Design Overview
Konnex is powered by a single decentralized validator network that tackles two challenges:
Universal Communication & Robot Smart‑Contract Protocol — a peer‑to‑peer mesh that normalizes task grammar, robot identity, and collateral‑backed commitments. Validators verify execution through PoPW and trigger native stablecoin escrow settlement.
Incentive‑Driven Robotics‑Intelligence Marketplace — a decentralized AI exchange that brings robot owners and AI developers together under validator oversight. Robo‑AI miners stake collateral, propose control‑policy roll‑outs, and earn trust‑weighted rewards, with payouts in stablecoins. Network fees and governance remain in KNX.
Universal Communication & Robot Smart‑Contract Protocol
Resilient Mesh Network: low‑latency QUIC/libp2p transport for millisecond messaging and failure resistance.
Cross‑Robot Smart Contracts: any robot or fleet can sign on‑chain deals with stablecoin escrow, deadlines, and penalties.
Proof‑of‑Physical‑Work (PoPW): validators review sensor evidence to confirm real‑world completion before settlement.
Decentralized Robotic‑Intelligence Provider
Three roles converge in a trust‑minimized marketplace:
Users — request real‑world jobs.
AI Developers — supply control policies and earn rewards automatically.
Scoring Validators — rate trustworthiness and solution quality.
AI miners receive high‑level requests (e.g., "cook soup"), compete with policies, and must pass simulation checks before deployment. Rewards and penalties are settled in stablecoins.
Example policy (abridged)
1. Move arm to safe home position
2. Open fridge → smooth_move arm [handle_position]
3. Verify ingredients; if missing, auto‑contract delivery robot
4. Pick vegetables using arm‑cam feedback
5. Place vegetables in pan; execute precise drop‑offLast updated