This comparison has an older title because AWS renamed the Certified SysOps Administrator – Associate credential to AWS Certified CloudOps Engineer – Associate in 2025. The current AWS exam is SOA-C03; the former SysOps SOA-C02 assessment ended September 29, 2025. On the Azure side, AZ-104 still assesses the work of an Azure Administrator Associate. Both paths address deploying, monitoring and operating workloads, but candidates must compare the current AWS CloudOps objectives with AZ-104 rather than treat a past SysOps outline as an active testing contract.
Choosing between these certifications, or deciding which to pursue first if you plan to eventually hold both, requires more than comparing exam difficulty or salary data. It requires an honest assessment of where your current experience lies, which cloud platform your current or target employer uses, and what kind of administrative work you want to spend your career doing. The Azure Administrator certification reflects Microsoft’s enterprise-oriented approach to cloud governance and identity integration. The AWS CloudOps Engineer certification reflects Amazon’s operations-focused philosophy with an emphasis on monitoring, automation, and cost optimization. Both are legitimate and valuable credentials, and the comparison between them reveals as much about the two cloud platforms as it does about the certifications themselves.
The Platforms Behind the Certifications
Microsoft Azure and Amazon Web Services represent the two largest cloud platforms in the world by revenue and market presence, and the administrative experience of working on each platform is shaped by fundamental architectural differences between them. Azure was built with deep integration into Microsoft’s existing enterprise software ecosystem, including Active Directory, Windows Server, and the broader Microsoft 365 environment. Organizations that already run significant Microsoft workloads on-premises tend to extend naturally into Azure because the identity model, the tooling, and the administrative interfaces share common concepts and sometimes direct integration with what they already use.
AWS launched earlier and established many of the foundational concepts that the cloud computing industry now takes for granted. Its service catalog is broader in absolute terms, and its administration model tends to be more granular and configuration-intensive than Azure’s. AWS administrators often work with more low-level infrastructure details even for managed services, while Azure tends to abstract more of the underlying infrastructure behind portal-based management experiences. Neither approach is inherently superior, but the day-to-day experience of administering each platform feels distinctly different, and that difference is reflected in what each certification tests and how candidates prepare for it.
Exam Structure and Format Differences
Microsoft’s current Azure Administrator certification page allocates 100 minutes for the AZ-104 assessment and notes that interactive components may appear. The formats and exact number of items can vary, so do not plan around a fixed forty-to-sixty question count or a presumed two-hour testing window. The important preparation task is to apply identity, storage, compute, network, monitoring and recovery skills to constrained scenarios. On the AWS side, the current AWS Certified CloudOps Engineer – Associate (SOA-C03) focuses on operational reasoning using selected-response questions, not on a scored hands-on exam lab. Check each issuer’s current exam guide and accommodations guidance when booking.
AWS’s current CloudOps Engineer – Associate (SOA-C03) exam is organized around scenario-driven multiple-choice and multiple-response questions. It does not include a scored hands-on exam-lab component. Unlike the former SysOps-era descriptions that sometimes still circulate, the present assessment emphasizes operational judgment about monitoring, remediation, availability, security, networking and automated deployments. Candidates should check AWS’s official exam guide for current question formats and timing, and should still practice using a real AWS sandbox because configuration experience helps with scenario reasoning even when no live task is scored during the exam.
Core Technical Domains Each Certification Covers
Microsoft’s AZ-104 skills outline effective April 17, 2026 covers five weighted groups: identity and governance (20–25%), storage (15–20%), compute (20–25%), virtual networking (15–20%), and monitoring and maintenance (10–15%). The identity and governance area uses Microsoft Entra ID for directory administration and Azure RBAC to control access to resources, along with policies, resource locks and management groups. AWS CloudOps Engineer – Associate also involves IAM, operations, networking and reliability, but the current SOA-C03 objective structure is different. Candidates should compare the actual issuer task lists rather than treating the two credentials as equivalent.
The AWS CloudOps Engineer – Associate exam covers deployment, provisioning, and automation, security and compliance, networking and content delivery, storage and data management, monitoring and reporting, and high availability and elasticity. The operational emphasis is evident in how prominently monitoring, automation, and availability features in the domain structure. AWS administrators are expected to demonstrate deep familiarity with CloudWatch for monitoring, AWS Config for compliance tracking, and automation tools like AWS Systems Manager. The domains reflect an operational philosophy that places significant value on the ability to observe system behavior, respond to events, and automate responses to reduce manual intervention.
Identity and Access Management Depth Required
Microsoft Azure administration requires familiarity with Microsoft Entra ID identities, groups, and tenant properties, and with Azure RBAC assignments for authorizing resources at a defined scope. Microsoft Entra directory roles do not automatically grant the same permissions as Azure resource roles. When comparing cloud operations paths, distinguish these mechanisms from AWS IAM policies, roles, permission boundaries and resource access controls; neither system is fully explained by a single identity service label. For AZ-104, verify the current Microsoft skills guide before assuming that advanced hybrid identity or every authentication policy belongs in the measured scope.
AWS identity and access management through IAM is equally foundational to AWS administration, and the CloudOps exam tests it extensively. AWS IAM involves users, groups, roles, and policies in a model that is conceptually similar to but operationally distinct from Azure’s approach. The CloudOps exam expects candidates to understand policy evaluation logic, cross-account access patterns, service control policies in AWS Organizations, and the practical application of least privilege principles across complex multi-account environments. Both certifications demand genuine IAM competence, but the specific concepts and tooling involved are different enough that experience with one platform’s identity model does not fully transfer to the other without deliberate study.
Networking Knowledge Requirements Compared
Networking is tested seriously in both certifications, and the specific networking concepts each exam covers reflect the architectural differences between the two platforms. The AZ-104 expects candidates to understand Azure virtual networks, network security groups, application security groups, Azure Load Balancer, Azure Application Gateway, VPN Gateway, ExpressRoute, and Azure DNS. The networking model in Azure uses a resource group structure where network components are managed as discrete Azure resources subject to the same role-based access control and policy framework as other resource types.
AWS networking for the CloudOps exam covers VPC design and management, subnet configuration, route tables, security groups and network ACLs, Elastic Load Balancing, CloudFront, Route 53, Direct Connect, and VPN connectivity. AWS networking tends to involve more explicit configuration of routing and connectivity components than Azure, and the CloudOps exam reflects this by testing practical understanding of how traffic flows through AWS network constructs. Candidates who have worked extensively with one platform’s networking model will find genuine conceptual overlap with the other but will also encounter terminology differences, behavioral differences, and configuration approaches that require specific preparation rather than assumption of equivalence.
Monitoring and Operations Emphasis in Each Exam
The operational monitoring capabilities of each platform are tested significantly differently between the two certifications. The AZ-104 covers Azure Monitor, Log Analytics, Azure Alerts, and Azure Backup as components of the monitoring and backup domain. Candidates are expected to understand how to configure diagnostic settings, create alert rules based on metric thresholds or log query results, set up action groups that define what happens when an alert fires, and configure backup policies for virtual machines and other resource types.
The AWS CloudOps Engineer exam places considerably more weight on monitoring and operational response than the AZ-104 does proportionally. CloudWatch Metrics, CloudWatch Logs, CloudWatch Alarms, CloudWatch Events and EventBridge, AWS Config rules, AWS Systems Manager, and AWS Trusted Advisor are all within scope and tested in operational scenarios. The emphasis on automation in response to monitoring events is particularly strong in the CloudOps exam, reflecting AWS’s philosophy that well-operated cloud infrastructure should respond to operational events programmatically rather than requiring manual intervention. This makes the SysOps certification more explicitly operationally focused than the AZ-104, which balances operational topics alongside provisioning and identity management across its domain structure.
Why the Current AWS CloudOps Exam Has No Scored Labs
Some legacy comparison guides describe practical exam labs as a defining feature of AWS SysOps. That is obsolete for candidates planning the 2026 CloudOps Engineer – Associate examination: AWS suspended the old lab items in 2023, and the current SOA-C03 exam uses selected-response formats. Do not schedule preparation around earning points from an interactive lab. Hands-on training remains professionally essential, however, because the ability to troubleshoot CloudWatch alerts, IAM boundaries, routing and deployment failures provides the knowledge needed to interpret realistic questions and to do the job after certification.
A strong operations lab should still be included in preparation. Deploy an application in a sandbox account, create alarms and logs, rehearse instance or container recovery, implement least-privilege access and use infrastructure as code for repeatability. This produces operational evidence even though the current exam does not test console tasks directly. Save the logs, configuration changes, detected failure conditions and recovery results for later review. Pair these exercises with current AWS CloudOps practice questions so the operational reasoning is aligned to the active exam blueprint.
Salary and Compensation Data for Each Role
Cloud operations roles vary widely by geography, employer, seniority and responsibilities, so an exam code alone does not support a reliable salary comparison. When assessing openings, identify which services the person is expected to operate, how much incident response and on-call ownership the role involves, whether IaC and scripting are required, and whether the employer runs one or multiple cloud platforms. A candidate with production Azure expertise may find AZ-104 immediately relevant; an AWS operator should compare AWS CloudOps roles and the current SOA-C03 blueprint. Use actual role descriptions and regional compensation data rather than an unsupported universal pay range.
Both Azure Administrator and AWS CloudOps Engineer credentials can strengthen an operations-focused résumé, but there is no defensible universal salary premium for one platform. Compensation depends on location, scope of responsibility, production experience, industry, and employer technology choices. AWS CloudOps SOA-C03 does not include scored practical exam labs, so an old lab component should never be cited as evidence of a current credential’s rigor or salary value. Compare local job descriptions and practice operating the platform used by the employer instead of treating survey averages as a prediction of personal earnings.
Career Pathways Each Certification Supports
The AZ-104 Azure Administrator certification sits within a broader Microsoft certification architecture that provides natural progression pathways toward more specialized credentials. Azure administrators who want to deepen their expertise can pursue the AZ-305 Azure Solutions Architect Expert, the AZ-500 Azure Security Engineer Associate, the AZ-700 Azure Network Engineer Associate, or various other specialist certifications. This ecosystem of related credentials allows Azure administrators to develop specializations that align with organizational needs and personal career interests while building on the foundation the AZ-104 establishes.
The AWS CloudOps Engineer – Associate similarly connects to a broader AWS certification structure that includes pathways toward the AWS Solutions Architect Professional, the AWS DevOps Engineer Professional, and various specialty certifications in areas like security, database, machine learning, and networking. The DevOps Engineer Professional is a particularly natural next step for CloudOps certified professionals because it builds directly on the operational and automation knowledge the CloudOps exam develops, extending it into continuous integration, deployment pipeline management, and infrastructure as code. Both certification ecosystems support meaningful career development, and the choice between them should factor in which ecosystem aligns better with the platforms your career will engage with most.
Which Certification Suits Different Professional Backgrounds
Professionals coming from Windows Server administration, Active Directory management, or Microsoft 365 administration backgrounds will find the AZ-104 a more natural starting point because the concepts and tooling have significant overlap with their existing knowledge. The identity model, the administrative interfaces, and the organizational concepts in Azure connect directly to on-premises Microsoft infrastructure experience in ways that reduce the learning curve compared to AWS for these candidates. The hybrid connectivity aspects of Azure administration, including Azure AD Connect and Azure Arc, are particularly relevant for administrators managing environments that span on-premises and cloud infrastructure.
Professionals coming from Linux system administration, networking engineering, or development operations backgrounds may find AWS and the CloudOps Engineer certification a more natural fit for their existing mental models. The AWS command line interface and the API-driven nature of AWS service configuration aligns well with the scripting and automation mindset common in Linux administration and DevOps roles. The CloudOps exam’s emphasis on automation, monitoring, and operational response also connects well with the operational philosophy that characterizes strong Linux and DevOps practitioners. Neither mapping is absolute, and many professionals successfully pursue the certification that targets their career destination rather than their professional origin, but understanding these alignments helps set realistic preparation expectations.
Difficulty Comparison Based on Candidate Feedback
The current AZ-104 and AWS CloudOps Engineer – Associate SOA-C03 examinations test different provider ecosystems and emphasize different operational scenarios. Both are selected-response assessments, not a contrast between one written test and a live scored lab. AWS now includes additional modern operations topics such as container workloads and multi-account automation. Choose the path that matches the platform used in the target role, review the official skills measured and simulate production-like incidents. Difficulty depends heavily on a candidate’s experience, so a universal ranking of the two exams is not a useful preparation plan.
Pass rates for both exams are not publicly disclosed by their respective certification bodies, which makes objective difficulty comparison impossible based on that metric. What is consistently reported by candidates who have sat for both is that preparation approaches transfer only partially between the two exams because the platforms themselves are different enough that exam-specific preparation is necessary regardless of experience with the other platform. Candidates who attempt either exam based primarily on familiarity with the other platform’s equivalent content typically find that assumption insufficient, and that platform-specific preparation is necessary to perform reliably across all exam domains.
Conclusion
The decision between pursuing the AZ-104 and the AWS CloudOps Engineer – Associate should ultimately be grounded in where you work or where you want to work rather than abstract comparisons of credential prestige or salary averages. If your current employer runs primarily on Azure, the AZ-104 will formalize and validate knowledge that is directly applicable to your daily responsibilities, making you more effective immediately and more credible to your organization. If your target employers are predominantly AWS shops, or if you are in a market where AWS demand is higher, the SysOps certification will generate more direct career return on the time you invest in preparation.
For professionals genuinely uncertain about which platform will dominate their career, beginning with whichever platform’s foundational certification, the AZ-900 for Azure or the AWS Cloud Practitioner for AWS, before committing to either associate-level exam provides a lower-stakes introduction to each platform’s concepts and tooling. This approach requires additional time before reaching the associate credential but reduces the risk of investing heavily in preparation for a platform that turns out to be a poor fit for your working style or career environment. Both the Azure Administrator and the AWS CloudOps Engineer certifications are genuinely valuable credentials that signal real technical competence to employers who understand what each exam demands. The professionals who benefit most from either certification are those who pursued it with a clear sense of purpose, prepared with genuine hands-on engagement, and applied the knowledge in real environments where the skills could compound over time into the kind of deep operational expertise that no exam can fully capture but that both certifications are designed to point toward.
