Distributed LLM Inference Gets a Standard

llm-d 1.0 brings a stable API, multi-tenant QoS, and agent-aware session routing to distributed LLM inference on Kubernetes, with IBM, Red Hat, Google, and NVIDIA behind it. It's not a model server — it's the routing and scheduling layer on top of vLLM or SGLang, aimed at the gap between "it works in a demo" and "it works in production."

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Google Ships kubectl for Agents

Google open-sourced AX, a declarative orchestration platform for running agent workloads at scale. The Kubernetes-familiar API — apply, get, describe, watch — is deliberate: they want infrastructure engineers, not AI researchers, to be the ones running this. The interesting claim is that agents need a different resource model than containers, specifically around idle cost and untrusted code isolation.

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How OpenAI Ran WebRTC Through Kubernetes

OpenAI published a detailed engineering writeup on how they rebuilt their WebRTC stack for the Realtime API to run on Kubernetes at scale — separating a lightweight UDP relay from the stateful WebRTC transceiver and using the ICE ufrag as a routing hook embedded in standard protocol headers.

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