# AI Poses Greater Security Threat to Bitcoin Than Quantum Computing Swan Bitcoin founder warns hackers are using large language models to exploit vulnerabilities. - **Source:** [Cointelegraph.com News](https://brifing.si/source/2e81e982-0137-4db0-8ac2-351f37085775) - **Published:** 2026-11-02 - **Topic:** [Finance](https://brifing.si/c/finance) - **Original article:** - **On Brifing:** https://brifing.si/s/ef8339e1-f54f-4977-887c-d2745ba19d27 ## Immediate AI Security Risks Cory Klippsten, founder of Swan Bitcoin, argues that artificial intelligence represents a more pressing danger to Bitcoin than quantum computing. While quantum threats remain speculative and distant, hackers are currently utilizing large language models to identify and exploit security vulnerabilities in real-time, creating an immediate operational challenge for crypto platforms. ## Quantum Computing Timeline Klippsten estimates that quantum computers capable of compromising Bitcoin’s underlying cryptography are at least a decade away. He suggests that the network possesses the capacity to integrate quantum-resistant protections if the threat becomes credible, but warns that implementing such complex changes prematurely would introduce unnecessary technical risks to the ecosystem. ## Recent Exchange Security Breaches The warning follows significant security incidents within the cryptocurrency sector. Brazil’s Mercado Bitcoin recently suspended all deposit and withdrawal operations after a breach resulted in an estimated $46 million loss. These events highlight the vulnerability of exchange infrastructure to sophisticated attacks, regardless of the specific methods employed by the malicious actors. ## Binance Hack Analysis On October 29, Binance suffered a massive security breach resulting in the loss of $6.3 billion. The Federal Bureau of Investigation has formally attributed this attack to North Korean hackers. This incident underscores the severe financial impact of security failures and the persistent threat posed by state-sponsored cybercriminal organizations globally. ## Critique of Quantum Hype Klippsten characterizes much of the current industry discourse surrounding quantum computing as fear, uncertainty, and doubt. He suggests that some startups and investors have leveraged these speculative fears to attract funding, distracting from the more practical and immediate security issues that require urgent attention within the cryptocurrency development landscape. ## Operational Security Standards The founder emphasizes that cryptocurrency companies must prioritize fundamental security practices over relying on hastily developed software solutions. He asserts that firms need deep technical expertise to safeguard customer assets effectively. Relying on unproven tools or marketing-driven security narratives leaves platforms exposed to the very real threats posed by AI. ## Probing Security Weaknesses Attackers are increasingly using AI-driven prompts to probe for weaknesses in exchange security architectures. This automated approach allows hackers to identify flaws faster than traditional manual methods. As these tools become more accessible, the barrier to entry for executing sophisticated cyberattacks on financial infrastructure continues to lower significantly for malicious actors. ## Strategic Security Outlook The shift in focus from long-term quantum concerns to immediate AI-driven threats marks a change in industry risk assessment. Companies must balance the need for innovation with robust, proven security protocols. Protecting assets in the current environment requires vigilance against evolving software-based exploits rather than preparing for theoretical future computing threats. ## Sources covering this story - https://cointelegraph.com/news/ai-hackers-threat-bitcoin-quantum-computing-swan?utm_source=rss_feed&utm_medium=rss&utm_campaign=rss_partner_inbound — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._