The following responsibilities involved:
 

1. Created a release pipeline that automates your software delivery process using AWS CodePipeline. 
2. Connected a source repository, like AWS CodeCommit o the pipeline. 
3. Automate code deployments by connecting the pipeline to AWS CodeDeploy 
4. Plugged in a build service such as Jenkins when you complete the Four-Stage Pipeline Tutorial

1. Amazon EKS was used to deploy a highly available Kubernetes control plane.
2. Then kubectl' was configured to interact with the Kubernetes infrastructure.
3. Using AWS CloudFormation, a cluster of worker nodes on Amazon EC2 was launched,
4. Then our application onto the cluster were deployed

1. Createed Static Website Build a static website, using Amazon Simple Storage Service (S3) that serves static content (images, static text, etc.) for the website.
2. Built Dynamic Website to host the application logic on a web server, using an API backend microservice deployed as a container through AWS Fargate.
3. Stored Mysfit Data Externalize all of the mysfit data and persisted it with a managed NoSQL database provided by Amazon DynamoDB.
4. Added User Registration for registration, authentication, and authorization
5. Captured user behavior with a clickstream analysis microservice that will record and analyze clicks on the website using AWS Lambda and Amazon Kinesis Firehose. 

A monolithic node.js application was deployed to a Docker container, then decoupled the application into microservices without any downtime.