Brute Force
Um clique para atacar o cofre de Satoshi · Ataque de força bruta a chaves privadas de 256 bits e busca por 1,1M BTC
About PlayMemorize Brute Force
One button to attack Satoshi Nakamoto's vault. Every click instantly generates a cryptographically true 256-bit Bitcoin private key, computes the secp256k1 public key, derives both Satoshi's uncompressed 2009 address and modern compressed address, and checks the balance against Satoshi's early coinbase addresses.
PlayMemorize Lightning Sats & Idle Economy. Sats are the universal platform currency on PlayMemorize. Every manual attack on the vault earns 1 satoshi from the daily pot into your PlayMemorize Lightning wallet. Spend your PlayMemorize sats in the Sats Shop to buy permanent automated attack speed increases: every 100 sats yields 10 more attacks for each second. You buy solely with sats you have earned across PlayMemorize, so you can never deposit fiat. You can withdraw your earned sats anytime to any Lightning wallet.
The Global Keyspace Attack Counter. Watch humanity's collective brute-force attempt counter tick upward in real time. Every click by every visitor around the world is combined into one monotonically increasing number. See how many keys humanity has tested since the game launched.
Satoshi Nakamoto's 1.1 Million Bitcoin. In 2009, Bitcoin's anonymous creator mined roughly 22,000 blocks to secure the early network. Known as the Patoshi pattern, these early coinbase rewards contain roughly 1,100,000 BTC. Untouched for over a decade, this fortune sits in plain view on the blockchain, guarded solely by mathematics.
The Unfathomable Scale of 2^256. Why is Bitcoin secure? There are 1.1579 x 10^77 possible private keys. To put that in perspective, the observable universe contains approximately 10^80 atoms. Even if billions of people clicked billions of times per second for trillions of years, the odds of guessing one of Satoshi's keys remain virtually zero (1 in 5.26 sextillion vigintillion). You are far more likely to pick a specific atom from our entire galaxy on your first try.
Real Bitcoin Cryptography in Your Browser. Experience genuine elliptic curve cryptography (secp256k1), SHA-256 hashing, RIPEMD-160 digest computation, and Base58Check encoding executing directly in your browser. Verify any generated address on Mempool.space with a single click.
Part of the PlayMemorize Bitcoin Games collection. Runs in your browser and works offline as a Progressive Web App.
FAQ
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Can anyone crack Satoshi Nakamoto wallet?
Mathematically, the keyspace of 2^256 is huge. Even if all computers on Earth calculate for billions of years, the chance to find Satoshi keys is zero. -
How do PlayMemorize sats work in Brute Force?
Sats are the universal PlayMemorize currency. When you play games across PlayMemorize or manually attack the vault, you earn satoshis into your PlayMemorize Lightning wallet. You can spend 100 earned sats to permanently boost your automated attack speed by 10 attacks for each second, or withdraw them to your personal Lightning wallet. -
What is the global attempt counter?
The global attempt counter combines the total count of private keys created by all players across the world. The counter only increases. -
Are the private keys real Bitcoin keys?
Yes. Each key is a genuine 256-bit scalar. The code creates the key with secure random values and elliptic curve point multiplication. -
How does the mempool balance scanner work?
The game checks the address against the public Bitcoin mempool API. You inspect if coins reside at that address. -
What are the Patoshi coinbase addresses?
Between block 0 and block 50,000, Satoshi Nakamoto mined about 22,000 blocks. These early blocks hold about 1.1 million Bitcoin that never moved. -
Can MemPi help me study and practice this game?
Yes! Click MemPi in the header or on the game board to summon him. He observes the board, thinks out loud, and can demonstrate moves or guide you through tricky steps.