Krishna V.

• Automated AWS infrastructure provisioning using Terraform, including EKS clusters, VPCs, and EC2 instances. This initiative reduced manual setup time by 50% and significantly decreased the risk of human errors and misconfigurations. • Implemented a local Linux repository for RPM packages, reducing package installation time by 70%. • Optimized deployment efficiency by 40% through automated Kubernetes cluster provisioning and application deployment on a hybrid server environment by developing an Ansible playbook. This approach reduced manual setup time from 3 hours to 40 minutes per deployment. • Made recommendations on migrating applications from cloud to on-premises infrastructure for development environments, achieving a 30% reduction in infrastructural costs. • Developed and customized Helm charts to ensure consistent and efficient application deployments across multiple environments, resulting in an 80% decrease in deployment errors. • Led the migration of an IoT application from Kubernetes to Docker, resulting in a 20% reduction in infrastructure costs. This strategic shift streamlined operational complexity and optimized resource utilization, ensuring smooth scaling and cost-effectiveness for long-term growth. • Streamlined deployment methodology by implementing a Jenkins pipeline to automate the update of container images in a Kubernetes cluster upon code commits to GitHub and Bitbucket repositories, reducing deployment times from 30 minutes to 10 minutes and significantly improving efficiency and deployment frequency. • Enhanced pre-existing Jenkins pipelines by configuring alerts for build failures and completions, thereby reducing the need for manual monitoring of build status. • Deployed Prometheus, Grafana, and Loki on Kubernetes clusters to enhance observability and monitoring capabilities, resulting in a 60% reduction in Mean Time to Recovery.