AWS Certified SAP on AWS - Specialty (PAS-C01): Retired Certification and Skills Guide

AWS Certified SAP on AWS - Specialty was AWS's specialist credential for professionals designing, implementing, migrating, operating, and maintaining SAP workloads on AWS. The PAS-C01 exam was retired on April 30, 2024, so the ExamSnap SAP on AWS Specialty should now be treated as a historical and transition resource rather than as an active exam-registration page.

The underlying skills have not become obsolete. SAP landscapes still require careful decisions around compute sizing, storage, networking, HANA, high availability, disaster recovery, migration, identity, encryption, monitoring, backup, automation, and cost. What changed is AWS's certification portfolio: the specialty exam disappeared while SAP-on-AWS training and role-based cloud certifications continued.

Retirement Status and What It Means. The last day of the certification was April 30, 2024. Candidates can no longer schedule PAS-C01 and there is no replacement PAS exam. Anyone who earned the credential before retirement keeps an active badge for the normal three-year validity period from the date earned. AWS states that retired certifications cannot be recertified after the exam is withdrawn.

That distinction matters for old study pages. Archived questions and guides can still teach architecture, migration, and operations, but they should not be presented as a route to a currently available AWS credential.

Historical PAS-C01 Exam Facts

• Exam code: PAS-C01.

• Status: retired April 30, 2024.

• Historical level: Specialty.

• Historical duration: 170 minutes.

• Historical format: 65 multiple-choice and multiple-response questions.

• Historical fee: USD 300.

• Historical passing score: 750 on the AWS 100-1,000 scaled-score model.

• Credential validity for people who passed before retirement: three years from date earned.

What PAS-C01 Validated

PAS-C01 targeted people who could connect SAP architecture with AWS architecture. That required more than knowing either platform in isolation. Candidates had to reason about SAP application tiers, HANA and supported databases, sizing, latency, network connectivity, AWS Regions and Availability Zones, backup and recovery, migration methods, and the operational expectations of business-critical SAP systems.

If you are comparing adjacent credentials, explore SAP for related options.

The exam was particularly relevant to SAP Basis administrators, cloud architects, migration specialists, and consultants who worked across on-premises and AWS environments.

Historical Domain Weighting.

• Design of SAP Workloads on AWS - 30%.

• Implementation of SAP Workloads on AWS - 24%.

• Migration of SAP Workloads to AWS - 26%.

• Operation and Maintenance of SAP Workloads on AWS - 20%.

Design of SAP Workloads on AWS: The Skills Still Matter. The historical design domain remains a useful skill map. Architects need to choose account and VPC structures, connectivity, Regions and Availability Zones, EC2 instance families, storage, security boundaries, encryption, identity, backup strategies, and high-availability patterns that match SAP support requirements.

SAP HANA workloads make sizing and storage behavior especially important. A design that is acceptable for a stateless web tier may be unsuitable for a memory-intensive database with strict recovery objectives. Current practitioners should continue to validate instance, storage, operating-system, database, and SAP support combinations against live vendor documentation.

Implementation: Turn the Architecture Into a Supported Landscape

Implementation covers the practical transition from diagram to running system: network setup, security configuration, instance deployment, storage configuration, SAP installation, automation, monitoring, and validation. Infrastructure as code can improve repeatability, but SAP-specific requirements still need deliberate verification.

A useful implementation lab is to build a simplified multi-tier environment with controlled network paths, encryption, backups, monitoring, and documented recovery steps. The goal is not to recreate a production SAP estate but to practice the cross-platform decisions the specialty exam originally tested.

Migration: Plan the Path, Not Just the Cutover. SAP migration work includes inventory and dependency discovery, connectivity preparation, data-transfer method selection, downtime planning, system-copy choices, database migration, test cycles, rollback planning, and cutover validation. Migration strategies differ substantially depending on source platform, target database, data volume, business downtime tolerance, and whether modernization is part of the project.

Treat migration as a program with rehearsal rather than a one-time copy operation. Measure transfer rates, rehearse runbooks, validate backup and rollback, confirm application dependencies, and include business owners in acceptance criteria.

Operations and Maintenance: Reliability After Go-Live

Operations includes monitoring, patching, backup, restore testing, high availability, disaster recovery, performance analysis, security, capacity planning, system refreshes, and cost governance. For SAP, application and database signals must be correlated with AWS infrastructure metrics rather than monitored in separate silos.

Create operational runbooks for instance failure, storage pressure, backup failure, network disruption, HANA replication issues, credential problems, and Region-level recovery. The technical value of PAS-C01 lives on in these operational habits even though the exam does not.

How to Use Archived PAS-C01 Practice Material Safely. Use old PAS-C01 material to identify architecture and operations gaps, not to predict a current exam. Before trusting a service-specific answer, check whether the AWS service, SAP support matrix, feature name, or recommended migration tool has changed since the material was created.

A good review process labels each question as durable principle, potentially outdated service detail, or retired exam logistics. Durable principles include network design, least privilege, HA/DR reasoning, migration rehearsal, monitoring, and cost-awareness.

Current Learning Options After PAS-C01 Retirement. AWS continues to provide SAP-on-AWS technical training even though the specialty certification is gone. For formal AWS certification, choose the credential that matches the role you perform. Architects commonly build around AWS Certified Solutions Architect - Associate and, with sufficient experience, AWS Certified Solutions Architect - Professional.

Operations-focused professionals can consider AWS Certified CloudOps Engineer - Associate; data, security, and developer paths may be more appropriate for other responsibilities. Amazon AWS provides the broader ExamSnap structure.

A Practical SAP-on-AWS Skills Workflow.

• Inventory a representative SAP landscape and document application, database, network, identity, and recovery dependencies.

• Design an AWS account, VPC, connectivity, security, compute, and storage architecture for the workload.

• Validate SAP and AWS support constraints instead of assuming any EC2 or storage combination is acceptable.

• Create a migration plan with rehearsal, cutover, rollback, and data-validation steps.

• Implement monitoring across AWS infrastructure and SAP/HANA layers.

• Define backup, restore, high-availability, and disaster-recovery procedures with explicit RTO/RPO targets.

• Review automation and cost controls after reliability requirements are satisfied.

For a deeper treatment of this area, see the AWS solutions architect SAP rto rpo guide.

Common Mistakes When Reusing PAS-C01 Material.

• Presenting PAS-C01 as an exam that can still be scheduled.

• Assuming a retired practice answer remains current without checking AWS and SAP documentation.

• Studying AWS architecture without understanding SAP workload support and operational constraints.

• Treating migration as only a data-transfer problem.

• Designing high availability without testing restoration and disaster-recovery procedures.

• Choosing a new certification based only on title similarity instead of current job responsibilities.

If You Already Hold the Certification. An existing AWS Certified SAP on AWS - Specialty credential remains valid until its normal three-year expiration date. Keep the badge and credential history as evidence of the achievement, but plan future AWS certification around active credentials because AWS no longer offers PAS-C01 recertification. Continue developing SAP-on-AWS skills through current documentation, training, and project work.

High Availability and Disaster Recovery for SAP Workloads. SAP landscapes often have components with very different recovery behavior. Application servers can usually be recreated more easily than stateful databases, while SAP HANA requires deliberate replication, storage, backup, and failover design. Build recovery plans around business RTO and RPO rather than copying a generic multi-AZ diagram.

Test the sequence of recovery. Identity, DNS, network connectivity, storage, database state, application services, interfaces, and batch processes may all need validation before the business system is usable. A disaster-recovery design is incomplete until the organization has rehearsed how it will declare an event, restore or fail over, validate data, and return to normal operations.

Security, Compliance, and Change Control in SAP on AWS

SAP environments often contain financially or operationally sensitive data, so security architecture must span both AWS and SAP controls. Use least-privilege IAM, segmented networks, encryption, controlled administrative access, centralized logging, patch governance, and clear separation of duties. Map technical controls to the organization's audit and compliance requirements.

Change management is equally important. Infrastructure changes, SAP transports, database maintenance, operating-system patches, and AWS service changes can interact. Mature operations coordinate these layers and maintain a rollback path rather than treating cloud infrastructure as independent of the SAP application lifecycle.

Performance and Cost: Size for SAP Behavior, Then Measure

SAP workload sizing should be driven by supported configurations and observed workload behavior. CPU, memory, storage throughput, IOPS, network latency, and database growth all matter. HANA's memory profile makes generic rightsizing advice especially risky; review SAP sizing outputs and AWS support documentation for current instance options.

After requirements are satisfied, optimize waste through scheduling, storage lifecycle, reserved capacity or commitment options where appropriate, tagging, and environment governance. Non-production SAP landscapes often provide meaningful optimization opportunities, but cost actions should not undermine test fidelity, recovery capability, or supportability.

A Current Role-Based Replacement Strategy. There is no direct current AWS certification that reproduces PAS-C01's SAP-specific scope. Map the work you actually do to active credentials. An architect may use Solutions Architect Associate or Professional as the AWS foundation and maintain SAP specialization through project experience and current SAP/AWS training. An operations engineer may find CloudOps more relevant; a migration specialist may benefit most from architecture plus hands-on migration tooling.

This role-based approach is more useful than choosing a credential solely because it sounds closest to the retired title. Keep SAP-specific expertise visible through project outcomes, training, and technical documentation even when the formal certification portfolio changes.

Readiness for Real SAP-on-AWS Work. A useful self-test is whether you can take an existing SAP landscape and produce a defensible target design, migration plan, operating model, and recovery strategy. You should be able to explain dependencies to both SAP specialists and cloud teams, identify assumptions that need vendor validation, and distinguish a cloud best practice from an SAP support requirement.

That capability is the lasting value represented by PAS-C01. The credential retired; the cross-domain engineering work did not.

Connectivity and Network Design for SAP Landscapes

SAP landscapes frequently span corporate networks, third-party systems, users, identity services, and multiple application tiers. Design connectivity with latency, bandwidth, routing, DNS, security inspection, and failure behavior in mind. Direct Connect, VPN, VPC routing, Transit Gateway patterns, security groups, and network ACLs may all be relevant, but the correct choice depends on the organization's topology and availability requirements.

Document flows explicitly: SAP GUI or front-end traffic, application-to-database traffic, interfaces to other systems, administration, backup, monitoring, and replication. A migration can succeed technically yet fail operationally if a forgotten interface or DNS dependency is not included in the target design.

Automation and Repeatability for SAP on AWS. Infrastructure as code can standardize accounts, networks, compute, storage, monitoring, and security configuration around SAP environments. Use automation where it reduces drift and deployment risk, but keep SAP-specific installation and lifecycle requirements visible. Automated provisioning is useful only when the output remains supported, documented, and recoverable.

Consider golden images, parameterized environment builds, tagging, backup policy, monitoring baselines, patch orchestration, and repeatable non-production refreshes. Automation should reduce manual variance without hiding the operational sequence engineers need to understand during an incident.

Documentation Is Part of the Architecture. Enterprise SAP workloads outlive individual project teams. Maintain architecture diagrams, support matrices, dependency maps, recovery runbooks, backup and restore procedures, credential ownership, maintenance windows, capacity assumptions, and change records. These artifacts reduce recovery time and make audits, migrations, and upgrades safer.

A useful review question is whether another qualified team could operate and recover the landscape using the documentation you leave behind. If not, the implementation is operationally incomplete even if the system is currently healthy.

Final SAP-on-AWS Skills Checklist

• Recognize that PAS-C01 is retired and cannot be scheduled or renewed.

• Understand the historical four-domain skill map and use it only as a learning reference.

• Design SAP workloads with supported compute, storage, network, security, HA, and DR patterns.

• Plan migrations with dependency discovery, rehearsal, rollback, and validation.

• Operate SAP systems with monitoring, backup testing, patching, capacity planning, and cost governance.

• Check live AWS and SAP documentation for service and support changes.

• Choose an active AWS certification based on your current role rather than searching for a one-to-one PAS-C01 replacement.

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