In this AWS article, we will be having an in-depth discussion about the AWS Well-Architected framework that is a part of Amazon Web Services’ framework for cloud architecture.
You will be able to learn more about AWS Well-Architected framework, AWS Well-Architected framework pillars, AWS Well-Architected framework training, AWS Well-Architected framework certification, and so much more.
The topics we will be discussing in this article are:
- What is the AWS Well-Architected Partner Program?
- Frequently Asked Questions
- What is the difference between AWS Well-Architected framework and Azure Well-Architected framework?
- What are some resources for AWS Well-Architected framework training?
Keep on reading to find out more information about this spectacular framework by Amazon Web Services.
What Is AWS Well-Architected Framework?
AWS Well-Architected Framework is a framework that allows cloud engineers and architects to build highly protected, robust, and efficient cloud infrastructure for different applications and amounts of workloads.
The framework by Amazon Web Services focuses on the six pillars of the AWS Well-Architected framework which are: Operational Excellence, Reliability, Security, Cost Optimization, Performance Efficiency, and Sustainability. These pillars provide architects with the framework to structure and evaluate models and apply scalable solutions to designs.
What Are the Well-Architected Framework benefits?
The AWS Well-Architected Framework provides customers and partners the ability to include the core tools available based on their domain, AWS Well-Architected Framework labs, and the AWS Well-Architected Tool.
The AWS Well-Architected Tool can be found in the AWS Management Console and can be used routinely to assess workloads, record changes, and improvements, as well as to detect high-risk concerns.
The AWS Well-Architected Framework was initially a white paper by Amazon Web Services. After it got good reviews and supportive feedback from cloud developers and AWS partners, this framework was established as a widely renowned cloud deployment method for cloud architects.
Cloud developers and architects can use this framework to optimize the communication and connections between different application components to cater specifically to the client’s requirements and make operations smoother and easily scalable.
Another great benefit this offers to developers is the reduction of technological risks within the cloud ecosystem. An organization can quickly detect and address faults within its framework and make processes flow efficiently.
When a developer creates a software system, the process is not unlike one of constructing a building. A good building needs a concrete foundation supported by integral pillars to keep the structure standing strong and with resilience.
Similarly, when a developer develops solutions for the cloud, they need to keep in mind the six pillars of the Well-Architected Framework to ensure that the system delivers on the requirements and expectations of the client.
The six pillars of the AWS Well-Architected Framework that make up the AWS Well-Architected framework checklist are:
- Performance efficiency
- Operational excellence
- Cost optimization
- Reliability, and
The security pillar of the AWS Well-Architected Framework consists of a set of tools that gives the power to customers to safeguard their assets, and data and take the advantage of the wide range of applications available in the cloud. When designing a workload, a developer must take care to place the best practices that influence security.
They must be able to control permissions to different operations, detect sources of any security technological issue, protect systems and services, and sustain the integrity and confidentiality of data through data protection methods.
2. Performance Efficiency:
The performance efficiency pillar of the AWS Well-Architected Framework provides customers the computing power to efficiently use the resources in the cloud to run the applications efficiently and scale in and out based on the system requirement or workload.
The four main components for review for Performance Efficiency are selection, review, monitoring, and tradeoffs. Cloud developers aim to take a data-driven approach to guide them to establish a high-performance architecture.
The data includes all aspects of the architecture, from the design to the selection and configuration of the resource types.
The next step is reviewing choices regularly based on the ever-changing AWS Cloud and services. Monitoring the system routinely ensures developers are up to date and can notice any deviations from the expected performance quickly.
Sometimes, developers must make trade-offs in the architecture to improve performance and utilize techniques such as caching, compression, or relaxing constant consistent performance requirements.
3. Operational Excellence:
The pillar of operational excellence of the AWS Well-Architected Framework encompasses the ability to support application and development, run operational workloads, gain a clear insight into operations, and continually improve processes and business operations to provide value to the business.
The practice areas for operational excellence in the cloud entail organization, preparation, operation, and evolution.
4. Cost Optimization:
The cost optimization pillar of the AWS Well-Architected Framework includes the ability to run operations and systems at the lowest price possible to maximize profits and deliver greater business value.
The best practice areas for cost optimization are good cloud financial management, excellent demand and supply management of resources, expenditures over time, cost-effective resources, and continual optimization to improve operations and decrease costs.
The reliability pillar of the AWS Well-Architected Framework encompasses the ability of a workload to deliver the expected results by excellent functional and consistent performance.
Developers can test the ability of the workload and operations throughout the lifecycle for reliability and consistent operations.
To achieve reliability in the system, developers must work on the foundations, then work their way to then work their way into detecting and preventing failures in the workload architecture.
Change and failure management is another part of the reliability pillar of the AWS Well-Architected Framework.
Sustainability is a new pillar of the AWS Well-Architected Framework that includes using efficient and energy-conscious practices to reduce the usage of resources.
It can prove to be a direct call for developers to make operations more efficient with smart region selection, good user behavior, data, hardware, software, and development patterns.
Including these pillars in your software system will enable you to build scalable, stable, and efficient systems that are optimized to the ultimate best.
These pillars of the AWS Well-Architected Framework allow you to produce effective systems efficiently so that you can have more time planning the design components or functional requirements needed for the cloud system.
The AWS Well-Architected Framework also allows developers to test their applications’ workloads and operations in production-size environments to avoid the need for committing to expensive resources for testing purposes alone.
What Is AWS Well-Architected Partner Program?
The AWS Well-Architected Partner Program aims to support individuals and organizations on how they can build architectural techniques, mitigate risks, and respond efficiently to the changes in the cloud.
No matter if the effects may be in the applications, workloads, or designs of the cloud. AWS Partners have ample experience in discovering and building quality solutions, implementing best practices, checking the changes and state of the workloads of the system, and providing solutions and improvements perfectly suitable for clients’ and businesses’ needs.
IT organizations have been focusing deeply on adopting the AWS Well-Architected Partner Program. This partner program by AWS supports cloud professionals and organizations to share their knowledge of cloud development and applications and earn highly impressive AWS certifications.
Professionals with AWS certifications can assist customers in managing their workloads better while enabling them to apply the best improvement and application techniques as per the AWS Well-Architected Framework.
Organizations and individuals can also apply to enlist themselves as quality program partner to share their expertise and knowledge to develop and deploy effective and enhanced cloud solutions.
Frequently Asked Questions
Q1. What Is The Difference Between AWS Well-Architected Framework And Azure Well-Architected Framework?
The AWS Well-Architected Framework is similar to the Azure Well-Architected framework but has the added pillar of Sustainability.
Whereas Azure Well-Architected framework does not encompass sustainability and smart usage of energy resources as an important factor.
Both of these whitepapers explain cloud architectural design principles in length for developers to build a good understanding of the process.
Following the five or six pillars for Azure or AWS can help cloud architects build better and more optimized solutions.
Q2. What Are Some Resources For AWS Well-Architected Framework Training?
If you are interested in learning more about designing systems and applications using AWS, you should build your skills using these resources for training.
And educating yourself more about what goes into attaining an AWS Well-Architected framework certification.
You can read more about the curriculum for the AWS Well-Architected course here.
You may also like to discover below AWS Cloud Blogs.
- What Is AWS EMR
- What Is DynamoDB
- What Is AWS Mobile Hub
- What Is AWS Storage Gateway
- AWS CI/CD Services & AWS CodePipeline
We hope that you were able to learn more about AWS Well-Architected framework, and Well-Architected framework training.
I am an Amazon Web Services Professional, having more than 11 years of experience in AWS and other technologies. Extensively working in various AWS tools like S3, Lambda, API, Kinesis, Load Balancers, EKS, ECS, and many more. Working as a Solution Architect and Technology Lead for Architecting and implementing the same for different clients. He provides expert solutions around the world and especially in countries like the United States, Canada, United Kingdom, Australia, New Zealand, etc. Check out the complete profile on About us.