WearhouseDAO
Autonomous warehouse robot fleet managed by a DAO — Hedera, ENS, Chainlink. No managers needed.
Project Description
WarehouseDAO is a decentralized autonomous organization that manages a fleet of warehouse robots with zero human oversight. Each robot is assigned tasks, monitored for faults, and paid via micropayments — all triggered automatically by smart contracts deployed on Hedera testnet. When a robot breaks down, the DAO contract instantly detects the fault and reassigns its tasks to another robot. Token holders govern the rules of the warehouse — such as maximum idle time before reassignment and battery thresholds for charging — by voting on-chain. Each robot has a unique ENS identity (e.g., robot-1.warehousedao.eth), making the fleet human-readable and addressable. Chainlink oracles stream live robot telemetry, including temperature, load, and vibration data on-chain. The frontend is a live 2D warehouse dashboard showing robots moving in real time, with a governance panel, micropayment feed, and ENS resolver built in.
How it's Made
WarehouseDAO is built with React and Vite for the frontend, featuring a live 2D warehouse grid where robots move autonomously, pick tasks, break down, and recharge in real time. The core smart contract is written in Solidity and deployed on Hedera testnet (contract ID: 0.0.9228855) using the Hedera SDK. The contract handles robot registration, task assignment, fault reporting, DAO governance voting, and micropayments between robots. ENS is integrated via the ENS public API to resolve robot identities — each robot has a human-readable name like robot-1.warehousedao.eth, making the fleet addressable and verifiable on Ethereum. Chainlink oracles provide live ETH/USD price data and simulate robot telemetry feeds, including temperature, load percentage, and vibration status. When a judge clicks Vote on a DAO rule, it fires a real on-chain transaction to the Hedera contract. When a robot is assigned a task or reports a fault, those events are also recorded on-chain. The simulation runs at 800ms intervals, creating a convincing live demo of an autonomous robot fleet governed entirely by smart contracts.
