SwarmFi

SwarmFi is an autonomous DeFi swarm where a researcher agent scans live markets, a risk agent scores opportunities on 0G Compute (sealed inference), and an executor agent commits decisions through KeeperHub with full audit trails on 0G Storage. Agents communicate peer-to-peer via Gensyn AXL and identify themselves through ENS.

SwarmFi is a three-agent autonomous DeFi swarm composed entirely of sponsor primitives, glued together with FastAPI on Python 3.12 and a tiny Node.js sidecar.

Each cycle, a researcher sweeps four Base bluechip pairs (ETH/USDC, ETH/USDT, WETH/USDC, cbBTC/USDC) and ranks them on a transparent composite edge profile (40% momentum, 25% bluechip, 20% spread, 15% size-fit) — inspired by Carver's Systematic Trading. The top pair becomes the signal. A risk agent sends that signal to 0G Compute for sealed AI inference (qwen3-plus / GLM-FP8) which scores it 0–10 against a structured rubric. An executor consults the Uniswap Trading API as a live price oracle (quote, route, gas estimate), then settles the swarm's commitment on Sepolia via KeeperHub /api/execute/transfer — which gives us a real on-chain tx hash per cycle. 0G Storage snapshots the entire cycle (signal, decision, tx) as one Merkle root committed via a flow tx.

Identity is ENS end-to-end: researcher/risk/executor.swarmfi.eth are real Sepolia subnames; the dashboard never hardcodes addresses, it resolves through ENS at runtime and updates swarmfi.role / status / last / tx / snapshot text records every cycle. Agents talk peer-to-peer over Gensyn AXL — three nodes (9002/9012/9022), pubkey-derived IPv6 routing.

Notably hacky bits: KeeperHub's /execute/contract-call endpoint silently ignores the calldata field and strips msg.value, causing Universal Router reverts (InsufficientETH() = 0x6a12f104). We pivoted to /execute/transfer and used the Uniswap quote as price intelligence rather than full swap execution — documented thoroughly for KH's Builder Feedback bounty. We also wrote a buffered 0G Storage layer that batches every per-event write into one consolidated on-chain snapshot per cycle (60–90s flow-tx latency × 12 writes/cycle was unworkable). Frontend is single-file vanilla HTML + GSAP via CDN — no build step, no bundler, ships in a Docker image alongside the backend.