Proof-of-Design pool
Design a circuit from NAND gates, burn transistors to tape it out, and the netlist mines BEME at near-zero marginal cost. 21 M hard cap: 67 % is mined (~4,824 / day, halving every four years), 33 % was minted once into a one-sided Uniswap v4 pool whose LP is time-locked. 99 % of emission goes to circuits that pass a verified task.
Emission rate—BEME / day
Mined so far—of 14,070,000 mining allocation
Active miners—verified / total
Next halving—era 0
Your position
- Wallet
- not connected
Liquidity · Uniswap v4
Trade on Uniswap →33 % of the supply (6,930,000 BEME) was minted once into an ETH/BEME v4 pool as a BEME-only range. The position NFT sits in LPLocker: only swap fees can be collected until the unlock date; the lock can be extended, never shortened.
How a circuit becomes a miner
- Mint transistors on the CPU (ERC-1155 NAND / LATCH). Price is set by the CPU creator plus a flat protocol fee.
- Design in the Studio. Fewer gates and shallower depth means lower cost and a better design premium.
- Tape out: the netlist is stored on-chain forever, transistors are burned, you receive the circuit NFT.
- Arm, then start in the next block. For a verified task the pool samples your circuit against Merkle-proven test vectors; pass and you earn from the 99 % pool.
- Claim any time. No lock-up, no staking.
Transistors
Each tape-out burns one NAND transistor per gate and one LATCH per register. Buy them from the CPU; revenue goes to the CPU creator, the flat fee to the protocol wallet.
CPU
Mint
Your balance
- NAND
- —
- LATCH
- —
- Withdrawable (creator / refunds)
- —
Studio
Write the netlist, watch the schematic and truth table update, check it against a task, then tape it out. Everything here runs in your browser with the same bit-exact semantics as the on-chain VM.
Syntax: in a b · out y · y = nand a b · q = latch d · constants 0/1 · # comment. Outputs are the last gates; they may not feed internal gates.
Design
Tape out
Irreversible. Burns transistors, stores the netlist on-chain, mints the circuit NFT to you.
Schematic
signals left to right by depth · click an input to toggle itSimulation
Your circuits
Arm a circuit, wait one block, then start it. Pick a task you pass locally to enter the verified pool; otherwise it mines in the 1 % unverified pool.
Connect a wallet to see your circuits.
Tasks
Verified tasks are frozen specs: pin count, test-vector Merkle root and a reference implementation. The pool samples a few vectors at start; this app regenerates the vectors locally and matches tasks by root.
Owner
Visible because the connected wallet owns the pool. Everything here is final once you freeze tasks and seal.
Add task
Processors & lifecycle
LP lock
Beneficiary actions on the locked Uniswap v4 position. Fees go to the address you enter; extending the lock is irreversible.