Review AWS workloads against Well-Architected pillars with evidence-based findings, risk prioritization, remediation planning, owner alignment, validation, and improvement tracking.
Businesses today require a secure, high-performing, and cost-effective cloud infrastructure to thrive. A Well-Architected Review offers a powerful framework to achieve these goals. This review process assesses your existing or planned cloud architecture against established best practices. It identifies areas for improvement and optimizes your cloud operations for efficiency and cost reduction. The Well-Architected Framework ensures your cloud foundation can adapt and scale, allowing it to grow seamlessly with your business. This frees you to focus on core functionalities and strategic initiatives.
Rapyder Cloud Solutions, a certified Well-Architected Partner, offers expert guidance in conducting these reviews. Our deep cloud expertise helps you gain actionable insights to enhance security, improve reliability, and optimize cloud spending.
By partnering with Rapyder and utilizing the Well-Architected Framework, you can gain a clear understanding of your cloud environment, unlock its full potential, and propel your business operations forward.
Rapyder helps organizations review AWS workloads against the Well-Architected pillars and convert findings into practical remediation plans. The engagement examines architecture, operations, security, reliability, performance efficiency, cost optimization, and sustainability where relevant
The value of a review depends on evidence and ownership. Rapyder documents risks, affected workloads, severity, business impact, remediation options, dependencies, owners, effort, validation method, and acceptance criteria.
Findings that require workload redesign can move into cloud modernization. AWS-specific cost findings can move into AWS cost optimization. Security findings that need estate-wide control work can connect to cloud security services.
| REVIEW AREA | WHAT IS ASSESSED | TYPICAL OUTPUT | RAPYDER FOCUS |
|---|---|---|---|
| Operational excellence | Runbooks, monitoring, change, incidents, and ownership | Operations findings and improvement backlog | Repeatable operations |
| Security | Identity, data protection, detective controls, infrastructure, and incident response | Risk findings and remediation plan | Control validation |
| Reliability | Recovery, dependencies, scaling, and fault tolerance | Resilience gaps and recovery actions | Tested recovery |
| Performance efficiency | Service selection, scaling, and resource behavior | Performance findings and tuning options | Workload fit |
| Cost optimization | Usage, commitments, architecture, and financial controls | Cost findings and ownership actions | Value and governance |
Step 1: Select a workload, schedule a review, and engage relevant stakeholders.
Step 2: Perform evaluations and compliance checks for the six pillars of Well-Architected Review.
Step 3: Engage with Rapyder’s certified Solution Architects on the identified workloads.
Step 4: Utilize the Well-Architected Framework for assessments and audits.
Step 5: Receive Rapyder’s recommendations based on audit reports after the review.
Step 6: Post-review, the customer can opt for remediation based on criticality.
Common Questions
It is a structured review of an AWS workload against AWS architecture best practices. It identifies risks, evidence gaps, and improvement actions across pillars such as operational excellence, security, reliability, performance efficiency, cost optimization, and sustainability.
Deliverables can include findings, evidence, prioritized risks, remediation options, owners, dependencies, effort estimates, validation steps, and an improvement roadmap. The exact output depends on workload scope and review depth.
No. Reviews can support new designs, migrated workloads, production systems, incident follow-up, modernization planning, and periodic architecture governance.
Remediation can be scoped separately. Rapyder can help implement or coordinate approved actions, but production changes should follow change control, validation, and rollback criteria.
High-risk issues should receive clear ownership, urgency, business impact, remediation options, and acceptance criteria. Some may require immediate mitigation; others may require architecture change or risk acceptance by accountable leaders.
Co-Founder & CTO, Rapyder
