0G Orbit is a self-custodial operational wallet for AI agents. It lets DAOs and users delegate bounded authority to autonomous agents without handing over private keys or unlimited spending power.
0G Orbit gives AI agents a bounded wallet. Instead of letting agents hold private keys, users define an operational envelope: per-transaction caps, daily budgets, allowed recipients, allowed function selectors, cooldowns, and emergency pause controls. The agent can perform routine DAO operations inside that envelope, while the smart contract rejects unsafe actions automatically.
The demo includes an executable policy-gated wallet flow, receipt evidence stored through 0G Storage, and a compute-assisted risk attestation. The goal is to make autonomous agents useful in real workflows without sacrificing custody, control, or auditability.
During the hackathon, we built a working MVP of 0G Orbit from concept to deployed demo. The project includes a Next.js showcase app, Solidity smart contracts for OrbitFactory and OrbitWallet, policy-gated execution logic, a DAO ops agent demo flow, live deployment on the 0G Galileo Testnet, and proof evidence across 0G Chain, 0G Storage, and 0G Compute.
Completed progress:
- Built the product UI and interactive demo flow.
- Implemented OrbitFactory and OrbitWallet smart contracts.
- Deployed contracts to 0G Galileo Testnet.
- Executed an allowed operation on-chain.
- Added policy checks for spending caps, allowlists, cooldowns, and pause controls.
- Uploaded receipt evidence through 0G Storage.
- Generated a compute-assisted risk attestation using 0G Compute provider discovery.
- Prepared demo video script, storyboard, subtitles, and voiceover assets.
Bootstrapped hackathon project. No external funding has been raised yet.