Binance founder Changpeng Zhao says AI doesn’t need to break Bitcoin’s cryptography to cause damage. Instead, he warns that leaked data already fuels phishing and social engineering.
Meanwhile, Bitcoin Core developers are changing how they disclose bugs as AI makes flaws easier to find.
Everyone worried about AI hacking crypto, but the internet and banking systems rely on weaker encryption.
— CZ 🔶 BNB (@cz_binance) October 23, 2026
That said, AI doesn’t need to break Bitcoin’s cryptography to cause damage, leaked data already enables more phishing, social engineering, etc,
Stay SAFU!
Why CZ Sees Phishing as the Bigger AI Threat
Zhao, known as CZ, made the point in an X post on October 23. He argued that crypto’s encryption is not the weak link.
In fact, he said banks and much of the internet rely on weaker encryption than Bitcoin. As a result, those legacy systems would face greater risk if AI code-breaking became a serious threat.
However, AI can already make scams more convincing. Attackers combine old leaked personal data with polished, AI-written messages that seem to come from real contacts. CZ closed his post with a familiar reminder: “Stay SAFU!”
CZ’s view contrasts with a warning from Ethereum researcher Justin Drake on October 8. Drake urged the industry to “calmly start planning for ‘bunker mode.’” In a worst case, he said, AI could break the math protecting wallets “in months, not years.”
Still, no practical attack has emerged so far. Drake suggested that large holders gradually move funds to addresses whose public keys have never appeared on-chain.
Today I call upon the blockchain industry to calmly begin planning for "bunker mode". My personal recommendation is to set in motion a controlled mass migration of assets to fresh addresses, i.e. addresses whose pubkeys remain hidden behind a hash.
— Justin Drake (@drakefjustin) October 7, 2026
Holders, starting with large…
How Is Bitcoin Core Responding to AI-Discovered Bugs?
Bitcoin Core developer Antoine Poinsot announced a new security policy on the Bitcoin Development Mailing List on Thursday. He said large language models now make some flaws easy to rediscover.
As a result, Poinsot said long embargoes on those bugs achieve little. They also delay fixed releases for users.
Under the new rules, easily discoverable vulnerabilities will receive fixes as soon as possible across all maintained versions. Security advisories will accompany those updates.
Other bugs follow severity-based timelines. Low-severity issues become public two weeks after a major release includes the fix. Meanwhile, medium- and high-severity flaws stay private until the last affected version reaches end of life. Critical bugs, however, will likely need a separate process.
Together, both developments show how quickly AI is reshaping crypto security, from user scams to core software.
The post Can AI Hack Bitcoin? CZ Says the Real Danger Lies in Phishing and Data Leak appeared first on BeInCrypto.