Automating the Cloud: Building a Scalable, Secure Static Website with DevOps Tools and AWS

Sachin Mamoru
3 min readJan 29, 2024

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Introduction

In the fast-paced world of software development, automation and efficient resource management have become crucial. This article delves into the journey of creating a scalable and secure static website using a suite of modern DevOps tools and AWS cloud services. Project, illustrates the power of cloud computing and automation in software engineering.

Project Overview

Task was to design and implement a website composed solely of static files and images, leveraging IaaS-provided binary file storage like AWS S3 or Azure Blob Storage. The key requirement was to deploy all website-related files via a CI/CD process and integrate the website with a content delivery system to enhance performance. We achieved this using a React application, CircleCI for CI/CD, Terraform for infrastructure automation, and AWS services for cloud hosting.

Solution Architecture

Image by Author

React Application: The front-end is crafted using React, complemented by Vite for bundling and Tailwind for styling.

CircleCI Configuration: We automated our CI/CD pipeline using CircleCI, which handles dependencies, builds, and deployment processes.

CircleCI

Terraform Scripts: For cloud infrastructure, Terraform scripts define and provision resources like AWS S3 buckets and CloudFront CDN.

Terraform Cloud

Key Components

  1. Source Code Management (GitHub): GitHub serves as our central repository, facilitating collaborative development and ensuring code integrity.
  2. Continuous Integration and Deployment (CircleCI): Integrated with GitHub, CircleCI automates code integration and deployment, enhancing the development process.
  3. Infrastructure as Code (Terraform Cloud): Terraform manages our AWS cloud infrastructure, ensuring consistency and version control.
  4. Cloud Hosting (AWS Services): AWS S3 and CloudFront form the backbone of our hosting solution, providing scalability, security, and high availability.
AWS S3 Bucket

Design Considerations

The design emphasizes scalability, security, and cost-effectiveness. We adopted DevOps best practices to streamline operations, ensuring a smooth development and delivery lifecycle.

Deployment Architecture

Image by Author

The deployment architecture revolves around the GitHub repository, CircleCI pipeline, Terraform Cloud, and AWS Infrastructure, forming a cohesive, automated workflow.

Infrastructure code related to the deployment — Terraform scripts

S3.tf

cloudfront.tf

Infrastructure code related to CI/CD pipeline — CircleCI

config.yml

Security and Compliance

Security is a paramount aspect of the project. Incorporated best practices across all components, including secure handling of secrets, private repositories, IAM roles, and secure communications.

Workflow Overview

The workflow starts with code committing in GitHub, triggering the CI/CD pipeline in CircleCI. Following a successful build, Terraform Cloud provisions AWS infrastructure, and CircleCI deploys the application to AWS S3. Finally, AWS CloudFront delivers the content to end-users.

Conclusion

The project demonstrates how cloud computing and DevOps tools can revolutionize the way static websites are deployed and managed. Through automation, we achieved a scalable, secure, and efficient deployment process, showcasing the immense potential of cloud technologies in software engineering.

Resources

Thank you for reading and please share your own tips and ideas in the comments below 😊

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