Know the moment
Satoshi moves.
We watch every address in the Patoshi mining pattern — the wallets attributed to Satoshi Nakamoto — and alert you the instant any of them broadcast a transaction.
Attribution is based on Sergio Demian Lerner's Patoshi pattern research. Not cryptographic proof — but the best evidence we have.
How it works
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We watch
Our monitor checks every block on the Bitcoin network against all 22,000+ Patoshi addresses, around the clock.
You're first to know
If any Patoshi wallet moves, you get an alert with the transaction details before it hits the news.
Why it matters
This isn't just about one person's coins. It's about what it would signal to the world.
~1,100,000 BTC
Roughly 5% of all Bitcoin that will ever exist sits in wallets attributed to Satoshi. A move would be the single largest Bitcoin transfer in history — instantly.
Market-moving event
Bitcoin markets have never priced in a Satoshi sell. Holders, institutions, and exchanges would react within minutes. Being informed first matters.
The biggest open question in crypto
Is Satoshi alive? Did they lose access? Are the keys still secure? A single transaction — or the absence of one — speaks volumes.
Built on peer-reviewed blockchain forensics
The Patoshi pattern was identified by cryptographer Sergio Demian Lerner in 2013. By analysing distinctive nonce patterns in early Bitcoin blocks, he traced approximately 22,000 blocks — and their coinbase rewards — to a single miner now known as "Patoshi."
The address list we monitor is derived directly from the public keys in those coinbase transactions, converted to standard P2PKH Bitcoin addresses. Every address is verifiable on-chain.
Read the full methodology →A second reason these wallets may move — or disappear
Many Patoshi outputs use an older script format (Pay-to-Public-Key) where the public key is directly exposed on the blockchain. Unlike modern addresses, there's no hash layer protecting the key.
A sufficiently powerful quantum computer running Shor's algorithm could derive the private key from the exposed public key — without any cooperation from Satoshi. Industry roadmaps from IBM, Google, and others put this capability 2–5 years away. The US government has mandated phasing out ECDSA by 2035.
Understand the quantum threat →