
Malarvizhi worked on the Tecvinson-Academy/devops-assignments-ch24 repository, delivering two core infrastructure features over two months. She built a scalable multi-container deployment environment using Docker and Kubernetes, enabling rapid, externally accessible deployments for frontend, backend, and database services. In the following month, she implemented a Terraform-based AWS provisioning setup, automating the creation of VPCs, subnets, security groups, an Nginx web server, and an RDS MySQL database. Her work emphasized Infrastructure as Code with HCL and YAML, resulting in reproducible, auditable environments that streamline development and testing cycles while improving deployment reliability and security for the project.
December 2024 monthly summary for Tecvinson-Academy/devops-assignments-ch24. Delivered a Terraform-based AWS infrastructure provisioning setup that creates a complete environment including a VPC with subnets and security groups, an Nginx web server, and an RDS MySQL database. Implemented outputs for the Nginx public IP and the RDS endpoint to enable quick access and integration. This IaC foundation enables reproducible environments for development and testing, reduces manual provisioning effort, and improves consistency and security posture across deployments.
December 2024 monthly summary for Tecvinson-Academy/devops-assignments-ch24. Delivered a Terraform-based AWS infrastructure provisioning setup that creates a complete environment including a VPC with subnets and security groups, an Nginx web server, and an RDS MySQL database. Implemented outputs for the Nginx public IP and the RDS endpoint to enable quick access and integration. This IaC foundation enables reproducible environments for development and testing, reduces manual provisioning effort, and improves consistency and security posture across deployments.
November 2024 performance summary for Tecvinson-Academy/devops-assignments-ch24: Delivered a scalable multi-container deployment environment enabling quick, external-access deployments. Implemented Docker Compose for frontend, backend, and database, and configured Kubernetes service exposure to support reliable, scalable releases and easier staging-to-production transitions. This work improves deployment speed, reliability, and traceability, and positions the project for future automation and growth.
November 2024 performance summary for Tecvinson-Academy/devops-assignments-ch24: Delivered a scalable multi-container deployment environment enabling quick, external-access deployments. Implemented Docker Compose for frontend, backend, and database, and configured Kubernetes service exposure to support reliable, scalable releases and easier staging-to-production transitions. This work improves deployment speed, reliability, and traceability, and positions the project for future automation and growth.

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