Agent systems should design inter-agent communication with Byzantine fault tolerance by default, applying lessons from distributed systems. Unlike typical assumptions of full trust between agents, real agent failures—producing plausible but incorrect outputs—match the Byzantine failure model rather than crash or omission models, requiring verification mechanisms like signatures and redundancy.
This repository implements line-rate post-quantum Byzantine consensus using balanced ternary representation and L1D cache optimization, achieving 12.4 Mpps/core throughput at 100GbE with sub-80ns latency. The system comprises eBPF/XDP drivers for packet processing, Triton GPU kernels for efficient decompression, and microbenchmarking tools, targeting top-tier systems conferences.