Swan Bitcoin CEO: Artificial Intelligence Represents Bigger Bitcoin Risk Than Quantum Tech
According to Cory Klippsten, the Bitcoin network has sufficient time to develop defenses against quantum computing risks, however the accelerating adoption of AI tools by malicious actors necessitates immediate enhancement of security protocols throughout the cryptocurrency sector.

The founder of Swan Bitcoin, Cory Klippsten, has stated that artificial intelligence represents a more urgent danger to Bitcoin's security infrastructure compared to quantum computing, cautioning that malicious actors are progressively deploying AI capabilities to identify and exploit system vulnerabilities amid a wave of security compromises affecting cryptocurrency platforms.
During an appearance on Cointelegraph's Chain Reaction podcast, Klippsten expressed skepticism about the quantum computing narrative, characterizing much of it as overly theoretical, while emphasizing that developments in large language model technology constitute a more immediate risk as cybercriminals leverage these tools to systematically identify security flaws.
I think we're finding out that the near term threat is actually AI. That it's these LLMs in the hands of hackers going and poking through everything. And that's where you see this over and over and over again.
These remarks arrive as Mercado Bitcoin, Brazil's leading cryptocurrency exchange, halted both deposit and withdrawal operations on Monday after detecting a security compromise, with blockchain analysis experts calculating that approximately $46 million had been transferred from its digital wallets. Only a few days prior, the Binance platform suffered a $6.3 billion breach on Oct. 29, which the Federal Bureau of Investigation (FBI) has linked to hacking groups based in North Korea.
Bitcoin has time to address quantum risks
According to Klippsten's assessment, quantum computing systems with sufficient power to compromise Bitcoin's cryptographic defenses are still approximately ten years away from realization, possibly even further out. He contended that the Bitcoin network maintains the capability to integrate quantum-resistant security measures should the threat materialize into something tangible, though he cautioned against premature implementation that would add unwarranted layers of complexity to the system.
He emphasized that cryptocurrency businesses cannot afford to depend on software solutions that have been developed in haste when protecting client funds and assets. "You need to actually know what the hell you're doing from a security standpoint," he said.
Klippsten further implied that certain cryptocurrency ventures and their financial backers had exploited quantum computing anxieties as a mechanism to secure investment capital, describing a significant portion of the quantum computing discourse as fear, uncertainty and doubt ("FUD") instead of representing a genuine and immediate security threat to the ecosystem.