
Gil worked on the Near-One/mpc repository, delivering cryptography-enabled backend features and robust deployment workflows over four months. He implemented continuous key derivation (CKD) and BLS signature support, standardizing public key handling and serialization across Ed25519, Secp256k1, and BLS12381. Using Rust and Python, Gil improved CI/CD reliability, reproducible builds, and Docker-based cloud deployment, while enhancing contract security and test coverage. His work included refactoring for threshold-signatures, optimizing domain registry lookups, and introducing secure backup CLI storage with mTLS. The engineering demonstrated depth in distributed systems, cryptography, and DevOps, resulting in a more secure, maintainable, and performant MPC platform.

October 2025 monthly summary for Near-One/mpc focused on delivering cryptography-enabled features, hardening security, and improving performance and deployment reliability. Key outcomes include expanded CKD/BLS support with rerandomization, unified public key handling, deployment/CI improvements, enhanced backup security, and performance optimizations in domain registry lookups, complemented by robust tests and read-only keyshares API.
October 2025 monthly summary for Near-One/mpc focused on delivering cryptography-enabled features, hardening security, and improving performance and deployment reliability. Key outcomes include expanded CKD/BLS support with rerandomization, unified public key handling, deployment/CI improvements, enhanced backup security, and performance optimizations in domain registry lookups, complemented by robust tests and read-only keyshares API.
September 2025 focused on delivering robust CKD integration, hardening contract behavior, and improving build/release reliability across Near-One/mpc. The team shipped multi-layer CKD support, strengthened governance through DomainId separation, and advanced testing and CI practices to ensure stable, reproducible deployments in production and devnets.
September 2025 focused on delivering robust CKD integration, hardening contract behavior, and improving build/release reliability across Near-One/mpc. The team shipped multi-layer CKD support, strengthened governance through DomainId separation, and advanced testing and CI practices to ensure stable, reproducible deployments in production and devnets.
In August 2025, the Near-One/mpc project advanced CI/CD reliability, expanded CKD capabilities across the MPC stack, strengthened test coverage, resolved deployment/config reliability issues, and documented secure deployment in a Trusted Execution Environment (TEE). These efforts reduced release risk, accelerated iteration, and broadened cryptographic workflows for multi-party usage.
In August 2025, the Near-One/mpc project advanced CI/CD reliability, expanded CKD capabilities across the MPC stack, strengthened test coverage, resolved deployment/config reliability issues, and documented secure deployment in a Trusted Execution Environment (TEE). These efforts reduced release risk, accelerated iteration, and broadened cryptographic workflows for multi-party usage.
July 2025 monthly summary for Near-One/mpc: Focused on streamlining deployment, improving test reliability, and validating configurations. Key outcomes include: (1) CI/Build Infrastructure Enhancements and Dependency Migration with TEE-enabled Docker images and reproducible builds; (2) MPC Contract Test Fixes aligning RTMR3 byte arrays and public keys; (3) Validation improvements for generate-test-configs preventing empty participant lists and clearer errors; (4) Dependency name migration across the codebase (cait-sith -> threshold-signatures) with associated workflow updates.
July 2025 monthly summary for Near-One/mpc: Focused on streamlining deployment, improving test reliability, and validating configurations. Key outcomes include: (1) CI/Build Infrastructure Enhancements and Dependency Migration with TEE-enabled Docker images and reproducible builds; (2) MPC Contract Test Fixes aligning RTMR3 byte arrays and public keys; (3) Validation improvements for generate-test-configs preventing empty participant lists and clearer errors; (4) Dependency name migration across the codebase (cait-sith -> threshold-signatures) with associated workflow updates.
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