┌ mine

Brute-force keccak256 in your browser tab. Address-bound challenges, epoch-rotating, halving-driven — every classic Bitcoin mechanic, on Ethereum.

┌ mining stateera 1

era: 1
reward / mint: 0 HASH
difficulty: 0x00000000…000000
epoch: 0
epoch rotates: in 100 blk (~20m 0s)
minted: 0 HASH
remaining: 18,900,000 HASH
your balance: —

total mining progress

[░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░]0.00%

this era · 0 of 100,000 mints

┌ browser minerwasm not loaded

idle · preview only · connect wallet to mine

hashrate

—

ETA · current diff

~60s typical

hashes tried

—

elapsed

—

challenge

set on connect

—

your address is part of the challenge — solutions are per-wallet, unstealable from the mempool. nothing is signed or submitted until a valid nonce is found.

┌ how it works

01 Browser fetches a per-wallet challenge: keccak256(chainId ‖ contract ‖ you ‖ epoch).
02 N WASM workers run in parallel (auto-detected from your CPU cores), each searching a disjoint nonce-prefix range until keccak256(challenge ‖ nonce) < currentDifficulty.
03 On a hit, the page auto-submits mine(nonce) from your wallet. Contract verifies, mints, halves at era boundaries.
04 Epochs rotate every 100 blocks (~20 min). The miner hot-swaps the challenge automatically when that happens.

Address-bound challenges mean nobody can steal your solution from the mempool. Max 10 mints per block — no burst exploitation. Difficulty retargets every 2,016 mints to hold 1 mint/minute globally, just like Bitcoin.