Bitcoin transactions could be resistant to quantum attacks without changing the network's core rules, a new proposal claims. The proposal suggests that Bitcoin's existing network rules may be sufficient to protect against quantum attacks.
The proposal, which has not been named in the source, contends that Bitcoin's current cryptographic algorithms, such as the Elliptic Curve Digital Signature Algorithm (ECDSA), may be resistant to quantum attacks. This is because ECDSA uses a type of cryptography known as a "hash function," which is thought to be resistant to quantum attacks.
The source does not mention any official response or next step from the Bitcoin community or developers. However, the proposal is likely to be met with interest and scrutiny from the community, given the potential implications for the security of the Bitcoin network.
The proposal suggests that Bitcoin's existing network rules may be sufficient to protect against quantum attacks, but further research and testing are needed to confirm this. The source does not provide any specific timeline or details on how this research will be conducted.
The proposal's authors have not been named in the source, but they are likely to be experts in cryptography and blockchain technology. The proposal is a significant development in the ongoing effort to ensure the security of the Bitcoin network against potential quantum attacks.
