Hey, My name is Anvesh Muppeda

• Architected the seamless transition of a Selenium Hub testing project to Kubernetes EKS, delivering cost savings of nearly 30% through optimized resource allocation and efficient container management.
• Optimized resource utilization and enhanced operational efficiency by automating scaling, resulting in a 40% reduction in manual intervention.
• Improved scalability, enabling seamless integration with CI/CD pipelines and achieving a 50% decrease in deployment duration.
• Streamlined deployment and management by creating Helm templates for Selenium Hub, KEDA, and Ingress; reduced deployment time by 40% and with greater scalability for the system.
• Implemented Velero backups and restoration for Kubernetes EKS clusters via Azure DevOps pipelines, reducing manual backup tasks by 40%.
• Engineered and executed the backup and restoration process from scratch, resulting in a 50% improvement in reliability and scalability.
• Managed the backup and recovery processes for over 10 Kubernetes EKS clusters, ensuring data protection and disaster recovery readiness across the infrastructure.

• Spearheaded the transformation of Kubernetes manifest files into Helm charts, enabling easier maintenance of Kubernetes workloads.
• Facilitated streamlined deployment processes through the implementation of Helm charts, enhancing operational efficiency.
• Achieved an 80% reduction in manual workload by transitioning to Helm charts, optimizing resource utilization and maintenance efforts.
• Developed Azure DevOps pipeline for Docker image maintenance, automating build, tagging, and pushing processes, resulting in a 50% reduction in manual effort.
• Orchestrated seamless integration with the target repository, enabling the deployment of Docker images in under 5 minutes.
• Integrated security scanning into the pipeline, ensuring that all deployed images undergo thorough security checks.
• Managed Helm chart repositories, hosting private repositories and integrating with CI/CD pipelines, resulting in a 30% reduction in deployment.
• Maintained dependencies between Helm charts and utilized subcharts for modular application architectures, increasing reusability by 50%.

• Assisted UG students in the Assembly Language course as a graduate assistant by helping them with projects and MASM code problems

• Provided expert support and guidance to junior engineers, overseeing the management and optimization of Kubernetes clusters as a Site Reliability Engineer (SRE) specializing in Kubernetes.
• Played a pivotal role in ensuring the reliability, scalability, and performance of Kubernetes-based applications for multiple clients, resulting in a 20% decrease in downtime incidents.
• Crafted and enhanced the backup and restore process, leading to a 30% improvement in application stability and resilience.
• Integrated Dynatrace, Prometheus, and Grafana to create comprehensive dashboards for monitoring application performance, resulting in a 25% increase in proactive issue detection and resolution.
• Led Azure DevOps CI/CD development, automating Azure Data Factory resource deployment and management, resulting in a 40% deployment efficiency. Developed scripts for ADF and Databricks management, streamlining tasks for DE engineers by half.
• Engineered CI/CD pipelines for deploying SQL scripts on Azure SQL Servers, streamlining database operations and enhancing deployment efficiency by 40%.
• Executed comprehensive Git branching strategies, ensuring version control best practices and facilitating collaborative development workflows,contributing to a 40% increase in development productivity.

• Dockerized all service-based applications and migrated them to Kubernetes, enhancing scalability and resource utilization by 40%.
• Established and maintained a self-managed Kubernetes cluster to oversee the operations of over 15 clients, ensuring high availability and performance across the infrastructure.
• Spearheaded the design and implementation of a comprehensive monitoring system in Kubernetes, integrating Prometheus, Elasticsearch, Filebeat, Kibana, Grafana, and RabbitMQ, which given 30% improvement in system visibility an performance monitoring.
• Integrated monitoring applications with JIRA, automating ticket creation for the monitoring team and reducing issue resolution time by 40%.
• Written multiple Helm charts for the deployment and management of monitoring system components, streamlining deployment processes and ensuring scalability across multiple environments.
• Developed automation process for daily checks, generating comprehensive status reports for 15+ clients across Kubernetes and non-Kubernetes environments, halving the need for manual effort.
• Streamlined operations and enhanced productivity, improving monitoring of client status and operational performance by 30%.

• Created scripts for resource management tasks, such as monitoring system performance, managing disk space, and optimizing CPU and memory usage, leading to a 40% reduction in resource wastage.
• Developed shell scripts, logrotate configurations and cron jobs to automate resource management tasks in Linux systems, eliminating the need for manual intervention and reducing administrative workload by 40%.
• Reduced the number of incidents recorded in the JIRA board by 50% through the implementation of proactive resource management strategies, enhancing system stability and reliability.
• Spearheaded the upgrading of multiple third-party services, including Atlassian tools, Nexus, Rundeck, Jenkins, and other applications, resulting in a 30% reduction in downtime during upgrades.
• Developed and deployed automated scripts and Rundeck tasks to streamline the upgrade process, reducing manual effort by 40% and ensuring consistent and error-free upgrades.
• Achieved significant time savings and improved operational efficiency by automating upgrade tasks, resulting in a 50% reduction in manual work and freeing up resources for other critical tasks.