Kiran Kumar Reddy Jogi

• Proven expertise in Software Configuration Management (SCM), Continuous Integration (CI), Continuous Deployment (CD), and Build/Release Management to drive efficiency and scalability.
• Advanced proficiency in Linux/Unix system administration, encompassing system builds, server configurations, and seamless installations.
• Skilled in leveraging industry-leading DevOps tools such as Jenkins, Ansible, Bitbucket, Git, Helm, Maven, Artifactory, and Nexus to design, implement, and optimize CI/CD pipelines and infrastructure automation.
• Experienced in architecting and managing Jenkins pipelines, automating complex builds, tests, and deployments across microservices and monolithic architectures.
• Expert in container orchestration with Kubernetes and OpenShift, driving the deployment, scaling, and management of containerized applications using Docker.
• Adept at streamlining development workflows and automating code deployment through integration with Git and Bitbucket version control systems.
• Drove automation and optimized workflows by utilizing shell, Groovy, and Ansible scripts within Jenkins pipelines.
• Led the migration of CI from a VM-based Jenkins setup to AWS Jenkins, architecting a 10-node cluster from scratch. This migration included updating Bitbucket data, enhancing scalability, availability, and performance, and improving disaster recovery capabilities by leveraging AWS’s highly available infrastructure. It also resulted in reduced operational costs through scalable, pay-as-you-go resources.
• Successfully migrated microservices CI from OpenShift to AWS Cloud, enhancing scalability, performance, and reliability.
• Hands-on experience with AWS services (EC2, S3, VPC) to architect high-performance cloud solutions and ensure robust infrastructure.

• Spearheaded the migration of monolithic applications to a microservices architecture using Ansible, improving scalability, flexibility, and maintainability by enabling independent service deployment and management.
• Led the decomposition of the monolithic codebase into self-contained microservices, orchestrating the transition with Ansible to automate configurations and deployments, thus streamlining development and operational processes.
• Directed the migration of source code repositories from Perforce (P4) to Bitbucket (BB), ensuring a seamless transition with minimal disruptions to ongoing development and operations.
• Integrated Bitbucket Pipelines for continuous integration and continuous deployment (CI/CD), streamlining the build and deployment process for both microservices and monolithic applications.
• Developed automated CI/CD pipelines that triggered automatically based on commit/pull requests, accelerating delivery cycles and ensuring more reliable and faster releases.
• Implemented automated workflows within Bitbucket for version control management, including automated tagging, release management, and rollback strategies to quickly address problematic releases.
• Established and enforced policies for commit hooks and pre-push validations, ensuring consistent code quality and adherence to best practices across all commits and branches.

Linux System Administrator

June 2015 – July 2016

• User account management: Added, modified, and removed users and groups, and managed file system permissions & ACLs.
• Logical Volume Management (LVM): Created, extended, and managed LVM partitions.
• Configured and maintained NFS and FTP servers, including troubleshooting and managing NFS shares.
• Samba server setup and management for file sharing across Linux/Windows environments.
• Troubleshot hardware and network issues, booted systems into different run levels for troubleshooting and maintenance.
• Managed remote access using SSH for secure logins and file copying.
• Installed, upgraded, and configured Linux packages using RPM and YUM.
• Scheduled Cron jobs for regular server maintenance and automated processes using CRON & AT.
• File system management: Created, extended file systems, and handled backups using dump and tar.
• Monitoring of server resources like CPU, disk, swap, and memory utilization; analyzed and resolved issues related to system load and processes.
• Regularly performed data backups and system upgrades to ensure system performance and security.
• Remote system administration using tools like SSH and Telnet