1-Create a Microservices based application with at least 3 microservices. Each service should be maintained as a separate code repository so that it can be developed, deployed, and tested independently. 

2. Use a suitable database and database related pattern for these services 

3. Use a suitable approach for the communication between these services (avoid high coupling between these services). Exploring lab tools 

4. Deploy all services on a single docker container 

5. Deploy each service on separate docker containers 

6. Run a minikube cluster on your local machine and explore various options in this. Try deployment of your application on this. 

7. Create a Kubernetes cluster on the cloud and deploy your application on this cluster. Analyze your cluster on the Kubernetes dashboard (optional) 

8. Explore scaling, recovery, security, and CI/CD in Kubernetes (optional)

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Creating a microservicesbased application with various deployment options database patterns and Kubernetes clusters is a complex and comprehensive pro... View the full answer