I recently mapped out a complete CI/CD pipeline for a Flask application running on AWS. TheI recently mapped out a complete CI/CD pipeline for a Flask application running on AWS. The
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I recently mapped out a complete CI/CD pipeline for a Flask application running on AWS.
The workflow looked solid:
šŸ”¹ GitHub for source control šŸ”¹ AWS CodePipeline for orchestration šŸ”¹ CodeBuild for testing and Docker image creation šŸ”¹ Amazon ECR for image storage šŸ”¹ CodeDeploy for blue/green deployments šŸ”¹ SNS notifications for deployment status šŸ”¹ CloudWatch for monitoring
With a simple git push, the application could be tested, containerized, and deployed automatically.
But while analyzing the architecture, I noticed something interesting.
The entire CI/CD pipeline cost approximately $8/month.
The EC2 instance hosting the application cost approximately $587/month.
The lesson?
Many organizations focus heavily on deployment automation while overlooking infrastructure optimization.
A mature cloud strategy requires both:
āœ… Fast and reliable deployments āœ… Cost-efficient infrastructure āœ… Continuous monitoring āœ… Right-sized resources based on actual usage
Building CI/CD pipelines is important.
But understanding where the money is actually being spent is what transforms a cloud engineer into a cloud architect.
Technology decisions should optimize not only for speed, but also for business value.
#AWS #CloudComputing #DevOps #CICD #CodePipeline #Docker #EC2 #CloudArchitecture #CostOptimization #GitHub #LearningInPublic
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