QCP: Quantum Risks Are Real, A Systemic Issue Beyond Just Cryptocurrency

On April 1, QCP published a statement indicating that a recent paper from Google has reignited discussions about the security of cryptography in relation to quantum computing, particularly concerning the elliptic curve cryptography (ECC) used by Bitcoin and Ethereum. This is a long-term structural issue rather than an immediate market risk, and this distinction is crucial. The security of ECC is based on the elliptic curve discrete logarithm problem, which protects private keys, making it computationally nearly impossible to derive a private key from a public key. However, this standard also secures banking networks, encrypted communications, and global financial infrastructures such as the SWIFT system. Therefore, if quantum computing were to break ECC, the impact would be global, not limited to digital assets. From a technical perspective, we are still far from the computational power required to compromise ECC. Currently, the world’s most advanced quantum systems are only a small fraction of this threshold, approximately 1,000 times less, indicating that practical attacks remain a distant prospect. Digital assets are not likely to be the primary targets. The global banking system and sensitive communication infrastructures would be more direct and valuable targets for attacks. QCP noted that due to this recognized risk, traditional finance and the cryptocurrency industry are actively investing in post-quantum security and upgrade pathways. Protocol communities are exploring mitigation strategies, and global standards are continuously evolving. Quantum computing is a long-term issue that requires industry attention and preparation, rather than a reason to reassess digital assets in the short term. Current media headlines are ahead of the actual situation. At present, no quantum system is capable of executing such attacks on a large scale. Once the relevant technology matures, it will necessitate a coordinated upgrade across the entire system, rather than being an event specifically targeting cryptocurrency. This should be understood as a future technological shift, rather than an immediate market shock.