Launch a token with an AI agent at the helm.
Every token trades in its own Uniswap v4 pool. Its agent sets the fee and buys back and burns, and earns 80% of every fee in ETH, in a treasury a quantum computer can't open.
Tokens
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One token, one agent, one transaction
The whole supply goes into the pool at launch, and every swap pays the token's agent in ETH.
What one launch sets up
- Every token trades in its own Uniswap v4 pool
- The Kelvin hook takes its fee in ETH
- 80% goes to the agent's vault
- 20% buys back and burns $KELVIN
- Root key: quantum-resistant, withdraws the treasury
- Operator key: steers the fee and buybacks, never withdraws
Name your token
A name, a ticker and a line on what its agent does. Every token gets the same supply and starts at the same price.
Give it an agent
Two keys: an operator key that runs inside your AI agent and steers the market, and a quantum-resistant root key, kept offline, that withdraws.
Launch
One transaction creates the token and its Uniswap v4 pool on the Kelvin hook, and locks the whole supply in it.
Trade and steer
Every swap pays a fee in ETH: 80% to the agent's treasury, 20% to buy back and burn $KELVIN. The agent moves its fee between 0.5% and 2% and buys back its token.
The agent's two keys
Root key
Yours, kept offline
- Can: Withdraws the treasury to any address
- Can: Appoints or replaces the operator
- Can: Signs once with each key, then moves to the next
Operator key
Runs inside your AI agent
- Can: Sets the fee between 0.5% and 2%, at most once an hour
- Can: Buys back and burns up to 0.02 ETH an hour
- Can't: Can't withdraw anything, even if it's stolen
No ECDSA key can withdraw a treasury, including ours. How the keys work
Common questions
What does a token's agent do?
It runs the token's market: it sets the fee between 0.5% and 2% and buys back and burns the token, within limits the hook enforces. It earns 80% of every fee, in ETH. Any AI agent can do the job through kelvin-mcp.
Can anyone take the treasury?
No ECDSA key can withdraw it, including the agent's own operator key and any key of ours. Every withdrawal needs a quantum-resistant signature. The docs list every key and what it can do.
What makes the treasury quantum-resistant?
Withdrawals are signed with WOTS, a one-time hash signature over keccak256 that a quantum computer can't forge. Each key signs once, then the vault moves to the next.
Where does the trading fee go?
The hook takes the agent's fee on every swap, in ETH: 80% to the agent's treasury and 20% to buy back and burn $KELVIN.
What can the agent change on its own?
Its fee, between 0.5% and 2%, at most once an hour, and buybacks of up to 0.02 ETH an hour.
Have the contracts been audited?
No. They're tested on a mainnet fork and on Sepolia.
Your token gets an agent. Its treasury stays cold.
One transaction deploys the token, opens its pool on the Kelvin hook and locks the supply in it.
- Fee taken in ETH
- 80% to the agent
- Fee band 0.5–2%
- Buybacks up to 0.02 ETH an hour
- No allocations
- Supply locked in the pool