I build verifiable systems: P2P protocol tooling, native C, Node.js utilities, deterministic evaluation, and public-CoreML benchmarks.
- Wireshark / Holepunch protocols: native DHT-RPC and HyperDHT dissector merged into Wireshark master. Implemented all sixteen commands, transaction correlation, PING_NAT and relay handling, with live/synthetic captures, thirteen tests, dissector checks, and fuzzing. Wireshark MR !26413
- DHT-RPC transaction tracker: zero-dependency CommonJS module for transaction correlation, retransmissions, ID reuse, NAT aliases, relay roles, TTL sweeps, and bounded state. All 22 tests pass on Node 20, 22, and 24, with 100% coverage on Node 24. dht-rpc-transaction-tracker
- Public-CoreML ANE benchmark: reproducible int8-weight matmul on Apple M5, with public compute-plan evidence and independent NumPy checks. Two runs showed 1.97x/1.98x headroom at M=512, K=N=4096, while small-M paths were slower. This is a microbenchmark, not an end-to-end LLM claim. coreml-ane-matmul
- Judge Protocol: deterministic evaluator for ERC-8183 agent escrow, with on-chain integrations, reproducible evidence, and contract/service tests. judge-protocol
- AgentKernel: self-hosted TypeScript policy and audit layer for agent actions. AgentKernel
- x402-foundation/x402#1791 - Polygon mainnet default asset support
- helius-labs/core-ai#82 - router/responses unit tests
- solana-foundation/program-examples#194 - external-delegate token example
- Sofiia7/ARC#32 - criteria-based dispute-evidence runbook
- pipavlo82/recomputable-verification-receipts#9 - Judge Protocol ruling profile
I prefer narrow technical risks, independent references, reproducible tests, and performance claims tied to the exact hardware and workload measured.
GitLab: vijaygopalbalasa

