Le meilleur du dev et de l'IA, scoré chaque jour par un agent. Filtré, résumé, classé. Aucune couleur, aucun bruit — juste la matière.
Reachy Mini is an open-source, programmable robot for human-robot interaction and AI prototyping. It runs Python (and soon JS/Scratch), ships as a kit, and starts at $299, with a wireless compute version at $449. It emphasizes open hardware/software, a growing community, and privacy controls by design.
SmolLM3 is a competitive open 3B model (11T tokens) with 128k long context via NoPE and YaRN, and multilingual support across six languages. It uses a Llama-based decoder with Grouped Query Attention, intra-document masking, and training-stability tweaks, plus a dual Instruct/Reasoning model.
Hugging Face outlines three major alerts that bolster production infrastructure monitoring. The highlighted NAT Gateway throughput alert acts as an early warning for unusual egress traffic and helps with cost optimization, while other alerts cover Kubernetes API request errors, rate limiting, and a bonus alert for new clusters sending zero metrics.
Efficient MultiModal Data Pipeline identifies data pipeline waste in multimodal training, like idle GPUs and excessive padding. It outlines a five-stage approach—from visualizing the dataset to packing batches with a knapsack strategy—to reduce padding and maximize throughput. The post also introduces an iterable dataset and a repository for practical reproduction.
Annonce de la compétition NeurIPS 2025 E2LM visant à capturer les signaux en phase précoce d'entraînement des LLMs dans le domaine scientifique. Les submissions seront évaluées via ScoreSQ, ScoreRC et ScoreCS, avec Score = α1·ScoreSQ + α2·ScoreRC + α3·ScoreCS et des poids α1=0.5, α2=0.1, α3=0.4. L'inscription se fait sur Hugging Face et l'évaluation s'appuie sur lm-evaluation-harness, avec des phases allant de juillet à novembre 2025 et résultats prévus le 04 novembre 2025.
Sentence Transformers can finetune sparse encoder/embedding models for retrieval, hybrid search, and reranking. The post outlines training components (model, datasets, losses, trainer, evaluators) and provides practical examples, including using naver/splade-v3 and decoding sparse embeddings for interpretability.
Le NVIDIA Llama Nemotron Nano VL est un modèle Vision-Language 8B optimisé pour l’identification et l’OCR de documents, offrant une haute précision OCRBench v2 et une extraction fiable de texte, tableaux et éléments visuels. Disponible sur Hugging Face, il s’appuie sur Llama-3.1-8B-Instruct et C-RADIOv2-VLM-H et peut être post-entraîné via NVIDIA NeMo; un tutoriel Notebook permet de construire rapidement des solutions d’automatisation pour factures, contrats et documents de santé.
Gemma 3n is now available in major open-source libraries (transformers, timm, llama.cpp) and runs on-device with multimodal support (text, image, audio, video). It ships two sizes (5B/8B real; 2B/4B VRAM), a flexible MatFormer architecture, and mix-and-match sub-models. It includes a MobileNet-V5 vision encoder and a USM audio encoder, supports 140 languages, and offers a Hugging Face Space demo.
SGLang now supports Hugging Face transformers as a backend, enabling high-throughput, low-latency inference for any transformers-compatible model. It can auto-fall back to transformers or be forced with impl='transformers', and adds features like RadixAttention for efficiency. The article includes practical code snippets and deployment patterns (offline engine, server, and OpenAI-compatible API).
New post shows efficient fine-tuning of FLUX.1-dev on consumer hardware via QLoRA with the diffusers library, targeting peak VRAM under ~10 GB on a single GPU. It explains loading a quantized 4-bit base model, training FP16/BF16 LoRA adapters, uses an 8-bit AdamW optimizer, and discusses options to load or merge LoRA adapters with results demonstrated on an RTX 4090.
Groq is now a supported Inference Provider on the Hugging Face Hub, enabling serverless inference on model pages and tight integration with Python and JavaScript SDKs. The LPUs promise lower latency and higher throughput for LLMs, with support for models like Meta's Llama 4 and Qwen's QWQ-32B, and two billing modes: direct provider key or routing through HF.
The article analyzes how long prefill prompts can block the prefill queue in a multi-request setting, and explains that decoding steps are light but must be sequential. It discusses two patterns - chunked prefill and request-parallel prefills - and why long prompts undermine throughput, with implications for vLLM scheduling.
Hugging Face's Kernel Hub lets Python apps load pre-compiled, optimized kernels directly from the Hub, avoiding local builds. It includes a quick code example to fetch a kernel (e.g., activation) and apply it, and discusses integrating kernels into models like RMSNorm and FlashAttention. The article also covers performance benchmarking and real-world use cases.
Featherless AI est désormais supporté comme Inference Provider sur Hugging Face Hub, permettant l'inférence serverless directement sur les pages des modèles et accessible via les SDK JS et Python. Il prend en charge un large éventail de modèles open-source et offre deux modes d’appel (clé personnalisée ou routée par HF) avec une tarification directe sur le compte utilisateur. Des exemples Python et JS montrent comment l'utiliser avec Featherless AI.
Cet article présente GR00T N1.5 et explique comment réaliser un post-entraînement sur le bras LeRobot SO-101. Il propose un tutoriel pas-à-pas couvrant l'installation, la préparation du dataset et le fine-tuning, puis l'évaluation et le déploiement. Des commandes et configurations (modality.json, scripts/gr00t_finetune.py) permettent une adaptation rapide du modèle à votre robot.
Hugging Face and NVIDIA announce Training Cluster as a Service to give researchers easy access to large GPU clusters for training foundational models, paying only for training durations. The solution combines NVIDIA DGX Cloud Lepton, regional capacity, and Hugging Face tooling to provision, price, and manage clusters, with user requests via hf.co/training-cluster.
ScreenSuite est une suite de benchmarking complète pour évaluer les GUI Agents, couvrant perception, grounding, actions simples et multi‑étapes à travers 13 benchmarks. Elle propose des environnements Docker (Ubuntu/Android) et des sandboxes distants pour tester des agents GUI en conditions reproductibles, en restant vision‑only.
L’article décrit la mise en œuvre du KV Caching dans nanoVLM (PyTorch), qui réduit la redondance de calcul lors de la génération autoregressive en réutilisant les K et V précédents, aboutissant à ~38% de gain en vitesse. Il clarifie où la redondance apparaît dans l’attention et propose un exemple PyTorch minimal pour illustrer l’approche.
An on-device, Arm-powered sound generator lets you describe a sound and obtain a .wav within seconds, without cloud or GPU. Built around Stability AI’s Stable Audio Open model, it runs via PyTorch and TorchAudio with optimized multithreading, and integrates seamlessly with Ableton Live.
Surfer-H is a web-native agent powered by the Holo1 family of Action Vision Language Models (VLMs), enabling GUI automation and precise UI localization. Holo1-3B and Holo1-7B achieve up to 76.2% UI localization accuracy on benchmarks, with open-source releases on Hugging Face and a WebClick benchmark of 1,639 tasks. Surfer-H operates entirely in-browser with a three-component architecture (Policy, Localizer, Validator) and claims cost-efficient performance.