AI Accelerates Quantum Threat to Internet Encryption, Experts Warn

Cybersecurity researchers are sounding the alarm following the publication of research by **Google** and the startup **Oratomic**. Their findings suggest that quantum computers capable of breaking current internet encryption protocols might arrive significantly sooner than anticipated, potentially by **2029**. This accelerated timeline, driven by an **AI-assisted algorithm**, has prompted companies like **Cloudflare** to drastically shorten their own quantum-readiness deadlines. While the research is not yet peer-reviewed, the implications for global data security are profound, with potential for widespread data leaks and system disruptions.

• AI has significantly accelerated the development of algorithms for quantum computers.
• Quantum computers capable of breaking current internet encryption may arrive as early as 2029.
• This accelerated timeline poses a severe threat to global cybersecurity.
• Companies like Cloudflare are already adjusting their quantum-readiness timelines.
• The world is largely unprepared for the imminent arrival of cryptographically relevant quantum computers.

The research from **Google** and **Oratomic** presents a potential acceleration in the timeline for quantum computers capable of threatening current encryption standards. While the authors claim **AI** was instrumental in developing their algorithm, the findings are not yet peer-reviewed, and some experts, like **Jeff Thompson** of **Princeton**, note that assumptions about qubit quality are currently untested. The **U.S. National Institute for Standards and Technology (NIST)** has a 2035 deadline for post-quantum encryption, but this new research suggests that deadline may need to be revisited.

This development, while startling, represents a powerful demonstration of **AI's** ability to accelerate scientific discovery. The **Oratomic** and **Google** research, even if preliminary, highlights the potential for quantum computing to solve complex problems beyond just breaking encryption, such as drug discovery and materials science. The urgency it creates could spur faster adoption of post-quantum cryptography, ultimately leading to a more robust and secure digital future.

The rapid advancement of quantum computing, particularly when amplified by **AI**, poses an existential threat to global cybersecurity. If quantum computers capable of breaking encryption emerge before widespread adoption of post-quantum cryptography, the consequences could be catastrophic, leading to mass data breaches, financial extortion, and the collapse of secure online systems. The **2029** acceleration suggested by this research leaves little room for error and highlights a critical unpreparedness across the digital infrastructure.

Originally reported by Time Magazine