A developer released browser-llm-fit, a JavaScript library that probes a client's WebGPU hardware limits — such as maxStorageBufferBindingSize and shader-f16 support — and ranks which AI models can run in the browser before weights are downloaded. It targets crashes from oversized or unsupported model loads in WebGPU tabs.
Software Mansion released ruNNtime, a framework for running AI models on the user's own GPU via WebGPU, built on TypeGPU. Kernels are written in TypeGPU and compiled to WGSL at runtime, so no WASM binary is needed and the same code runs in the browser, React Native, and Electron. It offers a 'zoo' of one-function-per-task models for speech, vision, and NLP, positioning itself as an alternative to transformers.js for on-device web inference.
Software Mansion released ruNNtime, a framework for running AI models on the user's own GPU via WebGPU, built on TypeGPU. Kernels are written in TypeGPU and compiled to WGSL at runtime, so no WASM binary is needed and the same code runs in the browser, React Native, and Electron. It offers a 'zoo' of one-function-per-task models for speech, vision, and NLP, positioning itself as an alternative to transformers.js for on-device web inference.
A small web tool that estimates how fast a local LLM will run (tokens per second) on hardware before you purchase the GPU. It targets people considering local LLM setups who want a feel for inference speed without buying hardware first. The author notes results are estimates and will vary per user setup.
A small web tool that estimates how fast a local LLM will run (tokens per second) on hardware before you purchase the GPU. It targets people considering local LLM setups who want a feel for inference speed without buying hardware first. The author notes results are estimates and will vary per user setup.
A WebAssembly-based inference engine that runs a 350M-parameter LiquidAI LFM 2.5 model entirely in the browser with 4-bit quantization. It requires no GPU, no server, and no network at inference time, enabling private on-device AI chat for users without powerful hardware.
A WebAssembly-based inference engine that runs a 350M-parameter LiquidAI LFM 2.5 model entirely in the browser with 4-bit quantization. It requires no GPU, no server, and no network at inference time, enabling private on-device AI chat for users without powerful hardware.
A WebGPU-accelerated demo that runs a 1-bit quantized LLM entirely in the browser. It enables local, private text generation without server calls, targeting developers and researchers exploring edge inference.
A WebGPU-accelerated demo that runs a 1-bit quantized LLM entirely in the browser. It enables local, private text generation without server calls, targeting developers and researchers exploring edge inference.
RigMatch is a local tool that reads your GPU, VRAM, RAM and disk to determine which Ollama models fit your machine, then runs selected models through an identical question set and ranks them. It scores speed and answer quality and shows full transcripts. It helps people running local LLMs stop guessing whether a model will perform well on their hardware.
RigMatch is a local tool that reads your GPU, VRAM, RAM and disk to determine which Ollama models fit your machine, then runs selected models through an identical question set and ranks them. It scores speed and answer quality and shows full transcripts. It helps people running local LLMs stop guessing whether a model will perform well on their hardware.