Implementing AWS Well-Architected Pillars With Automated Workflows

AWS Well-Architected Pillars Featured img BDCC

Software development is more like constituting a building in many ways. Without a solid foundation, a building may face structural issues that compromise its integrity and functionality. So when businesses choose technology solutions using Amazon Web Services (AWS) for development, they must consider its six core pillars.

The six frameworks of AWS Well-Architected are security, reliability, operational excellence, cost optimization, sustainability, and performance efficiency. Once these pillars are addressed and integrated into system architecture, they increase the likelihood of a stable and practical application. This integration frees teams to concentrate on other design elements, such as functional requirements.

However, manual monitoring of those six pillars can be daunting, so the need for automation arises. Automation aids the AWS Well-Architected Framework create the safest, most efficient, resilient, and high-performing application infrastructures.

Before talking about automation, we’ll discuss some related points in detail.

What Is AWS Well-Architected Framework (WAF) Or Well-Architected Piller (WAP)?

The AWS Well-Architected Framework is designed to assist cloud architects in creating robust and secure infrastructures capable of handling administrative tasks and applications. This framework is structured around six fundamental architectural pillars, each supported by its design principles and a set of questions aligned with each pillar.

Amazon has developed a collection of best practices for each pillar as well.

Here are the six pillars.

  • Operational excellence
  • Security
  • Reliability
  • Cost optimization
  • Sustainability
  • Performance efficiency

We’ll discuss these pillars in detail later in this blog. AWS provides Well-Architected Reviews for its users, utilizing a comprehensive set of principles from the Framework to assess and address crucial issues.

Six AWS Well-Architected Frameworks In Detail

Operational Excellence

Operational Excellence refers to the capabilities required to develop and manage workloads effectively. This pillar includes deriving operational insights and refining processes to enhance business value.

Operational teams must grasp the commercial and client demands to aid business results. They should design and implement protocols for managing operational incidents and assess their efficacy in meeting business objectives. Additionally, teams should gather metrics to evaluate the fulfillment of desired business outcomes.

The operational excellence pillar provides detailed guidance on achieving objectives such as

  • Manage operations through code
  • Regularly update operational processes
  • Plan for failures
  • Extract lessons from operational shortcomings
  • Implement frequent, minor, and reversible adjustments

The team should adapt operations to ever-changing business contexts, priorities, and customer requirements. Not only that, but the design operations should also evolve to integrate insights received from performance analysis.


The Security pillar emphasizes securing data, systems, and assets in cloud technologies. It also guides on implementing the principles mentioned below for cloud security.

  • Establish a robust identity base.
  • Ensure traceability
  • Automate security practices
  • Equip teams for security incidents
  • Enforce security at every layer
  • Secure data both in transit and at rest
  • Limit direct access to data

Security begins by setting up practices that control access and manage risks before deploying any workload. Organizations should also maintain precise incident response strategies. Moreover, it is also crucial to use tools and techniques to prevent financial damage or meet compliance demands.

The AWS Shared Responsibility Model is to achieve security and compliance objectives. These measures enable incident detection, system protection, and data confidentiality and integrity. AWS secures the physical infrastructure for businesses to concentrate on using cloud services to achieve their operational targets.


Reliability in the cloud means workloads are performing consistently and correctly as anticipated. Teams may know the Guidance for implementing reliability strategies in the Reliability Pillar whitepaper.

Five fundamental reliability principles for cloud services include:

  • Regularly test recovery methods
  • Automate failure recovery
  • Forecast capacity needs
  • Enhance reliability through horizontal scaling
  • Automate change management

Reliability heavily depends on initial design choices surrounding software and infrastructure. These choices should foster loosely coupled dependencies and support failure resilience.

Reliability requires a preliminary foundational setup. Teams often need to pay more attention to this due to project constraints. AWS includes most foundational requirements inherently or addresses them as required. AWS is designed to meet high networking and compute capacity demands for flexible resource management.

Performance Efficiency

This pillar involves effectively using computing resources to meet requirements and adapting to changing demands and new technologies. The respective pillar whitepaper provides details on optimizing performance efficiency.

Core principles for efficient performance in the cloud are:

  • Enable rapid global deployment
  • Employ serverless architectures
  • Facilitate access to cutting-edge technologies
  • Say yes to frequent experimentation
  • Align closely with technology capabilities

Adopt a data-oriented approach while developing high-performance architectures. Keep abreast of changes in AWS Cloud services that could enhance performance. Optimal solutions may combine multiple strategies. AWS supports an array of solutions and features to strengthen workload performance.

Cost Optimization

The focal point of the Cost Optimization pillar is to derive maximum business value from systems at minimal costs. The cost optimization pillar whitepaper provides specific strategies and fundamental principles, as mentioned below.

  • Employ cloud financial management strategies.
  • Use a consumption-based model.
  • Measure efficiency comprehensively
  • Avoid unnecessary expenses
  • Track and allocate costs effectively.

It is essential to balance considerations such as market speed versus cost optimization. Sometimes, speed might be prioritized over immediate cost savings. Decision-making may prioritize speed over detailed, data-driven planning, leading to potential resource overuse.

Additionally, using suitable cloud services and configurations is critical for cost efficiency.


The Sustainability pillar works on an organization’s long-term ecological, economic, and societal impacts. When selecting AWS Regions for implementing workloads, enterprises should note that it should align with sustainability and business goals.

Businesses should also adapt infrastructure scale based on user demand, optimize resource locations to minimize network usage, and eliminate unutilized assets. Teams should implement designs that smooth out load variations and maximize resource use.

Monitoring and optimizing the most resource-intensive components of your workload is also essential.

Sustainability principles in the cloud include:

  • Comprehend your environmental impact
  • Set clear sustainability objectives
  • Stay updated with efficient technologies
  • Prefer managed services
  • Optimize resource utilization
  • Minimize the indirect effects of your cloud activities

How To Automate AWS Well-Architected Piller?

There are many tools and platforms for automating workflows. We’ll discuss nOPs, a cloud management and intelligence platform purpose-built to support AWS Well-Architected Framework best practices.

Start Automated Initial Setup

Start provisioning a role within your environment for initial setup. Give nOps read-only access to the customer metadata necessary to evaluate architectural configuration within your environment.

There’s no need for agent installation. Simply generate an ID and password on the nOps portal and input your AWS account information. The AWS Lambda code automatically creates the necessary AWS Identity and Access Management (IAM) role and the corresponding billing bucket.

Once the initial setup is finalized, you will receive actionable insights within 24 hours. nOps delivers an integrated view for continuous monitoring of your infrastructure.

This platform also ensures your system meets the AWS Well-Architected Framework standards. nOPs automatically identify Architectural risks on the dashboard that teams can use for reference during a Well-Architected Review session with a client.

Follow Pre-configured Rules For Automated Discovery And Continuous Compliance

nOps comes pre-equipped with rules designed to identify critical issues aligning with AWS WAF, facilitating the automation of risk detection. It provides timely feedback on workload configurations, enabling preemptive actions to manage potential problems. Additionally, its auto-discovery capabilities generate timely recommendations and highlight compliance gaps against established best practices.

Do Seamless Integration With AWS Well-Architected Tool And APIs

nOps supports integration with the AWS Well-Architected Tool through APIs. That integration facilitates a unified interface for conducting and saving Well-Architected Reviews. Every best practice in the dashboard provides a way to attach supporting documents. The dashboard also equips reviewers with all the necessary information for a data-supported review with clients.

Moreover, within the nOps interface, you can organize workloads by grouping AWS resources based on a resource family or a specific tag. This workload optimization helps reviewers concentrate on resource subsets relevant to the workload.

Automated Discovery And Ongoing Compliance

nOps offers a vast array of predefined rules that automatically identify critical risk factors in line with the Well-Architected Framework. In addition to pinpointing critical issues, nOPs has an auto-discovery feature that generates recommendations and details about AWS resources that fail to meet best practices.

The platform also delivers almost instantaneous feedback regarding the status of workload configurations, which is invaluable for promptly addressing high-risk issues. This capability especially benefits consulting partners when preparing a statement of work (SOW) for their clients.

Use Customizable Recommendation Template And Queries

The nOps template generator enables the creation of adaptable recommendations for various architectural situations. These recommendations can be tailored in a bespoke format in the assessment phase of the Well-Architected Framework Report, remediation strategies, and related proposals.

For instance, a template might be prepared before the review to guarantee that the architecture employs robust authentication mechanisms across multiple layers, aligning with best practice standards. This template would automatically be included in the framework report.

Clients may occasionally wish to integrate their questions and best practices, enhancing the review process beyond the AWS Well-Architected Framework. Custom questions can be added and published for personalized, Well-Architected Reviews and are accessible in a downloadable report.

Using Well-Architected Partner Dashboard

The nOps partner dashboard facilitates the management of multiple clients through a unified view, aiding in the ongoing monitoring and compliance of Well-Architected Reviews. This consolidation allows consulting partners to manage numerous clients efficiently, ensuring continuous, Well-Architected compliance.

Closing Remark

The AWS Well-Architected framework consistently progresses as a collection of best practices for creating efficient cloud solutions. A primary aim of the framework is to utilize automation and optimization strategies to assist enterprises in having cost-effective, reliable, secure, and highly efficient applications.

Companies and their partners can automate the workflow to remain fully committed to implementing a Well-Architected framework. Reaching out to experts is helpful here.


What Are The 6 Pillars Of AWS Well-Architecture?

The six pillars of AWS Well-Architectured Piller are security, reliability, performance efficiency, operational excellence, cost optimization, and sustainability.

Why should you use the AWS Well-Architected Pillars?

Following and monitoring AWS’s Well-Architected pillars helps you identify opportunities to improve your applications and workloads’ performance, security, reliability, and more.

Is There Any Other Way To Automate Workflow For AWS- Well-Architected Piller?

Amazon has rolled out AWS Well-Architected Partners to streamline business processes and address issues based on established best practices. You can look for partners that provide an efficient solution for automating the Review process and offer immediate insight into your infrastructure.

What Is The Use Of Customized Templates In Automating Workflow For AWS- Well-Architected Piller?

The customized templates allow users to create tailored, reusable recommendations for various architectural scenarios. These templates can be integrated into the remediation plan and WAF Report, improving proposal quality. Moreover, users can also modify these templates by adding their questions or best practices beyond the standard features provided by AWS WAF.

Why Should Anyone Use AWS- Well-Architected Tool?

The AWS Well-Architected Tool is for teams to review their applications and workloads. You can review the applications against architectural best practices. The tool also helps find improvement opportunities and know progress over time.

The following two tabs change content below.


Co-Founder & Director, Business Management
BDCC Global is a leading DevOps research company. We believe in sharing knowledge and increasing awareness, and to contribute to this cause, we try to include all the latest changes, news, and fresh content from the DevOps world into our blogs.

About BDCC

BDCC Global is a leading DevOps research company. We believe in sharing knowledge and increasing awareness, and to contribute to this cause, we try to include all the latest changes, news, and fresh content from the DevOps world into our blogs.

Leave a Reply

Your email address will not be published. Required fields are marked *