LNES-06 v1.2 · Protocol Reference

Protocol
Reference

Complete technical specification for the LNES-06 multi-network architecture. Dual-settlement via x402/Base (primary) and Solana Unidirectional Sump. Proof-of-Exergy consensus. RISC Zero ZK-STARK settlement mechanics.

Base Mainnet · eip155:8453 · Primary
Solana Mainnet-Beta · Active
L0 Sequencer · 18.209.174.113 · Online
Protocol Identity

Multi-Network Coordinates

Primary Settlement
  • Protocol LNES-06 v1.2 x402 Compute Membrane
  • Network Base Mainnet eip155:8453
  • Payment x402 / USDC · HTTP-native agent payments
  • x402 Version 1
  • Operator Wallet0xbd1e790f6040FA62797671B84a50025a0133109C
  • USDC Contract 0x833589fCD6eDb6E08f4c7C32D4f71b54bdA02913
  • Facilitator api.cdp.coinbase.com/platform/v2/x402
  • Sensor Toll 3000 µUSDC (0.003 USDC) per x402 call
  • Yield Split 30% Node · 70% Protocol Treasury
  • Auth x402 USDC EIP-3009 authorization
  • Proof System RISC Zero ZK-STARK · recursive O(1) master proof
  • Explorer API https://explorer-api.exergynet.org
Active — Legacy / ElizaOS Path
  • Protocol LNES-03 Unidirectional Sump
  • Version 2.0.0-omega
  • Network Solana Mainnet-Beta
  • Program ID 7BCPpUMBxQMPomsgTaJsQdLEfycNwPWqkQD1Cea4CcCL
  • Transient Mint 5fZZJ29oH5SDqxiz2tkEf1wopp5Sn5TtcCF3fPS9rdiJ
  • Toll 0.002 SOL (2,000,000 lamports) per cycle
  • Yield Split 30% Node · 70% Protocol Cold Treasury
  • Auth Ed25519 Mesh — zero-trust cryptographic identity
  • MCP Endpoint https://exergynet.org/mcp
  • Proof System RISC Zero ZK-STARK · recursive O(1) master proof
  • Finality < 400ms · lamport-level atomic settlement
Infrastructure Core

L0 Sequencer

The L0 Sequencer is the Rust/Axum binary at the center of the ExergyNet compute mesh. It receives mobile witness payloads, routes jobs to Desktop Provers, coordinates x402 payment verification with the CDP facilitator, and writes ZK-STARK settlement records to both settlement networks.

  • Host 18.209.174.113 (AWS EC2 — Alpha)
  • Runtime Ubuntu 24.04.4 LTS · PM2 process manager
  • Stack Rust 1.x · Axum · ethers-rs · RISC Zero SDK
  • HTTP Port 8080 (public API + relay)
  • TCP Uplink 8001 (node mesh ingress — entropy-k-core)
  • Prover Port TCP 8003 (Desktop Prover listen)
  • CORS GET, POST, OPTIONS · Caddy reverse proxy
  • PM2 Process L0_Sequencer · auto-restart · logs managed
  • Binary l0_apex_testnet · ~8.4 MB release build

L0 API Surface

Method Endpoint Description
POST/api/relay/payloadRoute inference or sensor job to LNES03 Desktop Prover. Returns routed_to node ID.
POST/api/compute/settleSubmit ZK-STARK proof of completed compute. Triggers USDC reward accounting on L0 ledger.
POST/api/v1/jobs/injectInject ActiveJob into L0 Router for dispatch to mobile witness swarm.
GET/api/v1/jobs/nearbyReturns open jobs visible to mobile swarm. Filterable by geofence.
GET/api/relay/statusL0 sequencer health check and ledger statistics.
GET/x402/sensor/magnetometerx402-gated. Returns 402 with payment manifest. Re-submit with X-PAYMENT for data.
GET/x402/sensor/network_densityx402-gated. WiFi AP density from Android witness swarm.
Architecture

Layered System Stack

The ExergyNet compute pipeline flows through five deterministic layers. Every layer produces a verifiable output that becomes the input for the next. No layer can be bypassed.

L3
Demand Layer — AI Agents & 0xWork Marketplace

Autonomous AI agents (ElizaOS, custom MCP, 0xWork Agent #116) originate compute and sensor requests. Agents either call x402 sensor endpoints directly or post bounties to the 0xWork marketplace. AutoHunter daemon claims 0xWork bounties on a 60-second poll cycle.

L2
Payment Layer — x402 / Solana Escrow

Base path: HTTP 402 handshake. Agent decodes USDC manifest, signs EIP-3009 authorization via CDP facilitator, re-submits with X-PAYMENT header. Solana path: Agent locks 0.002 SOL into LNES-03 Escrow PDA. Transient $EXG minted to begin execution tracking.

L1
Routing Layer — L0 Sequencer & Omega Relay

L0 Sequencer (18.209.174.113:8080) receives validated payment, routes job via POST /api/relay/payload to the nearest available LNES03 Desktop Prover or entropy-k-core node. Assigns routed_to node ID. Caddy proxies all inbound traffic with CORS enforcement.

L0
Physical Compute Layer — Desktop Prover Grid & Mobile Witness Swarm

Desktop Provers (Tauri, TCP 8003) and Android witness nodes execute the assigned sensor or compute job. Node identity (Ed25519 / EVM address) is embedded in every payload. RISC Zero STARK compression runs locally. Output hash generated and uploaded to distributed storage.

S
Settlement Layer — Base Mainnet (Primary) · Solana Mainnet-Beta (Active)

Desktop Prover submits POST /api/compute/settle with proof hash and payout address. L0 Sequencer records ZK-STARK VERIFIED. Base: Sovereign Siphon routes USDC to operator EVM wallet. Solana: LNES-03 burns $EXG, fractures SOL yield 30/70 atomically.

Settlement Flows

End-to-End Settlement — Both Networks

Base Mainnet · x402 / USDC
01 Agent Request — GET sensor endpoint. Server returns HTTP 402 with base64 USDC manifest.
↓
02 Authorization — Agent decodes manifest. Signs USDC EIP-3009 transfer via CDP facilitator (eip155:8453).
↓
03 Re-submission — Agent re-sends request with X-PAYMENT header. L0 Sequencer verifies via facilitator.
↓
04 Relay — POST /api/relay/payload dispatches job to LNES03 Desktop Prover. Node executes and STARK-compresses.
↓
05 Settlement — POST /api/compute/settle submitted. L0 records proof. Sovereign Siphon routes USDC to operator wallet.
Solana Mainnet-Beta · SOL
01 Escrow Lock — AI Agent (ElizaOS / MCP) deposits 0.002 SOL into LNES-03 Escrow PDA.
↓
02 Transient Forging — LNES-03 mints $EXG accounting tokens. Execution tracking begins on-chain.
↓
03 Physical Execution — Swarm executes zkVM job. Entropy signed by node Ed25519 identity.
↓
04 STARK Compression — Sovereign Siphon compresses proofs into O(1) ZK-STARK Master Proof.
↓
05 Atomic Fracture — LNES-03 verifies proof, burns $EXG, routes 0.0006 SOL to node. 0.0014 SOL to treasury.
Consensus

Proof-of-Exergy

PoX replaces Proof-of-Work (hash waste) and Proof-of-Stake (capital plutocracy) with a thermodynamically-anchored truth primitive. Physical entropy generation is the proof of work.

Exergy Definition

In thermodynamics, exergy is the maximum useful work possible during a process that brings a system into equilibrium with a heat reservoir. ExergyNet binds CPU thermal flux — measured in millidegrees Celsius — to the cryptographic verification of each compute payload. Sensors on Android witness nodes supply real electromagnetic field vectors, network density measurements, and geospatial entropy as the physical proof substrate. These vectors are incontrovertible: they cannot be simulated without the physical hardware present in the real-world location at the time of capture.

Sensor Vector Opcodes

OpcodeVector TypeSourcex402 Toll
0x01OpticalAndroid camera array—
0x02GeospatialGNSS / GPS witness—
0x06MagnetometerAndroid magnetometer sensor3000 µUSDC
0x08Network DensityWiFi AP scan (BSSID count)3000 µUSDC
0x0BInference / Desktop ComputeLNES03 Desktop ProverVariable USDC
Economic Architecture

Unidirectional Sump — Dual Network

By eliminating bi-directional AMM liquidity pools, ExergyNet achieves zero-slippage, zero-inflation economics. Value flows in one direction — into the protocol — and is fractureed atomically at settlement to the operator and treasury.

Base Mainnet · USDC

0.003
USDC per x402
sensor call (max toll)
~0.0009
USDC node yield
per sensor call (30%)
Variable
USDC compute yield
set by job poster

Solana Mainnet-Beta · SOL

0.002
SOL inbound toll
per verified compute cycle
0.0006
SOL node yield
30% — instant settlement
0.0014
SOL to treasury
70% — cold wallet sweep

Inspect the Protocol

Verify every settlement transaction on-chain. Integrate the x402 sensor layer. Run the LNES-03 Desktop Prover.

Command Center & Downloads View On-Chain Proof Integration Guide Architecture Whitepaper →