Cloud-Native SaaS Platform Built on Amazon ECS and AWS Fargate
Yukta is an Ampity-built SaaS product focused on DevOps automation and platform enablement. The platform was designed to support rapid growth, frequent releases, and...
[Overview] System Overview
Yukta is a SaaS platform developed by Ampity to deliver DevOps and cloud-native capabilities to modern engineering teams. By leveraging Amazon ECS on Fargate and AWS managed services, Yukta achieved a scalable, secure, and highly automated platform ready for production workloads.
[Targets] The Goals
[Constraints] The Challenges
[Strategy] Our Solution
[DESIGN] Architecture design
CloudPro-Architecture-Diagram Backend-Application-Flow Frontend-Application-flow
[APPROACH] Execution model
##### Assessment & Design
Defined ECS architecture, networking, and CI/CD workflows.
##### Containerization
Built and versioned Docker images and stored them in Amazon ECR.
##### Backend Deployment
Deployed ECS services on Fargate with automated rollouts.
##### Frontend Deployment
Built and published static assets to Amazon S3 using GitHub Actions.
##### Go-Live & Validation
Validated routing, deployments, and service stability in production.
[RESULTS] Delivered scope
The account records containerized backend deployment on Fargate, static frontend delivery through S3, versioned container images and GitHub Actions release automation. A VM-to-Fargate savings comparison would require the workload, sizing, utilization and operating-cost baseline. Deployment continuity also requires application-level validation; it is not guaranteed by selecting ECS rolling updates.
[TOOLS] Technology Stack
Amazon ECS on Fargate
Amazon ECR
GitHub Actions (OIDC-based authentication)
Amazon S3
Amazon Route 53
AWS IAM
[Operational notes] Platform and release ownership
Fargate removes EC2 instance management but retains application, release and dependency ownership. OIDC-based authentication replaces static CI/CD credentials with short-lived tokens; the authority of those tokens still depends on the IAM trust policy and role permissions assigned to the pipeline. Health checks and rolling updates reduce the risk of a bad release reaching all tasks, but they do not replace application-level validation before promotion. A scanned image does not guarantee a working application.
[APPLICABILITY] Where this pattern applies
Enabled rapid product launch with minimal operational overhead.
Reduced deployment cycles from manual to fully automated.
Improved platform reliability and release confidence.
Delivered a scalable foundation for future SaaS growth.
Lowered long-term operational costs through managed services.