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AWS Well Architected Review

AWS Well-Architected Review


Enhance the efficiency of your AWS environments through a comprehensive Well-Architected Review. Gain invaluable expertise in evaluating your cloud resources and discover the most current AWS architecture best practices aligned with the Well-Architected Framework.

Our commitment to delivering tangible results is what sets us apart.

A Well-Architected Review with Sybyl typically demands 1-4 hours of your time and is efficiently completed within 14 days. The duration may vary based on the size and complexity of your workload, ensuring a thorough evaluation tailored to your unique requirements.
Throughout your review, anticipate detailed insights, including identification of non-conforming elements based on the Well-Architected Framework, prioritization of risks and opportunities by criticality, a roadmap delineating estimated time and costs for issue resolution, and documentation of key findings for seamless sharing with stakeholders.

Elevate your strategy with us in just 1-4 hours, completing the review within 14 days to ensure your cloud environment is optimized, secure, and efficient.

As a distinguished AWS Partner, our legacy spans over 30 years, marked by a commitment to conducting technology engagements and expertly managing mission-critical workloads. Our seasoned team possesses unparalleled qualifications to evaluate your cloud architecture and guide you in implementing scalable, secure solutions aligned with the latest best practices. Drawing upon our extensive expertise, we adeptly pinpoint security and compliance vulnerabilities, reveal cost-saving opportunities, and deliver lucid solutions to elevate your cloud environments.

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How it works

Learn your Environment

Measure current state

Identify issues and risks.

Define improvement plan

We help you evaluate your infrastructure against the
Six AWS Well-Architected Framework Review pillars

Operational excellence

Continuously improving processes and procedures through careful system running and monitoring.


Continuously improving processes and procedures through careful system running and monitoring.


Ensuring stable infrastructure performance free of disruptions and promptly recovering from failures to meet operational demands.

Performance efficiency

Optimizing the allocation of IT and computing resources to meet system requirements effectively.

Cost optimization

Minimizing and revamping existing expenses while running systems that deliver consistent business value.


Mitigating the environmental effects of running cloud workloads by adopting a shared responsibility model for sustainability.

1. Preparation

We outline the key assessment questions about your infrastructure in the context of the six AWS Well-Architected pillars.

2. Assessment

Our team performs a comprehensive analysis to help us identify potential issues

3. Report generation

We create a Well-Architected report with the identified risks and issues, their impact on your business, mitigation strategies, priority, and complexity.

4. Improvement roadmap

Finally, as your AWS Well-Architected Review partner, we can go one step further and deliver an improvement roadmap with clearly defined objectives, prioritized tasks, and identified dependencies. The roadmap also allows you to easily allocate resources and monitor the improvement progress.

Extend your Well-Architected Review
with a comprehensive improvement roadmap

Process Improvements

  • Create and document best practices for release management.
  • Establish and formalize the testing strategy.
  • Develop an incident response plan, including actions, notifications, and post-incident analysis.

Security Improvements

  • Implement preventive security measures at the organizational level.
  • Develop a comprehensive plan for managing security incidents.
  • Activate the basic rule packs in AWS Config.
  • Integrate Secrets Manager into existing workloads.

Reliability Improvements

  • Predict and adapt to workload changes effectively.
  • Build workload resiliency through fault isolation and a disaster recovery plan.
  • Adhere to established reliability patterns.

Performance Improvements

  • Utilize a data-driven approach to architecture development.
  • Ensure performance remains within expected parameters.
  • Analyze and incorporate trade-offs in architecture decisions.

Cost Optimization

  • Implement Savings Plans.
  • Review and consider Reserved Instances.
  • Choose an optimal resource consumption model.


  • Reduce provisioned storage needs through effective data management.
  • Minimize hardware requirements for provisioning and deployment.
  • Automate the management of development and test environment lifecycles.
  • Optimize resource utilization through load smoothing and high resource utilization.

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