AI Could Break Bitcoin's Security in Months, Ethereum Researcher Warns Industry to Prepare
13 Sources
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Cryptographers Urgently Debating Whether AI Could Break Bitcoin's Security 'in Months'
Ethereum Foundation researcher Justin Drake warned the blockchain industry on Wednesday to begin preparing for what he called "bunker mode," arguing that AI-driven mathematical breakthroughs could crack a digital signature scheme used by Bitcoin before quantum computers do. Bitcoin has historically
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A 'Mathpocalypse' is freaking out cyber and finance experts. Should you be worried? | Fortune
The world has seen plenty of scary cybersecurity threats in recent years, but nothing quite like what emerged last week. The new threat came in the form of a document drop from OpenAI that The Economist proclaimed to be "judgment day for mathematics" and others simply dubbed "The Mathpocalypse."
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Crypto Gurus Concerned AI Is Poised to Crack Blockchain Math, Allowing Hackers to Steal Funds With Impunity
More information Adding us as a Preferred Source in Google by using this link indicates that you would like to see more of our content in Google News results. As tech companies continue to claim their AI models are capable of cracking some of the toughest problems that have stumped mathematicians
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Will AI Break Crypto Encryption? Ethereum's Vitalik Buterin Weighs In on 'Bunker Mode' Shift
It comes a day after Ethereum Foundation researcher Justin Drake also said that AI-accelerated math may break encryption before quantum computing can. Ethereum co-founder Vitalik Buterin says it is "plausible" for artificial intelligence to break encryption within the next two years. As a result,
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Ethereum Researcher Says AI May Break Encryption Before Quantum Does
Drake urged holders not to panic or rush, and said he'll push to accelerate Ethereum's shift to hash-based cryptography. Justin Drake has spent years warning that quantum computers could one day crack crypto's cryptography. Now the Ethereum Foundation researcher says artificial intelligence might
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Dragonfly Partner Rejects 'Bunker Mode' Doomerism, calls for proactive blockchain measures
Dragonfly's Qureshi argued that asset migration is not a real solution in case of AI models breaking cryptographic signatures, and urged blockchains to adopt proactive measures. Dragonfly's managing partner, Haseeb Qureshi, called Ethereum researcher Justin Drake's "bunker mode" warning
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Ethereum Researcher Cautions AI Could Threaten Crypto Wallet Security
Ethereum addresses reveal public keys after signing transactions Justin Drake, an Ethereum Foundation researcher, has asked crypto holders to be ready for the possibility of an AI-enabled cracking of the Elliptic Curve Digital Signature Algorithm (ECDSA), stating on October 7 that a worst-case
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Ethereum Researcher Warns AI Could Crack Crypto Before Q-Day
The Ethereum researcher said crypto users should consider moving funds to fresh addresses, warning AI could threaten private-key security before quantum computers do. Ethereum researcher Justin Drake has urged the industry to prepare for "bunker mode," recommending users gradually move assets to
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Will AI Break Your Cryptocurrency Wallet Before Quantum Computers Even Exist?
Most people consider quantum computers the supreme danger to digital security today. We constantly hear stories about future supercomputers decoding the global internet. Cryptographers spend late nights worrying about the exact day a quantum machine boots up and breaks the elliptic curves
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Ethereum Co-Creator Vitalik Buterin Says 'Don't Scramble' to Move Funds to New Wallets, but Take AI Risks
Ethereum (CRYPTO: ETH) co-founder Vitalik Buterin urged the cryptocurrency industry on Wednesday to take "AI-accelerated attacks" on cryptography seriously. Post-Quantum Cryptography Also Vulnerable? In an X post, Buterin warned that AI could accelerate mathematical advances enough to weaken
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AI vs. Cryptography: Vitalik Buterin Reveals the 2-Year Countdown Crypto Holders Can't Ignore
Buterin urges measured preparation, cautioning that rushed wallet migrations can cause losses. Ethereum co-founder Vitalik Buterin has warned that artificial intelligence could accelerate mathematical discoveries enough to weaken some cryptographic systems within two years, adding a new concern to
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Quantum computing presents threat to all crypto currencies, digital assets and passwords: 'industry is scrambling'
This week, OpenAI claimed its system produced a solution to a 90-year-old math problem in just 88 hours -- thrilling researchers and terrifying some in the crypto world. Artificial intelligence's incredible ability to solve complicated problems could help unravel the security underpinning much of
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Could AI Crack Crypto Wallets? Ethereum Researcher Issues New Warning
Bitcoin and Ether holders are urged to consider stronger security measures after an Ethereum researcher warned that advances in artificial intelligence could eventually threaten the cryptography that protects crypto wallets. Justin Drake, an Ethereum researcher, has urged the blockchain industry to
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Ethereum Foundation researcher Justin Drake warned the blockchain industry to prepare for AI-driven mathematical breakthroughs that could crack ECDSA encryption used by Bitcoin before quantum computers do. The warning follows OpenAI's release of 722 mathematical proofs, sparking debate among cryptographers about whether AI poses a more immediate threat to crypto than quantum computing.
AI-Driven Mathematical Breakthroughs Spark Cryptography Alarm
The blockchain industry faces an unexpected threat as Ethereum Foundation researcher Justin Drake warns that AI could break Bitcoin's security before quantum computing does. Drake urged the industry to begin planning for bunker mode, citing the possibility that ECDSA (Elliptic Curve Digital Signature Algorithm), a digital signature scheme used by Bitcoin, could be cracked in months rather than years.
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The warning follows OpenAI's Tuesday release of 722 mathematical results, which some have dubbed the Mathpocalypse, representing solutions to problems that have stumped mathematicians for decades.2
Drake, who has spent years warning about quantum computing threats, now argues that AI-accelerated math may break encryption faster than quantum computers. He specifically warned about fast private key recovery within one week on available hardware such as a large GPU cluster.
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The researcher pointed to elliptic curve cryptography as especially vulnerable to mathematical superintelligence due to its rich mathematical structure.5
Source: Benzinga
Blockchain Security Under Scrutiny as Experts Debate Risk
The threat to crypto extends beyond theoretical concerns. When a wallet signs a transaction, its public key becomes visible on-chain. If ECDSA were broken, an attacker could work backward from that public key to the private key and drain the wallet.
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Drake recommended that large crypto holders including Binance, Robinhood, Tether, Bitfinex, and Bitbank move funds to addresses that have never signed a transaction, keeping public keys hidden behind a hash.1
However, not all experts agree with Drake's assessment. Yehuda Lindell, head of cryptography at Coinbase and 2026 recipient of the RSA Conference Award for Excellence in the Field of Mathematics, called Drake's warning fear mongering. Lindell argued there is no evidence whatsoever pointing to a break of decades-old hardness assumptions like elliptic curve cryptography.
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He emphasized that models proving theorems do not show that problems assumed to be hard are not, and that claiming AI is doing amazing math so elliptic curve hardness is in danger has no logical basis.1
Ethereum Co-Founder Weighs In on Post-AI Cryptography Risks
Ethereum co-founder Vitalik Buterin entered the debate, stating it is plausible for AI to break encryption within the next two years. Buterin argued the industry needs to protect itself from AI-vulnerable cryptography as well as quantum-vulnerable cryptography.
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He warned that if AI brings 50 years of math in two years, that progress may plausibly include significant improvements to breaking lattice-based cryptography, an option some projects like Cardano have considered for quantum-proofing.4
Buterin now believes hash-based cryptography is a better route for quantum-proofing, though he acknowledged that theoretically, AI-driven math could break hashes too.
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Despite the concerns, Buterin cautioned against drastic measures, recommending users keep funds in addresses that haven't made transactions to avoid exposing public keys. He personally admitted losing more money in botched migrations than in all hacks combined.3
Source: CCN.com
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Financial System Faces Broader Implications Beyond Blockchain
The threat posed by AI-driven mathematical breakthroughs extends far beyond blockchain security. A sufficiently general break of widely used public key cryptography could allow fake public-key certificates to impersonate bank websites, and signed malware could be pushed as banking apps or entire operating systems.
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While such a break would threaten banks and financial institutions, most companies would be in position to reverse fraudulent transactions. The crypto world faces a unique vulnerability since blockchain transactions are deemed irreversible, making popular currencies like Bitcoin and Ethereum prime targets.2
Game theory adds another layer of complexity to the threat. If a bad actor discovers a flaw in blockchain algorithms, they would likely avoid a massive heist that would destroy crypto value. Instead, they would conduct smaller, subtle robberies to avoid showing their hand.
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Drake noted that wallets holding less than 50 BTC enjoy partial protection from Satoshi's shield, roughly 20,000 exposed addresses tied to Bitcoin's creator, each holding 50 BTC, which would likely be targeted first.5
Industry Response and Path Forward for Blockchain Cryptography
The Ethereum Foundation formed a post-quantum team earlier this year led by Thomas Coratger, marking an inflection point as the foundation made post-quantum security a top priority.
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Drake stated he will push to accelerate Ethereum's roadmap toward hash-based cryptography, emphasizing maximum defensive acceleration.5
The researcher stressed that holders shouldn't rush or panic, noting that moving assets requires no new cryptography or wallets, and that a rushed migration would do more harm than good.1
Market reaction has been relatively calm, with news of the Mathpocalypse creating barely a ripple, signaling that crypto and financial leaders have time to develop responses.
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Some experts have proposed that blockchains prioritize speed over decentralized purity in governance and introduce updates mandating signature systems that leave transaction copies to ensure chain survival against AI threats.2
However, skepticism remains about OpenAI's claims, with the Association for Human Mathematics rejecting OpenAI's assertion that its release advances mathematics and urging the public to view the publication model with due skepticism.3
Source: Decrypt
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