Microservices Deployment on EKS using HELM

Let's take a deep dive into a project where the orchestration of AWS services orchestrates a symphony of microservices, ensuring robustness, scalability, and efficient deployment.

https://github.com/AdarshIITDH/MERN_Microservices_EKS_Deployment.git

?? The Microservices Ensemble:

1. Hello Service: A microservice dedicated to health status checks.Ensures the application's vitality by periodically examining the health of each component.
2. Profile Service: Retrieves person profiles from a MongoDB database.Illustrates the versatility of microservices in handling specific functionalities.
3. Frontend Service: Serves as the user interface, connecting seamlessly with both microservices. Demonstrates the power of orchestrating diverse microservices to deliver a cohesive user experience.

?? Continuous Integration with Jenkins:

• Developers initiate the process by pushing code to AWS CodeCommit.
• Jenkins, the automation engine, is triggered to orchestrate the subsequent steps.

?? Containerization with Docker:

• Jenkins orchestrates the creation of Docker containers, encapsulating each microservice independently.
• AWS ECR becomes the home for these containers, ensuring secure and scalable container storage.

?? Deployment with Helm Charts on EKS:

• Helm charts provide a streamlined way to define, install, and upgrade even the most complex Kubernetes applications.
• EKS (Elastic Kubernetes Service) efficiently manages containerized applications.

?? Load Balancer Services for Scalability:

• The deployment includes LoadBalancer services to distribute incoming traffic evenly among microservices.
• Scalability is achieved by efficiently managing resource allocation and traffic distribution.

?? Monitoring with CloudWatch:

• CloudWatch captures essential metrics, providing insights into the health and performance of the microservices.
• Alarm triggers ensure proactive responses to any microservice downtime, enhancing overall system reliability.

?? Onward and Upward:

• Regular updates to the application through AWS services keep it at the forefront of technology.
• The collaborative and modular architecture sets the stage for future enhancements and features.

In Conclusion: Microservices, coupled with AWS's robust ecosystem, present an architectural marvel for modern applications. This project exemplifies the power of orchestrated cloud-native technologies, ensuring efficiency, scalability, and resilience. Let's continue building the future of applications, one microservice at a time! ????

Feel free to share your thoughts and experiences in the comments! ??