Sravani Gottipati is a technology professional specializing in AI-driven observability, DevOps engineering, cloud infrastructure, release governance, operational automation, and resilient financial-market systems. She brings more than a decade of experience designing and supporting enterprise technology solutions across financial services and other industries.
She currently serves as a Lead Associate Principal DevOps Engineer at The Options Clearing Corporation (OCC), where she leads initiatives involving enterprise CI/CD automation, cloud infrastructure, application observability, deployment optimization, and operational resilience. Her work focuses on developing automated delivery workflows, strengthening software release processes, supporting complex distributed systems, and applying governance and automation to enterprise technology operations.
Previously, Sravani held engineering and leadership roles at Mastercard International, contributing to global product integration, operational reliability, deployment governance, and enterprise technology modernization. Her earlier experience includes software engineering and observability roles across technology organizations including Vertraus, Inteliroute Technologies, Data Edge Consulting, Amazon, and Unisys Global Services.
Her technical expertise spans AWS, Kubernetes, Terraform, Ansible, Jenkins, Docker, Splunk, Prometheus, Dynatrace, Kafka, and distributed application monitoring. She combines hands-on engineering experience with expertise in enterprise operations, system reliability, intelligent observability, and technology governance.
Sravani holds a Master of Science in Computer and Information Sciences from Southern New Hampshire University and a Bachelor of Technology in Electronics and Communication Engineering from JNTUH.
Her professional interests include AI-driven observability, transaction-aware monitoring, intelligent operational automation, release governance, and resilient financial infrastructure. Through her research and conference presentations, she shares practical engineering approaches for improving operational resilience, governing automation, and designing secure and reliable technology systems for mission-critical environments.