Kimi Coder

Author / channel: WorldofAI Format: video Source: Original Published: 2025-07-16

Summary

Two-in-one: an overview of kimi-k2 (Moonshot’s open-weights MoE model — 32B active params, 1T training tokens, claims to outperform GPT-4 / Sonnet 4 / Opus 4 on coding benchmarks at 2.50/M output) and a walkthrough of Kimi Coder, a fork of Nutlope’s Llama Coder (github.com/nutlope/llamacoder) repointed at K2 via Together AI. Demos generating a SaaS landing page, a quiz app, and a UI-replicated note app from a screenshot — all visibly faster than running K2 through Cline because of the dedicated single-shot pipeline. Sponsor: Trae 2.0 (read past it).

Key Points

  • Kimi K2 specs — 32B activated parameters (MoE), 1T training tokens, “reflex-grade” instruction-following. Claims SOTA on coding/agentic benchmarks among non-thinking models, beating GPT-4 series and standing with Sonnet 4 / Opus 4. Variants: K2-Base (for fine-tuning) and K2-Instruct.
  • Pricing vs Sonnet2.50/M output. Roughly an order of magnitude cheaper than Sonnet for comparable coding output.
  • K2 latency caveat — at recording, K2 inference was slow; team optimizing. This is the gap Kimi Coder fills.
  • Kimi Coder — fork of Nutlope’s Llama Coder, repointed at K2. Web UI at llamacoder.together.ai. Two modes: low-quality (fast prototype) and high-quality (slower, cleaner). Free tier hosted; self-host via npm against a Together AI API key (or substitute Ollama / OpenRouter / Groq).
  • Image-to-app — supports attaching reference UI screenshots; demoed replicating a note-taking app with drag-drop sticky notes from a single image + prompt.
  • Local install — clone repo → cd llamacoder.env with Together API key → npm installnpm run dev.

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