for the whole exam, pass or fail status, and a bar chart across the five skill areas. Microsoft states that a short bar cannot be converted into a number of questions, and that scoring zero in a small area is possible precisely because that area carries few questions. Monitor and troubleshoot Azure solutions, at 5 to 10 percent, is the area where that happens on AZ-204.
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