The Major Pillars Of A Well-Architected Framework

Posted by Lightstream Managed Services on December 7th, 2020

The software system needs to be strong. It is similar to building construction. If the software system is not strong, then this can cause foundation issues that, in turn, can lead to structural problems.

A Well-Architected Framework needs to meet the pillars that ensure complete operational excellence. These are reliability security, operational excellence, cost-optimization, and performance excellence. If any of these are compromised, then this can become a challenge for the system. It helps to deliver the requirements and meet the expectations.

When these pillars are incorporated in the architecture, then these can provide efficient and stable systems. It lets one focus on other design aspects.

The well-architected framework lets the cloud architects build high-performance, secure, efficient, and resilient infrastructure.

The framework gives a consistent approach to offer guidance and to implement scalable designs that meet your application needs.

Here is an overview of the five pillars of a well-architected framework.

Reliability

It lets the workload to do its functions consistently and correctly when it is expected to do it. It operates and tests the workload all through its life cycle. It helps to recover from any failure automatically, tests the procedures of recovery, sale horizontally to increase the workload, and aggregate and manage any changes in automation.

Security

The security pillar protects the systems, data, and assets. It helps to implement a strong foundation of identity, embraces traceability, helps to automate the best security practices, and apply security to every layer. It also helps to process data in rest or transit and prepares for any security events.

Operational Excellence

Operational excellence helps to support the development and to run the workload efficiently. It helps to gain operation insights and improve the supporting processes continuously. It thus helps to deliver business value.

The design principles on the cloud can perform any operation as per the code. Make small, frequent, and reversible changes. Refine the procedures of operations and anticipate failure.

Cost Optimization

It lets one get total business value at a lower price. It is done by implementing cloud financial management, measure the overall efficiency by adopting a consumption model. It helps to stop any spending on heavy lifting that is undifferentiated and to analyze the expenditure.

Performance Efficiency

It includes the ability to use the resources of computing efficiently to meet the system needs. It also helps to maintain efficiency as per changes in technology and demand. The design principles in performance efficiency include democratizing the advanced technologies, use architectures that are server less and experiment often. It helps to go global within minutes and consider a mechanical sympathy.

Conclusion

When you use the framework in the architecture, it lets you produce an efficient and stable system that allows you to work on the functional needs of your business.

Jacob Albert is the author of this article. To know more about SD-WAN Solutions please visit our website: www.lightstream.tech