Principal Engineer, Site Reliability Engineering
Current• Contributing to the enterprise-level implementation of RAG (Retrieval-Augmented Generation) as a service to facilitate seamless onboarding for teams, enabling efficient integration of RAG into various use cases.• Developed an internal Code review assistant by leveraging a LLM to automate code review comments and post the comments to pull-request using Github app integration. This tool streamlined the initial PR review process, reducing engineers' workloads and increasing review efficiency. • Utilized Recursive URL Loaders and FAISS index embeddings to extract and index content from the Target tech blog and integrated with a Retrieval-Augmented Generation (RAG) system to significantly decrease human involvement in information retrieval.• Empowering engineering teams by strategizing the seamless integration of OpenTelemetry into Kubernetes-deployed applications, fostering a unified metric language that streamlines KPI/SLI/SLO monitoring and visualization in collaboration with Product Engineering teams. This initiative targets a significant reduction in Mean Time to Detect (MTTD) during incidents, ensuring rapid response and heightened reliability across the ecosystem.• Engineered a custom OpenTelemetry Extension designed for target-specific environments, enabling the automatic capture of runtime metadata alongside distributed tracing. This pioneering solution eliminates the necessity for intricate tracing configurations within applications, simplifying deployment and accelerating operational readiness.