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- AWS Certified Advanced Networking - Specialty ANS-C01
- AWS Certified AI Practitioner AIF-C01
- AWS Certified Cloud Practitioner CLF-C02
- AWS Certified CloudOps Engineer - Associate SOA-C03
- AWS Certified Data Engineer - Associate DEA-C01
- AWS Certified Developer - Associate DVA-C02
- AWS Certified DevOps Engineer - Professional DOP-C02
- AWS Certified Generative AI Developer - Professional AIP-C01
- AWS Certified Machine Learning - Specialty - AWS Certified Machine Learning - Specialty (MLS-C01)
- AWS Certified Machine Learning Engineer - Associate MLA-C01
- AWS Certified Security - Specialty SCS-C02
- AWS Certified Security - Specialty SCS-C03
- AWS Certified Solutions Architect - Associate SAA-C03
- AWS Certified Solutions Architect - Professional SAP-C02
- AWS Certified SysOps Administrator - Associate - AWS Certified SysOps Administrator - Associate (SOA-C02)
- AWS-SysOps - AWS Certified SysOps Administrator (SOA-C01)
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Amazon Certification Practice Test Questions, Amazon Exam Practice Test Questions
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Amazon AWS Certifications: Current Paths, Exam Transitions, and Core Cloud Skills
Amazon Web Services has one of the broadest certification ecosystems in enterprise technology, so candidates need more than a list of exam codes. The certifications span cloud fundamentals, architecture, development, operations, data engineering, machine learning, security, networking, DevOps, and generative AI. In September 2026 the portfolio is also moving through several important exam transitions. Candidates should understand both the current role-based paths and the legacy exams that still appear , then connect those credentials to the AWS services and architecture concepts they are meant to validate.
Start with the role, not the badge count
AWS certification works best when it follows the responsibilities a candidate is building. Someone new to cloud may begin with the AWS Certified Cloud Practitioner family and its current CLF-C02 exam. The purpose is not to turn a beginner into an architect. It is to establish cloud vocabulary, shared-responsibility thinking, service categories, billing awareness, security basics, and the ability to recognize common AWS use cases.
AWS has also added an AI-focused foundational route. AIF-C01 AWS Certified AI Practitioner addresses AI and generative-AI concepts from the perspective of people who need to understand use cases, responsible application, and AWS AI services without necessarily implementing advanced machine-learning systems. The two foundational credentials can complement each other, but candidates should choose them because the knowledge supports their work, not because foundational exams must be collected before every other AWS certification.
Solutions architecture is the broadest associate design path
The AWS Certified Solutions Architect – Associate path and SAA-C03 exam remain central because they require candidates to connect networking, compute, storage, databases, identity, resilience, and cost. A solutions architect is expected to understand why one design fits a requirement better than another rather than merely identify services from their descriptions.
Networking is a good example. Amazon VPC defines isolation, subnets, routing, and connectivity boundaries, while broader AWS networking tools address how workloads reach users, other VPCs, on-premises systems, and managed services. Architecture questions often combine these controls with availability, security, and cost requirements, so studying them in isolation is not enough.
Storage, databases, and data movement are architecture decisions
Storage design starts with access patterns. EBS, S3, and EFS solve different problems: block storage for instances, object storage for highly durable scalable data, and shared file storage for workloads that need a file-system interface. Object storage also connects naturally to event-driven design, static content, analytics, backup, and archival policies. The correct choice depends on how applications read, write, share, retain, and recover data.
Managed databases require similar tradeoffs. Understanding Amazon RDS means understanding what AWS operates for the customer and what the customer still designs: schema, access, performance, scaling choices, backup policy, high availability, and application behavior. Data engineering adds ingestion, transformation, cataloging, quality, and lifecycle concerns, which is why the current DEA-C01 Data Engineer – Associate exam belongs to a distinct role rather than being treated as a minor extension of solutions architecture.
Developer certification is about building and operating applications on AWS
The AWS Certified Developer – Associate path validates application development, deployment, troubleshooting, and use of AWS services from code. As of September 26, 2026, DVA-C02 is still the current exam, but AWS has announced the move to DVA-C03 later in 2026. That makes version awareness essential for candidates scheduling near the transition.
Event-driven patterns are a recurring developer theme. AWS Lambda with DynamoDB Streams shows how a state change can trigger processing without a continuously running server. Messaging introduces another design choice: SNS and SQS serve different pub/sub and queueing needs. The developer needs to reason about retries, idempotency, ordering, failure handling, concurrency, and observability, not simply know which API creates a resource.
Cloud operations has moved beyond the old SysOps name
Historical certification material includes the AWS Certified SysOps Administrator – Associate certification family because it was a major AWS operations credential. AWS has since renamed and refreshed the role as CloudOps Engineer – Associate, represented by SOA-C03. Candidates searching the older SysOps terminology should therefore understand it as the predecessor to the current operations path.
Operations work centers on visibility and controlled change. Metrics and logs need to reveal what the system is doing, alerts need to identify actionable conditions, and runbooks need to turn incidents into repeatable responses. A practical example is connecting CloudWatch Logs and Lambda to operational notifications. The specific integration is less important than the principle: telemetry should flow into a response process that helps the team diagnose and restore service.
DevOps Professional integrates delivery, automation, and operations
The AWS DevOps Engineer – Professional certification and DOP-C02 exam assume that candidates can join software delivery with operational discipline. Continuous integration and deployment, infrastructure automation, monitoring, incident response, policy, and resilient release strategies all become parts of one system.
Infrastructure should be reproducible rather than configured manually. Comparing Elastic Beanstalk and CloudFormation highlights different levels of abstraction, while the broader idea of infrastructure as code explains why configuration belongs in controlled, reviewable definitions. Mature teams combine that approach with automated testing, deployment safeguards, rollback plans, and observability so that speed does not come at the expense of stability.
Professional architecture is about complex constraints
The AWS Certified Solutions Architect – Professional path and SAP-C02 exam operate at a different level from SAA-C03. Candidates are expected to design across organizations, accounts, networks, migration programs, business continuity requirements, governance models, and cost constraints. The challenge is not knowing more service names; it is selecting patterns that remain manageable at scale.
Migration scenarios make those tradeoffs concrete. AWS Application Migration Service can help move server workloads, but an enterprise migration also needs dependency discovery, wave planning, identity design, networking, validation, rollback, modernization decisions, and an operating model for the environment after cutover. Professional architecture questions reward candidates who can separate a migration tool from the larger transformation program.
Security Specialty now centers on SCS-C03
AWS has refreshed its security specialty. The current SCS-C03 AWS Certified Security – Specialty exam covers detection, incident response, infrastructure security, identity and access management, data protection, and security governance. The earlier SCS-C02 version should be treated as a predecessor rather than the current exam.
Security concepts cut across the rest of AWS. The distinction between encryption and secret handling is clearer when candidates study AWS KMS and Secrets Manager. Network defenses include controls such as AWS Shield. Identity decisions determine which principals can reach which resources, while logging and monitoring determine whether suspicious behavior can be detected and investigated. Security is an architectural property, not a product added at the end.
Advanced Networking is current but approaching retirement
The ANS-C01 Advanced Networking – Specialty exam remains relevant in September 2026, but AWS has announced its retirement at the end of 2026. Candidates already invested in the path should verify scheduling and retirement details directly with AWS. New candidates should consider whether the credential timeline matches their goals rather than assuming every historical AWS specialty remains indefinitely available.
The knowledge itself remains valuable. Hybrid connectivity, routing, DNS, segmentation, load balancing, global delivery, network security, and troubleshooting are fundamental to large AWS environments. Route 53 connects DNS design to resilient endpoints, while S3, CloudFront, and Route 53 illustrate how storage, content delivery, and DNS can be composed into a global web architecture.
Machine learning is moving from an old specialty to role-based paths
Past exam generations include AWS Certified Machine Learning – Specialty, but AWS retired that specialty in March 2026. It is now a legacy certification. The active role-based direction is represented by MLA-C01 Machine Learning Engineer – Associate, although AWS is already moving that exam family through its own update cycle. Candidates should check the live AWS exam page before scheduling.
The role focuses on turning models into reliable systems: preparing data, selecting and training approaches, deploying models, monitoring them, and integrating machine-learning components into applications. That is different from a data-science-only view of model quality. Production ML also involves cost, latency, permissions, versioning, observability, reproducibility, and the ability to respond when data or behavior changes.
Generative AI now reaches the professional level
AWS has expanded beyond foundational AI awareness into advanced generative-AI engineering. The AIP-C01 Generative AI Developer – Professional exam covers production concerns around model selection, retrieval, prompting, agents, evaluation, security, monitoring, and application integration. This is a developer and architecture credential, not simply a test of generative-AI vocabulary.
Candidates should understand how generative AI changes application design. Retrieval-augmented systems need a data pipeline, chunking and indexing strategy, access control, evaluation, and freshness controls. Agentic systems need clear tool permissions, failure boundaries, observability, and safeguards against inappropriate actions. Background material on generative AI and foundation models is useful context, but professional competence comes from connecting those concepts to secure, observable production systems.
Containers and serverless are architecture choices, not competing religions
AWS workloads can run on virtual machines, containers, managed platforms, or serverless services. Teams should select based on control, scaling, portability, latency, operational effort, and workload behavior. The comparison between Amazon ECS and EKS demonstrates that even within containers, the right orchestration model depends on how much Kubernetes portability and control the organization actually needs.
Serverless patterns can reduce infrastructure administration for event-driven workloads, but they still require engineering discipline. Timeouts, concurrency, dependencies, observability, data consistency, cold-start behavior, and cost at scale all matter. The point of AWS certification is not to declare one compute model superior. It is to recognize the operational characteristics and choose a design that satisfies the requirement.
Architecture decisions interact. Multi-region resilience can improve continuity but increase cost and operational complexity. Aggressive caching can lower latency and origin load but introduce invalidation challenges. Stronger isolation can reduce blast radius while increasing account and network management. Managed services can reduce operations work but may carry different pricing and portability characteristics. Exam scenarios frequently test these tensions because real cloud architecture is a negotiation among objectives.
Candidates should therefore practice with requirements rather than service lists. Define availability and recovery targets, traffic patterns, data sensitivity, compliance constraints, team skills, change frequency, and budget. Then evaluate options. This method turns certification study into architecture practice and makes it easier to reason about AWS services that were not explicitly covered in a study guide.
AWS has enough certification history that current and legacy exams often appear side by side. Current exams such as CLF-C02, SAA-C03, SOA-C03, DEA-C01, DOP-C02, SCS-C03, and AIP-C01 should be distinguished clearly from predecessor or retiring material such as SCS-C02 and Machine Learning – Specialty. The existence of an older study page does not make that credential current.
The practical rule for 2026 is to verify the live AWS certification page before scheduling, especially for exam families already in transition. AWS is broad enough that architecture, security, operations, development, data, AI, and networking naturally connect, but each relationship should be explained because it helps the reader understand the platform rather than merely because an older exam code appears in historical study material.
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