Show HN: LlamaFarm – Working on binary AI Project deployment – (early preview)
The current cloud AI model makes us digital serfs, paying rent to use tools we don't own, feeding data to systems we don't control. The farm model makes us owners—of our models, our data, our future. But ownership requires responsibility. You must tend your farm.
The idea: Think Docker but for AI projects / deployments. One binary contains:
- Model weights (quantized GGUF).
- Vector database (embedded ChromaDB)
- Agent runtime (LangChain, etc)
- Web UI
- Platform-specific optimizations
What's actually working now:
- Full CLI structure
- Plugin architecture for platforms/databases/communication
- Mac platform detection with Metal support
- Demo web UI showing the vision
- Project scaffolding and configuration
What's still placeholder:
- Actual model compilation (shows "llamas in the pasture" message)
- Real vector DB embedding
Target use cases:
-Deploy to air-gapped systems
-Edge devices (Raspberry Pi, Jetson)
-Non-technical users (literally copy one file)
- Avoid cloud dependencies
Technical approach:
TypeScript/Node.js for CLI (great ecosystem)
Plugin system for extensibility
Platform-specific compilation (Metal on Mac, CUDA on Linux)
Static linking everything possible
Questions for HN:
Is the single-binary approach worth the tradeoffs? (5-15GB files, compile time)
What's your current local AI deployment pain? Would this help?
Is the farming metaphor too much? (plant, harvest, bale, till, etc.)
What features would make this actually useful for you?
GitHub: https://github.com/llamafarm/llamafarm-cli You can try the CLI now - all commands work but show friendly placeholder messages.
The plugin system is real - easy to contribute platform support.
Really looking for gut reactions - is this solving a real problem or am I over-engineering?