Saylor's Position: Bitcoin is Ready for Quantum Computing Challenges

Michael Saylor, Executive Chairman of MicroStrategy, expressed confidence in the ability of the largest cryptocurrency to adapt to the potential threat of quantum computers. According to Saylor, at least ten years will pass before this danger becomes real. In his podcast interview on Coin Stories, the company leader emphasized that his position is based on the consensus of cybersecurity experts regarding the timeline for such a threat.

It is important to note that Saylor does not see the quantum threat as an issue solely for the cryptocurrency ecosystem. He estimates that if quantum computers ever become capable of compromising cryptography, it will impact all digital systems—from banking to government infrastructure and artificial intelligence networks. However, MicroStrategy’s executive chairman is convinced that the cryptocurrency industry will be much better prepared to defend against this challenge due to its focus on advanced security solutions.

The Crypto Community as a Vanguard of Cybersecurity

Saylor describes the crypto industry as “the most advanced cybersecurity community,” suggesting that it will be at the forefront of implementing post-quantum cryptographic standards. “The crypto community will be the first to recognize the threat, respond to it, and show the way for other systems,” he stated. This position reflects Saylor’s confidence in the sector’s technical readiness to transition to new algorithms when necessary.

It should be noted that work on post-quantum cryptography has been ongoing for several years. Since 2016, the National Institute of Standards and Technology (NIST) of the U.S. Department of Commerce has been running a competition to develop new cryptographic algorithms resistant to quantum attacks. In 2022, the organization announced four winners: CRYSTALS-Kyber, CRYSTALS-Dilithium, FALCON, and SPHINCS+. In 2024, NIST officially released three new post-quantum cryptography standards based on these algorithms, ready for practical deployment in real systems.

According to NIST Director Laurie E. Locascio, these new standards represent “a commitment to ensure that the development of quantum computing does not compromise our security.” She also noted that these final standards are the result of years of effort to protect sensitive electronic information.

Divergence on the Timeline of the Threat

However, not all members of the crypto community agree with Saylor’s optimistic assessment. A 2025 survey conducted by ISACA among over 2,600 IT risk management and cybersecurity professionals revealed significant concerns: 62% of respondents worry that quantum computing could compromise current internet encryption before the full implementation of NIST-approved algorithms.

Vitalik Buterin, co-founder of Ethereum, adopts an even more conservative stance. At the recent Devconnect conference in Buenos Aires, Buterin warned that elliptic curve cryptography could be broken as early as 2028, and urged crypto projects to transition to post-quantum cryptography by at least 2030. The Ethereum Foundation is already actively preparing for this shift: its updated security roadmap for 2026 includes preparations for a post-quantum scenario.

This contrasting approach highlights differing perspectives among leading figures in the crypto industry. While Saylor is confident that the ecosystem has enough time for a measured adaptation, initiatives like the Ethereum Foundation’s indicate a more urgent need to start transitioning immediately. The recently established post-quantum security team within the Ethereum Foundation has been described as a “turning point in the organization’s long-term quantum strategy.”