Kimi K2.6 autonomously overhauled exchange-core, an 8-year-old open-source financial matching engine. Over a 13-hour execution, the model iterated through 12 optimization strategies, initiating over 1,000 tool calls to precisely modify more than 4,000 lines of code.
大多数人认为AI在复杂工程任务中仍需要人类专家的指导和监督，难以独立完成大规模系统重构。但作者展示了AI能够自主分析、优化并重构一个运行8年的金融系统，这挑战了人们对AI工程能力的传统认知，暗示AI可能已经具备系统级架构设计和优化的能力。
Claude Opus 4.7 autonomously built a complete Rust text-to-speech engine from scratch—neural model, SIMD kernels, browser demo—then fed its own output through a speech recognizer to verify it matched the Python reference.
AI从零构建完整系统并进行自我验证的能力令人震惊，这展示了AI从代码生成向系统级工程设计的转变，'months of senior engineering, delivered autonomously'这一表述揭示了AI生产力革命的潜力。
Claude Opus 4.6 autonomously reimplemented a 16,000-line bioinformatics toolkit — a task we believe would take a human engineer weeks.
这是一个惊人的发现，表明AI已经能够完成通常需要人类工程师数周时间才能完成的复杂编程任务。这不仅挑战了我们对AI当前能力的认知，也暗示了软件工程领域可能即将发生重大变革。这种级别的自主编程能力远超当前主流AI编程助手的表现。