AI is speeding up the quantum threat to crypto, security experts warn
AI is accelerating the development of quantum computing, forcing the crypto industry to prepare for a future where current encryption systems may no longer be reliable, according to security experts.
Intelligence analysis by Llama
The convergence of AI and quantum computing is creating a new cybersecurity arms race, demanding a continuous evolution of crypto networks and internet infrastructure to defend against rapidly advancing threats. Researchers are utilizing AI to optimize quantum error correction and accelerate research timelines, while concerns grow about governments potentially harvesting encrypted dat…
Imagine you have a secret code to protect your treasure (your crypto wallet). Normally, it’s super hard to break, even if someone has a really powerful computer. But quantum computers are like super-powered computers that could break that code really fast. Now, AI is like a smart helper that’s making these super-powered computers even faster! This means the code we use to keep our crypto safe could become useless soon. To fix this, scientists are working on new codes that are harder to break, even with these super-powered computers. AI is also helping them build these new codes and test them to make sure they’re really safe. It’s like a race to build better codes before the bad guys can break them.
Analysis
The article details a rapidly evolving cybersecurity landscape driven by the convergence of artificial intelligence and quantum computing. Security experts, including Alex Pruden of Project Eleven and Illia Polosukhin of NEAR Protocol, emphasize that AI is not just a threat multiplier but also a potential tool for defense. Pruden notes that ‘security, and this is more broadly than just crypto, you simply cannot count on the way you’ve always done things.’ Polosukhin highlights how AI is accelerating quantum computing research through optimization of error correction, a significant hurdle in quantum development. He references his experience at Google, where machine learning systems were already used to discover new materials, suggesting a similar acceleration is now occurring in quantum computing. The article underscores the ‘harvest now, decrypt later’ strategy, where malicious actors could collect encrypted internet traffic anticipating future quantum decryption capabilities. This poses a particularly severe threat to cryptocurrencies, which often rely on the same elliptic curve cryptography as the broader internet. Furthermore, the article discusses the increasing use of AI for defensive purposes, such as code auditing and formal verification, to bolster the security of post-quantum systems. NEAR Protocol’s recent announcement of integrating post-quantum cryptography directly into its account infrastructure exemplifies this proactive approach, allowing users to rotate cryptographic schemes without migrating assets. The core message is that security can no longer be treated as static infrastructure; it requires continuous adaptation and innovation.
Key points
- Quantum computing poses a significant threat to current crypto encryption.
- AI is accelerating the development of quantum computing and the potential for attacks.
- ‘Harvest now, decrypt later’ is a growing concern for crypto security.
- Developers are using AI defensively for code auditing and formal verification.
- Blockchain networks are actively researching and implementing post-quantum migration strategies.



