Naman Lakhwani is a software engineer based in Bengaluru with six years of experience building cloud-native systems in Go and improving developer workflows. He has shipped production features and automation across companies and upstream CNCF projects—contributing to Kubernetes e2e tooling, adding keyless image verification and digest mutation to Kyverno, and enabling per-endpoint mTLS plus automated cert rotation in Thanos. His work targets reliability and performance: a referral service that raised user acquisition 20%, caching that cut notification latency 50%, a container runtime optimization and release-job automation that saved tens of hours per cycle, and a 90% reduction in image pull time via streaming. A former GSoC and LFX mentee, he blends backend and DevOps engineering with CI/CD, testing and supply-chain security focus, and prefers reading and family time when away from the keyboard.
6 years of coding experience
2 years of employment as a software developer
Integrated post graduation (B.Tech. + M.Tech.), Information Technology, Integrated post graduation (B.Tech. + M.Tech.), Information Technology at ABV-Indian Institute of Information Technology and Management
CBSE - 12th, 94.2 %, CBSE - 12th, 94.2 % at Lord Krishna Public School, Datia (M.P.)
ICSE - 10th, 94.33 %, ICSE - 10th, 94.33 % at Holy Cross Ashram School , Datia (M.P.)
Highly available Prometheus setup with long term storage capabilities. A CNCF Incubating project.
Role in this project:
Back-end & DevOps Engineer
Contributions:50 reviews, 42 commits, 15 PRs in 9 months
Contributions summary:Naman contributed to back-end functionality by adding support for matchers in the `tsdb` store and the sidecar component. They fixed UI styling issues and addressed react UI bugs within the project. The user also implemented unit tests, addressed requested changes, and contributed to automatic certificate rotation without restarting the server.
Contributions:56 reviews, 35 commits, 36 PRs in 7 months
Contributions summary:Naman primarily contributed to enhancing the Kyverno project's security and functionality, focusing on image verification. They implemented support for Cosign key-value annotations, added issuer and subject checks for keyless signing, and added a digest mutation feature for image verification. Their work involved modifying the `pkg/cosign` and `api/kyverno` packages to incorporate new verification methods and parameters, and also added tests for the introduced features.
policycosignpolicy-managementk8skubernetes
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