Developed enhanced cryptographic capabilities for the a16z/jolt repository by implementing HyperBmmtv multilinear polynomial commitment support as an extension of the existing Bmmtv architecture. Focused on Rust programming, the work included designing and integrating setup, commit, prove, and verify APIs to enable secure multilinear polynomial commitments. Comprehensive end-to-end tests were established to ensure reliability and reduce integration risk, with careful attention to maintaining compatibility with the current API and architecture. This effort improved the platform’s cryptographic reach and positioned it for scalable upgrades, leveraging expertise in cryptography, polynomial commitments, and zero-knowledge proofs for future production deployments.