The crypto sector has begun seriously considering the implications of quantum computing on blockchain systems. Recently, XRP Ledger engineer J. Ayo Akinyele has suggested that with the growth of research, especially with the help of AI, the threat quantum computing poses to crypto systems may come faster than people think.
Akinyele’s perspective on the timing of quantum computing has changed. During a recent interview with CoinGape CEO Sunil Sharma, on the Voice of Web3 podcast, Akinyele said the integration of AI in quantum computing is forcing a rapid change to how they think about the timing of quantum computing.
Just like other systems, the design and reliability of quantum systems are also being improved with the help of AI and supported by tools and open-source projects by Nvidia. Although progress on quantum systems has not received much attention, he believes that significant advances with the help of AI may dramatically change how we think about the timing of quantum computing.
In contrast to the predictions of impactful quantum computing arriving in the 2030–2035, he believes the timeline is much shorter now. He suggested the arrival of quantum computing may now be as close as 2028 or 2029. Commenting on the timeline, he said, “That may speed up that possibility,” referring to the potential of AI-assisted engineering to make significant advances in quantum hardware.
His comments also reflect the burgeoning interest by governments in quantum technologies. Recently, U.S. President Donald Trump signed executive orders to fast track national quantum computing initiatives and develop cybersecurity protections against quantum threat computing.
These orders show that the U.S. government is recognizing that national quantum computing initiatives will impact the future of quantum computing and potentially break the encryption used in the digital computing infrastructure.
The main concern expressed by Akinyele and the researchers is that quantum computing will threaten cybersecurity by breaking the algorithms used by digital computing infrastructure as secure cyber communications. Even though there are no current quantum computers that can break these security algorithms, there is a threat that concerns many researchers.
Akinyele has also noted that the potential for rapid advancements in AI, in combination with quantum computing, could develop the infrastructure to break security algorithms faster than the industry anticipates. Therefore, he has proposed an active cybersecurity approach rather than a wait and see approach to quantum threat computing.
There are other industry concerns regarding this issue as well. Capriole Investments Founder Charles Edwards has expressed the concern that the quantum computing threat is not fully understood by the crypto industry and is perhaps the most dangerous technological risk to the digital computing infrastructure. Charles Edwards has also encouraged the crypto industry, especially the developers of Bitcoin blockchain ecosystems, to address the quantum computing threat.
As discussions evolve, the crypto sector has to consider the sustainability of their cryptography in the long term. While no one has precise timelines, experts believe that at some point, the crypto world will have to consider quantum readiness for the future of safe blockchain technology.
