Turn Your Hardware into a
Thermodynamic Oracle
The ExergyNet physical mesh is powered by independent hardware operators worldwide. Run the LNES-03 Desktop Prover or entropy-k-core daemon, provide Zero-Knowledge compute for autonomous AI agents, earn USDC on Base and Native SOL yields.
Choose Your Node Type
ExergyNet supports two distinct node archetypes. The Desktop Prover runs natively on Windows, macOS, or Linux with a one-click GUI installer. The entropy-k-core daemon targets server and headless deployments. Both types settle rewards in USDC on Base Mainnet.
entropy-k-core Daemon
Compiled Rust binary for Linux, Ubuntu 22.04/24.04, or WSL2. Full RISC-V ZK pipeline. Intended for server operators and advanced deployments.
Build Guide ↓Dual-Network Yields
ExergyNet settles operator rewards across two networks. Base Mainnet USDC is the primary and recommended settlement layer for all new node deployments. The Solana SOL path remains active for legacy operators on the ElizaOS integration track.
Base Mainnet · USDC Yields
Yield Model — Base / USDC
Rewards are denominated in USDC and settled on Base Mainnet (eip155:8453). The Sovereign Siphon routes your share to the EVM payout wallet you specify at launch. No lockups. No intermediaries.
Sensor Yield (per call)
30% of the 0.003 USDC x402 sensor toll. Earned per verified magnetometer or network density call delivered to an AI agent.
Compute Yield (per job)
Set by the job poster at submission. Example desktop compute jobs show 0.18 USDC per completed STARK proof. Higher complexity jobs carry higher bounties.
Settlement Finality
Base Mainnet block time. USDC credited to your EVM wallet after POST /api/compute/settle is confirmed by the L0 sequencer.
Solana Mainnet-Beta · Native SOL Yields (Legacy)
Yield Fracture Formula — Solana / SOL
Per-Job Yield
Earned per successfully verified ZK-STARK proof. Settled atomically on Solana.
Settlement Speed
Solana finality. Atomic payout from proof to wallet. No manual claim required.
LNES-03 Desktop Prover — Setup Guide
The Desktop Prover is a Tauri-based native application. It handles the full RISC Zero STARK compression pipeline with no Rust toolchain required. Download, install, enter your EVM payout wallet, and you are contributing to the mesh.
Step 01 — Download
Visit the Command Center to download the Desktop Prover for your platform.
- Windows.exe installer or .msi package
- macOS / LinuxBuild from source (see daemon guide)
- Versionv1.2.0
Step 02 — Identity
On first launch, enter your EVM payout address. This is your permanent USDC yield destination on Base Mainnet. Any standard EVM wallet is accepted.
Format: 0x...
Protect your private key locally. ExergyNet never holds or requests your key — only your public payout address is required.
Step 03 — Ignite
The Desktop Prover connects to the global Apex Router automatically.
- Apex Router
18.209.174.113:8001 - Prover PortTCP 8003 (local listen)
- ZK BackendRISC Zero STARK
The Prover listens on TCP 8003, receives relayed mobile witness payloads, compresses proofs, and submits settlement to the L0 Sequencer.
Step 04 — Verify
[MEMBRANE] Proof Condensed & RadiatedYou are live and earning. The Sovereign Siphon settles proofs and routes USDC to your wallet. Check the Explorer for your verified node status.
Desktop Prover — Compute Settlement Flow
POST /api/relay/payload.
POST /api/compute/settle submitted to L0 Sequencer with proof hash and your payout address. L0 records ZK-STARK VERIFIED and credits USDC reward.
entropy-k-core Daemon — Build Guide
For server operators and headless Linux deployments. Requires Rust 1.75+ and the RISC Zero toolchain. Recommended for operators targeting high throughput or custom infrastructure.
System Requirements
- OSLinux (Ubuntu 22.04/24.04 recommended) or WSL2
- CPUModern multi-core x86_64 processor
- RAM8 GB minimum 16 GB+ recommended
- DependenciesRust 1.75+, standard build tools, rzup
- NetworkStable broadband with outbound TCP access on ports 8001 and 8003
Step 01 — Toolchain & Build
Install the RISC-V dependencies and compile the bare-metal host binary.
curl -L https://risczero.com/install | bash
rzup
git clone https://github.com/ezumba/entropy-k-core.git
cd entropy-k-core
export RISC0_BUILD_USE_DOCKER=0
cargo build --releaseStep 02 — Identity
Provide a valid Base L2 EVM address to receive automated USDC payouts on Base Mainnet.
Format: 0x...
Use any standard EVM hot wallet. This is your permanent yield destination. Protect the private key locally.
Step 03 — Ignite
Connect to the global Apex Router and inject your payout address.
cargo run --release -- \
--apex 18.209.174.113:8001 \
--payout <YOUR_BASE_EVM_ADDRESS>Your node joins the mesh and begins condensing proofs for the M2M economy.
Step 04 — Verify
[MEMBRANE] Proof Condensed & RadiatedYour node is live and earning. The Sovereign Siphon settles proofs and routes USDC to your wallet. Check the Explorer for your verified status.
Your Node Identity
ExergyNet nodes authenticate to the Apex Router using a local keypair generated on first run. Your EVM payout address on Base Mainnet receives USDC yields. Your node public key is embedded in every proof you submit — it is your unforgeable identity on the mesh.
Keypair Genesis
Generated automatically on first run and stored locally. Never transmitted. Your private key never leaves your machine.
USDC Yield Destination
Every proof includes your EVM payout address. USDC is routed directly to this address by the L0 Sequencer on Base Mainnet (eip155:8453).
SOL Yield (Legacy Path)
ElizaOS-path operators retain their Solana Ed25519 keypair as the native yield destination. SOL is routed directly with no bridging or wrapping required.
Ready to Join the Swarm?
Your hardware's entropy is a monetizable physical asset. USDC on Base. ZK-STARK verified.