VocabX: The 77% Inference Cost Cut You Get by Rethinking Tokenization
Dharma AI's VocabX rebuilds a model's vocabulary around cost per token rather than frequency—and slashes production inference costs by 77% without touching the base model.
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Dharma AI's VocabX rebuilds a model's vocabulary around cost per token rather than frequency—and slashes production inference costs by 77% without touching the base model.
Liquid AI's new DSpark drafter speeds up LFM2.5-VL by up to 3x on device. But the bigger story is what it reveals about Amdahl's law in VLM inference: when prefill dominates, decode speedups matter less.
HF Jobs just turned into the fastest way to stand up a private LLM server. One CLI command gives you an OpenAI-compatible endpoint on H200s, pay-per-second, no Kubernetes required.
Hugging Face just released @huggingface/kernels: 207 optimized WebGPU operations for browser AI, each versioned and testable. Plus Fleet, a browser-based benchmarking tool that crowdsources performance data.
Liquid AI just released DSpark draft models for three LFM2.5 checkpoints, delivering GPU and on-device speedups via speculative decoding—without touching output quality. Here's how it works.
IBM's ALTK-Evolve reveals a counterintuitive finding: more agentic memory isn't always better. The right dose depends on the model—and sometimes the cheapest strategy wins.
Baseten is now live as a Hugging Face Inference Provider, bringing serverless access to frontier LLMs like DeepSeek V4 Flash and Kimi K3 directly through the Hub with zero markup pricing.
OpenAI just cut GPT-5.6 Luna pricing 80% and published the operating philosophy behind it: abundance through vertical integration, compound efficiency gains, and obsessive focus on useful work per dollar.
Hugging Face just made SVDQuant-style 4-bit diffusion inference native in Diffusers. Load Nunchaku checkpoints with from_pretrained(), no custom pipeline or local CUDA compilation required.
The full voice loop—speech recognition, Gemma 4 reasoning, and TTS—now runs fast enough to feel natural. Plus: why the P95 latency tail matters more than median response time.
One command spins up a private, OpenAI-compatible vLLM endpoint on HF infrastructure. Pay-per-second, no K8s, zero provisioning. Here's how it works and when to reach for it.
Google DeepMind just open-sourced a 26B MoE model that generates 256 tokens in parallel—4x faster on GPUs. It's lower quality than Gemma 4, but the architecture shift is fascinating.
JetBrains just released Mellum2, a 12B-parameter MoE model that activates only 2.5B per token. It's not trying to be frontier—it's built for routing, RAG, and agent subtasks where speed matters.
NVIDIA just open-sourced diffusion language models that generate multiple tokens in parallel at 6× the speed of autoregressive models—and they're actually good. Here's what changes.
ServiceNow AI's deep dive into vLLM's V1 upgrade reveals why getting base correctness right matters more than chasing incremental RL gains—a lesson in engineering priorities.
Google just announced TPU v8, but instead of one chip, they're shipping two: v8T for training and v8I for inference. Here's why the bifurcation matters for AI's next phase.
Hugging Face just shipped MLX support in Transformers, letting you run models natively on Apple Silicon with zero code changes. It's the PR we all wanted to write.