Polymarket 
Event markets, sports, arb paths, and prediction flow under bounds you set. CLOB prepare shipped in the public plane.
self-custody agent control
Hyperliquid, Polymarket, EVM, Bitcoin, Solana, Stable and Robinhood Chain in a single control plane. Oracle reads state, prices routes and prepares the transaction. Your wallet signs it.
macOS · Windows · Linux / desktop app or holder-gated CLI
Profiles
Input / Command hits the Oracle control plane, then routes across venue profiles, multi-chain EVM, Bitcoin, Solana, and the protocol builder. Any MCP harness can drive a single agent.
Event markets, sports, arb paths, and prediction flow under bounds you set. CLOB prepare shipped in the public plane.
Native perps, HIP-3/4 asset resolve, TA, event risk, and Hyperliquid when you need HL's EVM surface.
RH Chain markets, memecoins, NFTs, names, token scans, and chain-local routing.
Jupiter routes, Sanctum liquid-staking tokens, Solend lending, Kamino strategies, Meteora DLMM, Jito MEV, and Pyth feeds. The bounded lane decodes every instruction and bans delegation ops outright.
Ordinals, runes, Babylon staking, Lightning topology, mining economics, and the Liquid and Stacks sidechains. Every PSBT input carries proven provenance, so fees are computed, not asserted.
Multi-chain routes, LI.FI and Relay bridges, Aave lending, Spark, Beefy, Symbiotic restaking, and CoW solver auctions. Bounded evm-swap and evm-bridge lanes.

List across 22 EVM chains and Solana via OpenSea. Buy and list Ordinals through Satflow with proven PSBT provenance. Solana listings via Magic Eden. Floors, holdings and PnL are read first, then prepared for your signature.
Stable mainnet launch radar, memecoins, USDT0 gas, and venue ops, scanned straight from the chain's own logs.
Scaffold contracts, run security gates (Foundry + static checks), prepare unsigned deploys through pinned factories. You still sign every deploy.
The model proposes. Policy bounds. You own signatures. Multi-profile desks route each request to the right surface. Vaults, perps, bridges, and protocol scaffolds, not just swaps. Empty allowlists refuse everything until you configure them.
Custody
Max value, chain, venue, destinations, and TTL. Outside the grant = hard refuse, not an agent with a free wallet.
hl, poly, evm-swap, evm-bridge, btc, sol. Each decodes its own envelope, proves every value-moving field, and refuses while its allowlists are empty.
minOut, impact, spender, and decoded calldata before approval; tx hash, receipt status, balance delta, and allowance state after. Unsigned artifacts export to hardware wallets. No “looks filled.”
A fresh install signs nothing. Destination allowlists stop silent router drift, and every lane refuses while its allowlists are empty, so new contracts stay blocked until you add them.
Self-custodial agents
The CLI and the desktop app are the whole product. There is no Oracle account, no hosted wallet, and no server that brokers your trades. Reads go straight from your machine to public RPCs and venue APIs.
The shipped package contains no signer, no vault, and no key material. Whatever key you use stays where you already keep it, in your wallet extension or on your hardware device, under that tool’s own protection. A boundary test walks the real import graph on every build and fails if a public module so much as reaches toward signer code.
Oracle prepares an unsigned transaction and hands it to your browser extension or hardware wallet. It cannot broadcast. If you close the prompt, nothing happened.
No custody means no honeypot. There is no server holding user keys to breach, no operator who can freeze you, and no counterparty risk from Oracle itself. Delete the app and your funds never moved.
Oracle reads the position, models the route and costs, then prepares only the steps the selected lane can actually support.
Read concentrated-liquidity positions, model new ranges and fee drag, then prepare collect, swap and redeploy steps on supported venues. You sign each step.
Monitor cross-venue divergence and simulate net edge after gas, slippage and lender costs. Public mode is shadow analysis, not autonomous execution.
Build bounded atomic loan routes and test premium, calldata, gas and minimum-profit gates. Public live execution remains disabled.
Compare validators, staking vaults, rewards and unlock periods, then prepare supported stake, withdraw and delegate actions for your signature.
Rank staking, vault and LP opportunities by net APY after fees, liquidity, lockups and smart-contract risk, then prepare supported deposits or migrations for your signature.
Six delta-aware playbooks, from stablecoin loops to collateral-plus-perp hedges and LP incentive hedges. Each one carries explicit exposure, hedge, monitoring and exit rules rather than a bare APR.
Pair a spot or LP leg against a short perp so the position earns funding and fees without directional exposure. Oracle reads both legs, models funding, borrow and rebalance drag, then prepares each leg for your signature.
Buy over time instead of in one print. Oracle splits the notional into scheduled child orders, prices each against live venue depth, and prepares them individually so a single fill never moves the market against you.
Sell over time on the same engine. Size each tranche against real book depth, cap participation per interval, and keep every child order unsigned until you approve it.
Scan live pools across chains and score each candidate on net APR after estimated borrow, funding and gas, minus a risk haircut for thin TVL. Ranked candidates feed straight into a prepare plan.
Follow smart money across every wired chain: track high-PnL wallets, funds and deployer addresses, then get notified when one opens a position, rotates into a new token, claims an airdrop or exits. Filters on size, realised PnL and hold time so the feed is signal, not noise.
Size a campaign on wallet count, task cadence, gas, bridge cost and labour, then haircut it by eligibility odds, sybil risk and claim lockup. Returns net expected value, ROI and the breakeven probability the campaign has to clear.
9 providers scanned in parallel. Best route wins, revoke check before bridge. Oracle prepares the unsigned tx — you sign.
Works in any harness
Oracle installs as an MCP server, so the agent you already use gets 110 protocol entries across 13 chains. Type the request the way you would say it. Oracle reads state, prices routes and prepares the transaction. You sign.
PASS metadata · PASS liquidity · PASS sellable · unknown is not pass
best route across 5 aggregators · quoted live · unsigned — your wallet signs
Same tool from the terminal, the desktop app, or any MCP client. Prepare-only everywhere: Oracle never holds your keys.
Chains
Every chain reads live. Route means Oracle can also price and prepare a swap there; read only means the venue registry is still empty, so routing fail-closes rather than guessing a router. Any EVM chain can be registered with a chain id and an RPC.
Asset info, order + bracket prepare, cancel, leverage and isolated-margin updates. Tick and lot sizing enforced to 5 sig figs.
Spot meta, mids, L2 book, candles, market and coin datapoints, leaderboards.
Validator summaries, delegations, rewards and history. Stake deposit, withdraw and delegate prepare with a 7-day unstaking queue.
HIP-4 outcome listing plus order and cancel prepare.
Clearinghouse state, open orders, user fills, positions.
Token search and metadata on Hyperliquid, routed with the EVM lane.
Protocol surface
102 providers across 13 chains. Every protocol type the market trades — Oracle reads the state, routes the trade, and hands you the unsigned transaction. You sign.
Oracle CLI
oracle npm install -g @oracle-agent/oracleLocals Only holders get 0% fees. The CLI recognises your agent wallet and applies the rate automatically. The public package never touches keys.
The real Oracle shell, isolated from desktop chrome. Pin the active surface with /chain hyperliquid, switch models with /model, then ask naturally.
actual oracle shell // /chain hyperliquid
The active chain follows each read, quote, prepare, and bounded execution path.
Beta Linux, Windows, and macOS desktop apps are in beta and available to download. The CLI runs on all three today.