
Developed foundational multi-party computation (MPC) network and transport capabilities for the Near-One/mpc repository, focusing on secure, scalable distributed systems. Leveraged Rust and Go to implement a QUIC-based peer-to-peer networking layer, enabling efficient communication and robust protocol performance. Integrated distributed key generation using Cait-Sith, improving participant handling and workflow scalability. Enhanced the core MPC engine with triple generation, readiness checks, and comprehensive testing scaffolds to ensure production readiness. Introduced presignature and signature generation prototypes, alongside advanced observability and task tracking utilities. Emphasized asynchronous programming, concurrency, and cryptography to deliver a production-ready platform for secure, large-scale multi-party computations.
November 2024 performance summary for Near-One/mpc. Delivered foundational MPC network and transport capabilities, integrated distributed key generation (DKG) over the MPC network, and advanced core MPC capabilities with enhanced observability and readiness checks. The work establishes production-ready networking, scalable DKG workflows, and robust benchmarking/testing scaffolds, enabling secure, efficient multi-party computations at scale.
November 2024 performance summary for Near-One/mpc. Delivered foundational MPC network and transport capabilities, integrated distributed key generation (DKG) over the MPC network, and advanced core MPC capabilities with enhanced observability and readiness checks. The work establishes production-ready networking, scalable DKG workflows, and robust benchmarking/testing scaffolds, enabling secure, efficient multi-party computations at scale.

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