A GitHub project, openjev-sglang, implements the TypeSafe/Jev HTTP API as a prefill-only endpoint running Qwen3.6-35B-A3B on SGLang, deployable on Modal with one B200 per container. It matters to practitioners because it offers an open-model substitute for the proprietary Jev API with one-command Modal deployment and scale-to-zero cost control.
A Medium post describes building a Jev-style decision engine running locally with Qwen models served via SGLang. Instead of generating JSON, the approach scores known valid choices directly.
A Medium post describes building a Jev-style decision engine running locally with Qwen models served via SGLang. Instead of generating JSON, the approach scores known valid choices directly.
A new open-source project, LLM2Jev, adapts local Hugging Face-compatible causal language models into Jev-style structured decision engines, emitting typed Choice, Score, and Noul answers with probabilities. It uses prefill-only binary inference — scoring candidates with yes/no logit judgments without generating answer tokens — and leverages SGLang's Radix Cache for shared-prefix efficiency. The project is independent and unaffiliated with Jev or TypeSafe.
A new open-source project, LLM2Jev, adapts local Hugging Face-compatible causal language models into Jev-style structured decision engines, emitting typed Choice, Score, and Noul answers with probabilities. It uses prefill-only binary inference — scoring candidates with yes/no logit judgments without generating answer tokens — and leverages SGLang's Radix Cache for shared-prefix efficiency. The project is independent and unaffiliated with Jev or TypeSafe.
A user benchmark on a Qwen3.6-35B-A3B Q6 setup with 64K context on a 24GB RTX 3090 shows that manually tuning MoE expert offload to CPU (spilling eight layers) frees VRAM, allowing larger batch sizes and boosting prompt processing from 564.5 to 1330.0 tok/s (2.36×) while generation speed stays within noise. The result highlights the performance gains available from hand-tuning over auto-fit defaults.
A user benchmark on a Qwen3.6-35B-A3B Q6 setup with 64K context on a 24GB RTX 3090 shows that manually tuning MoE expert offload to CPU (spilling eight layers) frees VRAM, allowing larger batch sizes and boosting prompt processing from 564.5 to 1330.0 tok/s (2.36×) while generation speed stays within noise. The result highlights the performance gains available from hand-tuning over auto-fit defaults.
Astorias AI launched an inference platform aimed at affordable pricing and reliable agent tooling, debuting with Qwen 3.8 27B. The founder shared pricing and solicited interest in a planned serverless "Agent Sandbox" feature. GLM 5.3 Flash and other flash models are planned next.
Astorias AI launched an inference platform aimed at affordable pricing and reliable agent tooling, debuting with Qwen 3.8 27B. The founder shared pricing and solicited interest in a planned serverless "Agent Sandbox" feature. GLM 5.3 Flash and other flash models are planned next.
dstack's open-source agent toolkit optimized Qwen3.8-27B inference on a single AMD MI300X, increasing throughput by 59% from 311 to 495 tok/s at full 1M context. The gains came from linked optimization sessions and source-level patches to SGLang's AITER attention backend, producing a portable preset deployable across AMD clouds, Kubernetes, or bare metal.
dstack's open-source agent toolkit optimized Qwen3.8-27B inference on a single AMD MI300X, increasing throughput by 59% from 311 to 495 tok/s at full 1M context. The gains came from linked optimization sessions and source-level patches to SGLang's AITER attention backend, producing a portable preset deployable across AMD clouds, Kubernetes, or bare metal.