THE FIRST QUANTUM-RESISTANT BITCOIN TRANSACTION JUST WENT THROUGH 🚨⚛️⚡
StarkWare and CPO Avihu Levy just executed what they describe as the first quantum-resistant transfer directly on the live Bitcoin blockchain. ⛓️
Zero Bitcoin Upgrades Needed 🛠️
Bitcoin is notoriously hard to change. Network-wide soft forks can take years of debate.
This solution runs on Bitcoin's original code today with zero software updates or consensus forks.
The Quantum Threat 💻⚠️
Bitcoin transfers use elliptic curve math to sign transactions with private keys.
When a transfer is sent, its public key sits in the mempool (the public waiting room before miners confirm blocks). A future quantum computer using Shor's algorithm could solve that math and steal the key before the block is mined.
How StarkWare Made It Quantum-Safe ⚙️
Avihu Levy's Quantum-Safe Bitcoin (QSB) scheme:
🔶 Replaces elliptic curve signatures with a hash-to-signature puzzle
🔷 Uses GPU compute (signature grinding) to find hash patterns that fit Bitcoin's legacy script
🔸 Hash functions resist quantum math attacks, protecting private keys
The Catch: High Compute Cost 💸
Solving the puzzle costs between $75 and $150 in GPU power per transaction.
❌ Everyday users will not pay $100 in compute to send $20 for coffee.
✅ Whales and institutions moving $10M+ can easily pay $100 as an emergency shield before Bitcoin gets a full quantum upgrade.
Would you pay $100 in computing power to make a big Bitcoin transfer quantum-safe? 👇
#Bitcoin #BTC #Starknet #Crypto #Blockchain
StarkWare and CPO Avihu Levy just executed what they describe as the first quantum-resistant transfer directly on the live Bitcoin blockchain. ⛓️
Zero Bitcoin Upgrades Needed 🛠️
Bitcoin is notoriously hard to change. Network-wide soft forks can take years of debate.
This solution runs on Bitcoin's original code today with zero software updates or consensus forks.
The Quantum Threat 💻⚠️
Bitcoin transfers use elliptic curve math to sign transactions with private keys.
When a transfer is sent, its public key sits in the mempool (the public waiting room before miners confirm blocks). A future quantum computer using Shor's algorithm could solve that math and steal the key before the block is mined.
How StarkWare Made It Quantum-Safe ⚙️
Avihu Levy's Quantum-Safe Bitcoin (QSB) scheme:
🔶 Replaces elliptic curve signatures with a hash-to-signature puzzle
🔷 Uses GPU compute (signature grinding) to find hash patterns that fit Bitcoin's legacy script
🔸 Hash functions resist quantum math attacks, protecting private keys
The Catch: High Compute Cost 💸
Solving the puzzle costs between $75 and $150 in GPU power per transaction.
❌ Everyday users will not pay $100 in compute to send $20 for coffee.
✅ Whales and institutions moving $10M+ can easily pay $100 as an emergency shield before Bitcoin gets a full quantum upgrade.
Would you pay $100 in computing power to make a big Bitcoin transfer quantum-safe? 👇
#Bitcoin #BTC #Starknet #Crypto #Blockchain
