Microsoft AZ-104: Certification Path
AZ-104 sits at the operational center of Microsoft’s Azure certification landscape. It is the exam for the Azure Administrator Associate credential, and its value comes from the breadth of responsibility it represents: identity, governance, storage, compute, networking, monitoring, and day-to-day control of Azure resources. That makes it both a destination for administrators and a foundation for people moving toward architecture, security, networking, or DevOps responsibilities.
The AZ-104 exam is not a general cloud-fundamentals test. Candidates are expected to understand how Azure resources are actually implemented and maintained. Microsoft’s current objectives emphasize managing identities and governance, storage, compute resources, virtual networking, and monitoring. In practice, those areas are the connective tissue of almost every Azure workload.
That breadth explains why AZ-104 appears in so many career discussions. It does not make someone a specialist in every Azure domain, but it gives enough operational depth to understand how specialized services live inside a controlled cloud environment.
Fundamentals-level knowledge can explain subscriptions, regions, storage, virtual machines, and identity at a high level. AZ-104 asks what happens after an organization actually depends on them. Who should have access? How are resources organized? How is configuration enforced? What happens when a VM fails? How do you monitor cost, health, and performance? How is a private network connected?
This is why the certification aligns naturally with system administrators, infrastructure engineers, cloud operations staff, and technologists moving from on-premises environments into Azure. Existing knowledge of servers, operating systems, virtualization, and networking is directly useful, but it has to be translated into Azure-native controls.
Identity is one example. Understanding Microsoft Entra ID is important because Azure administration is not only about deploying resources. Administrators also decide how people, groups, applications, and managed identities gain controlled access to them.
A candidate who can create a virtual machine but cannot control access or policy has only part of the administrator role. Azure environments grow quickly, and without governance they become inconsistent, difficult to audit, and expensive to maintain.
That is why AZ-104 includes role assignments, scopes, subscriptions, management groups, tags, resource locks, Azure Policy, and cost controls. The distinction between Azure Policy and Azure RBAC is especially important. RBAC determines who can perform actions; Policy evaluates and enforces resource configuration. Real Azure administration usually needs both.
The certification therefore provides a useful bridge into security and architecture. Governance decisions made by administrators become the baseline that security engineers harden and architects design around.
AZ-104 expects candidates to work with the resources most organizations depend on every day. Storage questions can involve access, redundancy, lifecycle, networking, and shared-access controls. Compute can include virtual machines, availability, scale, containers, and application services. Networking covers virtual networks, subnets, DNS, peering, routing, security groups, and connectivity.
For storage, understanding the basic design choices in Azure Storage helps because operational decisions are rarely isolated. A redundancy choice affects resilience. A firewall choice affects reachability. A shared access signature affects temporary access. Monitoring then shows whether the service is behaving as intended.
Networking is equally foundational. A small lab using virtual network peering teaches more than one objective: address planning, routing, connectivity, security boundaries, and troubleshooting. Those same skills later support Azure networking specialization and architecture work.
Deploying a resource is the beginning of its lifecycle, not the end. Administrators have to detect failures, evaluate performance, respond to alerts, control changes, and recover from incidents. AZ-104 therefore includes monitoring and backup rather than treating them as separate disciplines.
Practice with Azure Monitor alerts and action groups so that monitoring becomes a decision system rather than a dashboard exercise. Ask what signal matters, what threshold is actionable, who should be notified, and what automated response is safe.
Recovery deserves the same realism. The architecture behind Azure backup and recovery reminds administrators that resilience depends on recovery objectives, protected data, retention, access, and the ability to restore—not merely on having a checkbox labeled backup.
Automation is another reason AZ-104 travels well into advanced Azure work. Administrators are expected to be comfortable with the portal, Azure CLI, PowerShell, and infrastructure definitions such as ARM templates or Bicep. The exam does not turn an administrator into a DevOps engineer, but it does establish the habit that repeatable changes should be automated where practical. That becomes increasingly important as environments grow beyond a handful of manually managed resources.
Cost control also belongs to administration rather than being left only to finance teams. Budgets, alerts, tags, Advisor recommendations, and resource organization help administrators understand who is consuming services and where waste can occur. Candidates who practice cost awareness alongside technical configuration develop a more realistic picture of cloud operations: a design that works technically but cannot be governed financially is not complete.
One of the clearest places AZ-104 fits is the Azure Solutions Architect Expert path. Microsoft currently requires the Azure Administrator Associate certification as the prerequisite certification for Azure Solutions Architect Expert, with AZ-305 as the required expert exam. Candidates can technically sit AZ-305 before AZ-104, but the expert credential is not awarded until the administrator prerequisite is also satisfied.
That relationship makes sense. An architect designing identity, governance, storage, business continuity, and infrastructure should understand how those services are actually administered. The AZ-305 exam moves the emphasis from implementation to design, but good design depends on operational knowledge.
If architecture is your target, AZ-104 should not be treated as a hurdle to rush through. The stronger your administration skills, the easier it is to reason about architecture tradeoffs because you understand what the design will require from the teams operating it.
Azure administrators routinely touch network security groups, route tables, DNS, public and private connectivity, identity, and governance. Those topics create a natural launch point for deeper networking or security work.
Someone moving toward Azure networking can extend the same fundamentals into load balancing, hybrid connectivity, private access, routing strategy, and network architecture. The broader skills covered in AZ-700 networking become easier to absorb when virtual networks and resource administration are already familiar.
Security follows a similar pattern. Administrators are often the people implementing the role assignments, policy controls, storage restrictions, network settings, and monitoring that security architects and engineers specify. AZ-104 therefore gives security-minded candidates the platform fluency needed to understand where controls actually live.
There is no single certification that every AZ-104 holder should take next. The right direction depends on which part of the administrator role you want to deepen. Architecture points toward AZ-305. Networking points toward Azure networking. Security may point toward Microsoft security credentials. DevOps work may require a stronger automation, source-control, delivery, and infrastructure-as-code focus.
The important thing is to choose from the work, not the badge sequence. If you spend most of your time troubleshooting connectivity, design a networking progression. If you are translating requirements into platform decisions, architecture may fit better. If you manage access, policy, posture, and hardening, security is a more natural specialization.
AZ-104 is valuable precisely because it exposes candidates to all of these boundaries. It gives enough experience to make the next specialization an informed choice.
AZ-104 also develops cross-team communication. Administrators rarely work alone. They coordinate with security engineers on identity and hardening, developers on application hosting, network engineers on connectivity, data teams on storage, and architects on platform standards. The certification’s wide scope mirrors that reality. You do not need to own every adjacent domain, but you need enough fluency to recognize when a problem crosses into one.
For career planning, this is a useful signal. If you enjoy being the person who understands how the pieces fit together operationally, Azure administration may remain a strong long-term role. If you find yourself consistently drawn toward one boundary—networking, architecture, security, automation, or data—you now have enough context to specialize without losing sight of the platform as a whole.
The strongest way to prepare for AZ-104 is to build a small environment that touches the major administrative responsibilities together. Create a subscription structure or resource groups, deploy storage and compute, configure identity and RBAC, apply policy, build network connectivity, enable monitoring, and test backup or recovery. Then break something and troubleshoot it.
This integrated practice prevents a common certification problem: knowing each service separately but not knowing how they interact. A storage account may be inaccessible because of a network rule, a role assignment, or a private endpoint issue. A VM problem may involve compute, identity, networking, or monitoring. Azure administrators have to trace those boundaries.
That is ultimately where AZ-104 fits. It is the certification that converts Azure from a collection of services into an environment you are responsible for operating. Whether you stay in administration or move into architecture, networking, security, or DevOps, that operational baseline remains useful because every advanced design eventually has to be implemented, governed, monitored, and maintained.