LLM local
llama.cpp
LLM inference in C/C++
★ 130,2 mil estrelasMIT
Ver o guia →Koboldcpp é um projeto de LLM local de código aberto de LostRuins (LostRuins/koboldcpp no GitHub). Tem 11.931 estrelas no GitHub e 787 forks, é publicado sob a licença AGPL-3.0 e foi atualizado pela última vez no GitHub em 3 de outubro de 2026.
KoboldCpp - Run GGUF AI models locally with a KoboldAI UI. One File. Zero Install
One-command installers exist for every major OS; servers and engines use Docker or simple binaries.
Pull from a built-in library or point at any GGUF/compatible weights you already have.
Use the bundled chat UI, or point your apps and coding agents at the local OpenAI-style endpoint.
Pick model sizes that fit your RAM/VRAM; quantization options trade a little quality for a lot of speed.
Prompts never leave your machine — no accounts, no logging, no training on your data.
Once weights are downloaded, everything runs with the network cable unplugged.
Local endpoints your existing tools and code can call with minimal changes.
Llama, Qwen, Gemma, DeepSeek, Mistral and more, in sizes from phone-friendly to workstation-class.
Coding assistants and automation tools plug straight into the local server.
Run bigger models on smaller hardware via GGUF and friends.
Clone the repository or download the latest release for your OS.
git clone https://github.com/LostRuins/koboldcpp.gitEvery project documents its own setup — the README's install section is the source of truth.
Start the app or server as documented and open the interface it provides.
Roughly the model size in GB plus headroom — 8B models fit comfortably on 16GB machines with quantization.
Local wins on privacy and cost; cloud wins on raw frontier quality. Many people use both.
It is an open-source project at LostRuins/koboldcpp with 787 forks. Check the repo's contributors and recent commits to see how active maintenance is.
A recent mid-size open model in the library's recommendations — start small and scale up.
Yes — the local API plus client libraries make it a popular backend for indie apps.
Yes — several of these are optimized for it, and unified memory helps a lot.
LLM inference in C/C++
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High-performance In-browser LLM Inference Engine
Run controllable pre-trained AI models locally, written in Rust.
Run and fine-tune LLMs and diffusion models locally — faster training, smaller memory footprint.
Run AI models locally on your machine with node.js bindings for llama.cpp. Enforce a JSON schema on the model output on the generation level
Os outros projetos de LLM local com mais estrelas no catálogo do LibreAI — a lista realista de alternativas se Koboldcpp não for o ideal para você.
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LLM inference in C/C++
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Grátis e aberto: pegue o código-fonte, dê uma estrela no repositório e comece a criar.