boris-cherny-42bc4089·4 events·first seen Aliases: Boris Cherny
Latent Space's AINews digest spotlights a conceptual framework called 'Loopcraft' — described as the art of stacking loops — attributed to Peter Steinberger, Boris Cherny, and Andrej Karpathy. The piece appears to be a commentary or synthesis of ideas from these practitioners about agentic loop architectures or iterative AI workflows. The body is sparse, so the full technical substance is unclear from the excerpt alone.
Andrew Ng's weekly letter introduces a framework of three nested loops for agentic software development (engineering loop, developer feedback loop, external feedback loop), contextualizing the 'loop engineering' trend popularized by Claude Code and OpenClaw creators. The issue also covers Z.ai's GLM-5.2, a 753B MoE open-weights model with 1M token context that claims first place among open models on Artificial Analysis Intelligence Index v4.1 and leads all models on PostTrainBench for long-running agentic tasks. Additional coverage includes Apple's recipe for on-device models and AI education trends.
Andrew Ng describes a 'loop engineering' framework for building software with AI coding agents, comprising an agentic coding loop (agent writes/tests/iterates autonomously), a developer feedback loop (human steers at higher product level), and an external feedback loop (user testing, A/B). The piece contextualizes the buzzphrase popularized by Claude Code creator Boris Cherny and OpenClaw creator Peter Steinberger. Ng argues humans retain a 'context advantage' over AI systems that justifies continued human-in-the-loop involvement in product decisions.
Latent Space's AI News digest highlights a concept called 'Loopcraft' — the art of stacking loops in AI agent or system design — attributed to Peter Steinberger, Boris Cherny, and Andrej Karpathy. The piece appears to be a quiet-day editorial spotlight on a conceptual framework rather than a major release or paper. The framing suggests this is a design pattern or mental model relevant to agentic AI architectures.