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TapeOut 官方连发 TapeCode 机制科普TapeOut Explains TapeCode Mechanics in Thread

10 月 14 日,TapeOut 官方账号连发多条推文解释 TapeCode 机制:任何已完成的电路,无论是自己的还是陌生人的,都可作为黑盒嵌入你的电路;白皮书称首次可在链上安全执行陌生人编写的逻辑,用户说一句话即可同时生成前端与合约并放入同一个 Container。官方还以 Intel 4004 的 2300 个晶体管、1993 年 Pentium 的 310 万、Apple M1 的 160 亿说明处理器规模差异,称 TapeCode 从相反一端出发,把想法变成可用的链上应用,NAND 与 LATCH 是最小的砖块。On October 14, TapeOut's official account posted a series of tweets explaining TapeCode: any finished circuit — your own or a stranger's — can be embedded into your circuit as a black box; the whitepaper says that for the first time logic written by a stranger can be safely executed on chain, and a single sentence from a user generates both the frontend and the contract, placed into the same Container. The team also cited Intel 4004's 2,300 transistors, the 1993 Pentium's 3.1 million and the Apple M1's 16 billion to show how much scale varies, saying TapeCode works from the opposite end to turn an idea into a usable on-chain app, with NAND and LATCH as the smallest bricks.

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