Cory Klippsten, founder and CEO of Swan Bitcoin, has stated that artificial intelligence presents a more immediate security challenge to Bitcoin and cryptocurrency platforms than quantum computing.
According to reports from various outlets, Klippsten made these remarks during a recent interview, arguing that large language models already enable attackers to examine systems for weaknesses in ways that quantum machines cannot yet achieve.
Klippsten described the current environment as one in which hackers employ these models to probe infrastructure repeatedly, lowering the effort required to locate flaws.
He characterized this as the practical near-term danger, with patterns of such activity appearing across multiple incidents.
Coverage from COINOTAG and Odaily similarly highlighted his assessment that AI tools in the hands of adversaries constitute a more urgent issue than distant cryptographic breakthroughs.
These observations coincide with recent security events at major platforms. Brazil’s Mercado Bitcoin suspended deposits and withdrawals after researchers estimated outflows exceeding $46 million from its wallets.
Shortly before that, Binance experienced a $6.3 billion loss in an October 29 incident that U.S. authorities linked to North Korean actors.
Reports from BitKE and COINTURK framed these cases as illustrations of how AI-assisted methods can accelerate identification of vulnerabilities, producing substantial losses at established venues.
On quantum computing, Klippsten estimated that systems capable of threatening Bitcoin’s cryptography remain at least a decade away, and potentially longer.
He indicated that the network could introduce quantum-resistant measures if the risk became credible, while cautioning that premature implementation would add unnecessary complexity.
TokenPost noted that this stance contrasts with views held by some other industry figures, including Coinbase CEO Brian Armstrong, who has treated quantum computing as a more significant long-term concern for crypto security.
Klippsten further emphasized the need for rigorous security practices among cryptocurrency firms.
Platforms, he argued, cannot rely on hastily constructed software to protect customer assets and must instead demonstrate genuine competence in their defensive measures.
He also suggested that certain startups and investors have amplified quantum-related fears primarily to attract funding, describing much of the surrounding discussion as fear, uncertainty, and doubt rather than a reflection of an imminent threat.
This framing has implications for resource allocation across the sector.
Quantum preparedness can be approached as a longer-horizon engineering task, whereas AI-enabled probing is already underway and has correlated with large-scale incidents.
For exchanges and custody providers, the priority therefore centers on strengthening operational defenses, expertise, and auditing processes ahead of protocol-level changes that may not be required for years. As language models continue to advance, the distinction between theoretical future risks and present-day attack capabilities grows sharper, according to the coverage across these reports.
