EVM via LayerZero

LayerZero OFT (Omnichain Fungible Token) wraps $OPTX for EVM chains. This is the primary bridge for DePIN reward distribution and multi-chain wallet verification.

Supported Chains

Bridge Architecture

How It Works

1. Lock on Solana — $OPTX tokens are locked in the OFT Adapter Program on Solana
2. DVN Verification — LayerZero's Decentralized Verifier Network confirms the lock
3. Mint on EVM — Equivalent ERC-20 wrapped $OPTX is minted on the destination chain
4. Return path — Burn ERC-20 $OPTX on EVM, unlock SPL $OPTX on Solana

Bridge Example

import { OftTools } from "@layerzerolabs/lz-solana-sdk-v2"

const bridgeToBase = async (amount: number, evmAddress: string) => {
  const oftConfig = {
    srcEid: 40168,           // Solana endpoint ID
    dstEid: 40245,           // Base endpoint ID
    tokenMint: "4r9WoPsRjJzrYEuj6VdwowVrFZaXpu16Qt6xogcmdUXC",
  }

  const tx = await OftTools.send(
    connection,
    wallet.publicKey,
    oftConfig,
    amount,
    evmAddress,
    { nativeFee }
  )

  await wallet.signAndSendTransaction(tx)
}

JOE EVM Wallet

The JOE agent operates on EVM chains through its registered wallet:

AARON Interaction

The AARON router does not operate on EVM chains directly. Its role is pre-bridge:

1. Validate gaze attestation on Solana
2. Authorize the bridge transaction
3. Sign the OFT send instruction

Once assets cross to EVM, they follow standard ERC-20 mechanics. Bridging back requires re-verification through AARON.

LayerZero bridge is currently in devnet testing. Mainnet deployment pending audit.

Related

• On-Chain Bridge — Multi-chain bridge hub
• On-Chain Addresses — Token addresses across chains