As Bitcoin grows into a global financial asset, one long-term question keeps coming up: what happens when quantum computing becomes powerful enough to challenge today’s cryptography?
Bitcoin currently relies on SHA-256 hashing and ECDSA signatures to secure wallets and transactions. In theory, a sufficiently advanced quantum computer could break certain cryptographic schemes, especially public-key cryptography. The concern is that if quantum machines ever reach that level, they could potentially derive private keys from exposed public keys.
However, while researching this topic further, I came across an article on Sandmark that explains in detail how Bitcoin could be affected by quantum computing while also highlighting possible solutions to these threats. What stood out to me is that the discussion isn’t just about risk, it also explores how the Bitcoin network could adapt through quantum-resistant cryptographic upgrades if necessary.
I believe the article is worth reading for anyone interested in the long-term future of Bitcoin security. It presents the issue in a balanced way, not as fear-driven speculation, but as a technological challenge that can be addressed with proper preparation.
you can find the article using the link below
https://www.sandmark.com/news/analysis/bitcoin-versus-quantum-computer