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社区长文分析自动驾驶链上电路原型Community Essay Analyzes an Autonomous-Driving On-Chain Circuit Prototype

社区成员 xing8047 连发两帖分析一个自动驾驶链上电路原型:针对大模型既做决策又输出控制指令、厂商可后台改动权限且用户无法核验的黑盒问题,该原型把权责拆开,AI 只提请求,链上电路做权限仲裁,执行器只认电路输出,规则公开且可复现校验;还设计了危险硬互锁,急刹或剧烈打滑时付费与会员凭证全部失效,物理状态优先于软件与付费逻辑。作者认为该思路契合 TapeOut 链上晶体管的能力边界。Community member xing8047 posted two threads analyzing an autonomous-driving on-chain circuit prototype: against the black-box problem where a large model both decides and outputs control commands, vendors can change permissions in the backend and users cannot verify, the prototype splits authority — AI only makes requests, an on-chain circuit arbitrates permissions, and actuators obey only the circuit's output, with public rules and reproducible verification; it also designs a hard danger interlock that voids payment and membership credentials during emergency braking or severe slipping, putting physical state above software and payment logic. The author argues the approach fits the capability boundary of TapeOut's on-chain transistors.

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