Vinod Khosla 预测，AI 模型与量子计算机结合将在 2030 年前破解当今大多数加密，并称加密是最脆弱的环节。他认为量子计算机将远早于 2030 年运行 Shor 算法，而当前部署的后量子算法只能把数学难度提高、争取 6 到 12 个月，多数也将在 2030 年前被攻破。在他看来，持久安全必须来自量子编码而非更难的方程。
Vinod Khosla: AI models and quantum computers together will break most of today’s encryption before 2030.
Says "crypto is the most vulnerable"
He expects quantum computers to run Shor’s algorithm well before 2030. At that point crypto and most of today’s security get cracked, and China has been collecting encrypted data so it can read it once that happens.
He says the post-quantum algorithms being deployed now only make the math harder, which buys 6 to 12 months, and he expects most of them to break before 2030, with crypto the most vulnerable. In his view, lasting security has to come from quantum encoding, not from harder equations.
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Full video on "WSJ Events" YouTube channel, (link in comment)
来源：Rohan Paul · x.com