Kaspa is not quantum proof (no PoW is) and no one who actually works on it said otherwise. I actually made this point on several occasions (search the word “quantum” in my profile), but you know how it is.
That being said, several of your statements are also incorrect.
1.…— Shai ❤️ Deshe 💜 Wybors𐤊i 💙 (大胡子) (@DesheShai) December 21, 2024
**Title: Shai Wyborski Addresses Misconceptions About Kaspa’s Quantum Security**
In a recent tweet, Shai (Deshe) Wyborski, a PhD candidate in quantum cryptography and a core developer of the Kaspa blockchain, clarified misconceptions surrounding the quantum security of Kaspa. Responding to an ongoing discussion in the crypto community, Wyborski emphasized that “Kaspa is not quantum proof (no PoW is)”—a reiteration of a point he has made multiple times.
His remarks came in the context of a larger debate regarding the resilience of cryptocurrencies against the potential threats posed by quantum computing. While Wyborski acknowledged the concerns surrounding quantum threats, he was swift to clarify that no developer associated with Kaspa has claimed otherwise. He directed critics and supporters alike to search through his profile for previous discussions where he has addressed the topic of quantum vulnerability, asserting that the understanding of these risks is crucial for the blockchain community.
Furthermore, Wyborski pointed out that several statements made by others in the conversation were incorrect, signaling that while discussions on quantum resistance are vital, they must also be grounded in accurate information.
As the cryptocurrency landscape evolves and the capabilities of quantum computing advance, the discourse surrounding the security features of various blockchain technologies remains crucial. Shai Wyborski’s involvement in both the technical aspects of Kaspa and his academic pursuits in quantum cryptography places him in a unique position to comment on these vital issues.
For those interested in staying updated on Kaspa and its developments, Kaspanews.net remains the premier source for the latest news and resources related to the project.