The founder of Ava Labs proposed freezing Satoshi’s bitcoins

The founder and CEO of the Ava Labs project, Emin Gün Sirer, proposes to freeze 1.1 million bitcoins (BTC) belonging to Satoshi Nakamoto.

According to Sirer, the cryptography of older wallets may contain serious vulnerabilities.

Emin Gün Sirer wants to freeze Satoshi’s bitcoins

The head of Ava Labs believes that quantum computing may pose a danger to outdated technologies. Crypto wallets created during Nakamoto’s activism use the Pay-To-Public-Key (P2PK) format, which completely reveals the public key.

“Quantum computing will simplify some operations, such as factoring numbers, while others, such as inverting one-way hash functions, will remain just as complex. Additionally, depending on the platform, a quantum computer has a small window of opportunity for attack. These two facts make the job of a quantum attacker quite difficult,” Sirer noted.

The ability of quantum computers to cope with extremely complex problems threatens traditional encryption methods. Therefore, the founder of Ava Labs proposes to freeze Satoshi’s BTC so that no one hacks his wallet and steals all the funds.

“Modern Bitcoin wallets or systems like Avalanche do not use P2PK, but it did in the early days of Bitcoin. Therefore, when quantum computing becomes a threat, the BTC community may want to consider freezing Satoshi coins or, more generally, setting an end date and freezing all coins on P2PK,” he added.

How the community reacted to Ava’s founder’s idea

The cryptans’ reaction to Sirer’s proposal was mixed. Critics argue that freezing Satoshi’s wallet undermines the idea of ​​ownership.

“Freezing Satoshi coins is fundamentally against the right to own cryptocurrency,” noted one user X (formerly Twitter).

Some have suggested that the Bitcoin freeze could force Nakamoto to return. This will potentially destabilize the crypto market.

The whole conversation about freezing the assets of the BTC creator started with the Willow quantum chip, which this week submitted to Google. This chip solves problems in five minutes that would take the fastest supercomputer ten septillion years—a period longer than the age of the entire universe.

Bitcoin operates on the basis of cryptographic algorithms such as SHA-256. They are considered extremely reliable, but may well be vulnerable to the power of a quantum computer. In theory, quantum computers could reveal private keys, compromising the security of wallets and transactions.

However, Google’s Willow hasn’t reached that level yet. Modern quantum computers are prone to errors and scalability issues. To crack BTC’s encryption, a quantum computer would need millions of error-corrected “logical qubits,” far beyond what the new chip can support.

Stay informed! Subscribe to World Stock Market in Telegram.

Source: Cryptocurrency

You may also like