1️⃣ At this time, will large centralized platforms show significant security advantages?
◾️ Platforms like Binance, OKX, and Coinbase (in no particular order) can coordinate uniformly: they can require all wallets to upgrade the signature algorithm, push automated migration tools, and even pause withdrawals from high-risk addresses for protection.
2️⃣ Decentralization requires the synchronization of code changes across all network nodes, miners, developers, and user wallets; a single step out of sync can lead to hard forks, on-chain chaos, and user assets being stuck.
◾️ Pure decentralization, in the face of such crises that require "centralized command," incurs high coordination costs and is difficult—this may be an invisible shortcoming.
3️⃣ Quantum threats inadvertently became Satoshi Nakamoto's "existence test."
◾️ If his address remains inactive until post-quantum algorithms are launched, once quantum machines can truly break old signatures, those coins will either be locked or forced to migrate.
◾️ The entire network will be able to clearly see: whether he has long been deceased/missing, or whether he (or they) are still quietly watching.
◾️ This is more effective than any on-chain detective, as it can put a period on Bitcoin's history and allow the community to completely let go of the fantasy of "Satoshi Nakamoto."
4️⃣ The gap between quantum computing and actual execution.
◾️ The threat of quantum computing is indeed real, but the statement "upgrading to post-quantum algorithms is enough" sounds simple; actual execution is the biggest challenge.
5️⃣ Of course, being well-prepared for known or potentially unknown risks is definitely a good thing, and there's no need to panic now.
#谷歌量子AI警示加密安全
◾️ Platforms like Binance, OKX, and Coinbase (in no particular order) can coordinate uniformly: they can require all wallets to upgrade the signature algorithm, push automated migration tools, and even pause withdrawals from high-risk addresses for protection.
2️⃣ Decentralization requires the synchronization of code changes across all network nodes, miners, developers, and user wallets; a single step out of sync can lead to hard forks, on-chain chaos, and user assets being stuck.
◾️ Pure decentralization, in the face of such crises that require "centralized command," incurs high coordination costs and is difficult—this may be an invisible shortcoming.
3️⃣ Quantum threats inadvertently became Satoshi Nakamoto's "existence test."
◾️ If his address remains inactive until post-quantum algorithms are launched, once quantum machines can truly break old signatures, those coins will either be locked or forced to migrate.
◾️ The entire network will be able to clearly see: whether he has long been deceased/missing, or whether he (or they) are still quietly watching.
◾️ This is more effective than any on-chain detective, as it can put a period on Bitcoin's history and allow the community to completely let go of the fantasy of "Satoshi Nakamoto."
4️⃣ The gap between quantum computing and actual execution.
◾️ The threat of quantum computing is indeed real, but the statement "upgrading to post-quantum algorithms is enough" sounds simple; actual execution is the biggest challenge.
5️⃣ Of course, being well-prepared for known or potentially unknown risks is definitely a good thing, and there's no need to panic now.
#谷歌量子AI警示加密安全