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Quantum threats are mitigated by simultaneous defensive evolution - as computing power grows, cryptographic defenses like post-quantum cryptography are updated in parallel, making an isolated breakthrough against a moving target unlikely.
“If quantum computers do come to a point to where they can hack networks, everything's done. It's all over, you know? It's not just crypto. That's the last of our concerns.”
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The primary risk is localized to dormant, unupgradable wallets - while the network can adapt through consensus-driven soft forks, legacy addresses that remain inactive may become vulnerable if they cannot migrate to new standards.
“There's always defenses developing alongside of it. People aren't going to, I mean, the big players, the banks, the billionaires that have crypto, they're not going to sit on the sidelines and just wait to be hacked.”
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Traditional finance is a much softer target for quantum attacks - hackers are more likely to prioritize the banking sector's outdated security infrastructure, such as SMS two-factor authentication, over the massive compute requirements needed to break Bitcoin.
“The concern is that Bitcoin devs are just not taking this seriously... they take it as religious criticism against the cult and religion, that there could ever be anything wrong with Bitcoin, and don't even address it because it's too emotionally difficult.”