Framework that guarantees a consistent approach to evaluate architectures and implement scalable designs.
AWS Well-Architected ensures customers receive a professional and AWS-enabled review of their architecture from their partners. This approach ensures that cloud architects build resilient, high-performance, efficient, and secure infrastructure for all types of applications and workloads.
Make sure your infrastructure is optimized and you use resources adequately without overspending.
"Choosing the right way was a challenge and the implementation was successful mostly thanks to the Revolgy team’s expertise with AWS platform."
The AWS Well-Architected Framework describes key concepts, design principles, and architectural best practices for designing and running workloads in the cloud. By answering a few foundational questions, learn how well your architecture aligns with cloud best practices and gain guidance for making improvements.
We will evaluate your organization’s processes and procedures against design principles and best practices and identify areas for improvement to support development, the running of workloads, and delivering business value.
Protect data, systems, and assets by considering all aspects of your organization, including the people and processes. Take advantage of cloud technologies by following a set of best practices, such as enabling traceability, automation, encryption, access control, and more.
Manage your costs and get the highest business value for the lowest possible spend. This pillar includes the use of cost-effective resources, matching supply with demand, deploying cloud financial management, and measuring total efficiency.
Performance efficiency focuses on the efficient use of IT and computing resources to fulfill system and business needs. It includes ensuring maximum efficiency for users as demands and requirements change.
The reliability pillar focuses on your ability to recover quickly from issues and failures with minimal or zero downtime for your users. We help you identify potential failures and how to prevent them and set up recovery planning to minimize the impact on your system’s reliability.
The sustainability pillar is a continuous effort to minimize the cloud’s environmental impact, including energy reduction and efficiency. It involves achieving the maximum benefit with the minimum resources required.