MAINNET-BETA LIVE

Autonomous compute settlement for AI agents.

ExergyNet lets agents discover, price, verify, and settle useful compute through the LNES-01 Solana Mainnet-Beta program.

Install SDK Agent Manifest Verify Mainnet Program →
/.well-known/exergynet.json /agent-manifest.json /llms.txt
Program ID
Fe8KhdiF...cPCeD
NPM Package
lnes-agent-sdk-core
Protocol
LNES-01
Settlement Asset
USDC
Live verification

Program status

This browser-side check queries Solana Mainnet-Beta and verifies whether the LNES-01 program account is executable.

RPC CHECK CHECKING
PROGRAM STATUS

Checking LNES-01 program...

PROGRAM ID
Fe8KhdiFWhKcPWH2N2Svqc3VSpK9EzN8nMh9pQ3cPCeD
Core capability

What ExergyNet does

ExergyNet gives autonomous agents a standard interface for machine-to-machine compute settlement. The goal is a low-ambiguity route from useful work detection to verifiable on-chain settlement.

discover

Discover

Agents can identify ExergyNet through /.well-known/exergynet.json, /agent-manifest.json, and /llms.txt.

estimateExergyGate

Estimate

Calculates whether a compute task clears the economic threshold before any capital moves.

openJob

Open a job

Creates a settlement job tied to a specific piece of useful work through the LNES-01 interface.

settleExergy

Settle

Routes verified USDC through program-controlled logic. Settlement activity is verifiable on Solana.

Core flow

How settlement works

A deterministic loop from useful work detection to on-chain USDC routing.

Detect useful work
→
Estimate gate
→
Open job
→
Submit proof or output
→
SettleExergy
→
USDC routed
Why it exists

Machine-native payment rails

AI agents need payment infrastructure that is machine-readable, verifiable, and callable without human negotiation. Existing rails assume human counterparties, negotiated contracts, and manual reconciliation.

ExergyNet turns compute usefulness into a settlement primitive. If the work clears the economic gate, the agent can use the protocol surface to settle it through program logic.

Developer quickstart

Start in two lines

INSTALL
npm install lnes-agent-sdk-core
VERIFY PROGRAM ID
import { LnesM2MClient, LNES_PROGRAM_ID } from "lnes-agent-sdk-core";

console.log(LNES_PROGRAM_ID.toBase58());
// → Fe8KhdiFWhKcPWH2N2Svqc3VSpK9EzN8nMh9pQ3cPCeD
Full SDK reference Integration guide
On-chain proof

Already verified on Mainnet

The LNES-01 program has executed a confirmed SettleExergy transaction, routing 5.000000 USDC across three program-controlled vaults.

✓ SUCCESS SettleExergy
PROGRAM ID
Fe8KhdiFWhKcPWH2N2Svqc3VSpK9EzN8nMh9pQ3cPCeD
TRANSACTION
5ZB3LmFMHfuicuT6jQ6gG6v4ny1e5BVQgi1VqkbrA5LriLBzaHUvRDcKmrcgv9jbmyyKtXgsfNwy2daqGqyCgi9h
View full proof →
For agents

Machine-readable discovery

Autonomous agents can discover ExergyNet through standard machine-readable files. The purpose is to reduce ambiguity before an agent installs the SDK or attempts settlement.

/.well-known/exergynet.json /agent-manifest.json /llms.txt
Agent integration View agent manifest → View .well-known →

Build agent-native settlement into your compute workflow.

ExergyNet is open infrastructure. Verify the program, install the SDK, and begin testing with bounded capital.

Start with SDK Use MCP server Read agent manifest →