Key notes
- The co-founder of Solana recently stressed that the progress of quantum computers can endanger Bitcoin cryptography.
- On this premise, he thinks it is important that cryptography is migrated.
- Craig Gidney, quantum IA researcher at Google, also has the same position as Yakovenko.
The question of quantum computer science and its impact on Bitcoin (BTC) have resumed. This time, Anatoly Yakovenko, co-founder of Solana, stressed that the progress of this technology could possibly put Bitcoin cryptography. He said that it is possible that the blockchain is forced to migrate.
The migration of bitcoin cryptography becomes imminent
While attending the all-in 2025 summit, Yakovenko has issued a warning on how rapid advances in quantum computers can force bitcoin cryptography to change. He has capped the chances that this event will occur over the next 5 years at 50/50. In his opinion, a definitive algorithm migration is important to avoid the risk of security failures.
“There is” 50/50 chances that in the five years, there is a quantum breakthrough – which means that you can execute the Shor algorithm, “noted the co -founder of Solana. This algorithm has the capacity to compromise the existing signature patterns which feed the Bitcoin Blockchain transactions.
The industry has already seen the best technological companies publishing quantum computer fleas like Google Willow. In the end, quantum IT is classified as an existential risk for today’s primitives and a potential economic catalyst comparable to artificial intelligence (AI).
In light of this possible scenario, Yakovenko thinks that it has become imminent to move Bitcoin to a quantum resistant signature scheme.
Bitcoin ECC Cryptography at risk of Shor algorithm
It should be noted that the concerns of the Co-founder of Solana echo a position held by Craig Gidney, a quantum IA researcher at Google. In May, the latter warned that Bitcoin encryption faces growing risks due to rapid advances in quantum computer science.
In his explanation, he revealed how the rupture of RSA encryption now requires 20 times less quantum resources than what was previously estimated. This means that the level of difficulty gradually reduced, thus opening more opportunities for security failures. For more context, RSA is a public key algorithm for data encryption and decryption.
It forms the basic safety framework for many cryptographic portfolios, although Bitcoin uses the cryptography of Elliptical Courbe (ECC) rather than RSA. Unfortunately, the ECC is also vulnerable to Shor algorithm. This situation is a call for action for Bitcoin developers in order to design sophisticated technologies that can overcome quantum computer science.
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Benjamin Godfrey is a blockchain enthusiast and a journalist who savor the writing of actual applications for blockchain technology and innovations to stimulate general acceptance and global integration of emerging technology. His desire to educate people on cryptocurrencies inspires his contributions to renowned media and blockchain sites.
