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Qwen3-VL 235B-A22B on live video streams

Qwen3-VL 235B-A22B · Alibaba · VLM MoE · Open-weight

Qwen3-VL 235B-A22B is Alibaba's mixture-of-experts flagship vision-language model, activating 22B of its 235B total parameters per token across a 256K-token context window. It is not currently in Overshoot's live model catalog. When a model like this is available through the API, the workflow is the standard one: publish a camera or screen share over WebRTC, reference frames with an ovs:// URL, and stream the answer back through an OpenAI-compatible chat-completions request.

Qwen3-VL 235B-A22B is not currently in the live Overshoot model catalog (verified against the live model catalog on 2026-07-14). Availability changes over time - query GET /v1beta/models for the current list.

Developer
Alibaba
Parameters
235B MoE · 22B active
Context window
256K tokens
License
Apache 2.0
Released
Sep 2025
Inputs
Text, images, video frames
Overshoot availability
Not in live catalogas of 2026-07-14

What Qwen3-VL 235B-A22B is good at

The mixture-of-experts design lets Qwen3-VL 235B-A22B draw on a much larger parameter pool than its dense siblings while keeping per-token compute close to a 22B-active model, which is why it leads the Qwen3-VL line on the hardest visual reasoning and long-video tasks. It ships in both instruct and thinking variants, so an application can pick fast direct answers or a more deliberate chain of reasoning depending on the query.

The 256K context window means long video segments, multi-turn conversation history, and reference documents can share a single thread without truncation, which matters for agentic workflows that accumulate visual context over time.

  • High-ceiling visual reasoning on complex, multi-step queries
  • Long-video understanding with a thinking mode for harder questions
  • Agentic workflows that carry large amounts of accumulated context

Qwen3-VL 235B-A22B and the Overshoot workflow

Qwen3-VL 235B-A22B is not currently in Overshoot's live model catalog; GET /v1beta/models returns the current list. The workflow it would slot into is the one every live model shares: create a Stream, publish a LiveKit video track, then send a chat-completions request whose image_url or video_url is an ovs:// reference. Overshoot retains 600 seconds of frame history, so a request can anchor the latest frame, an exact timestamp, or a recent segment sampled at up to 1 fps.

Because Qwen3-VL 235B-A22B activates only 22B parameters per token, sparse activation keeps its serving profile closer to a mid-size dense model than its 235B total suggests. Live models on Overshoot stream token by token over SSE, and reusing thread_id across repeated queries against the same stream keeps hitting the prompt cache.

How it compares in the Qwen3-VL line

Qwen3-VL 235B-A22B is the ceiling model in its family, above the dense 32B model that trades some peak quality for simpler, more predictable serving. Teams building agentic or research-grade video applications typically reach for the MoE flagship, while teams that want one dependable model for everyday visual tasks tend to start with the 32B model and only move up when a task clearly benefits from the extra capacity.

Frequently asked questions

Can Qwen3-VL 235B-A22B analyze live video?

Qwen3-VL 235B-A22B is built for video understanding and handles long sampled segments well, but it is not currently in Overshoot's live model catalog. Live models answer questions about a WebRTC stream through ovs:// URLs inside a standard chat-completions request, with answers streamed back over SSE. Check GET /v1beta/models for the current catalog.

Is Qwen3-VL 235B-A22B open source?

Yes. It ships under the Apache 2.0 license with downloadable weights, in both instruct and thinking variants, so it can be self-hosted or run through any provider that serves it.

Is Qwen3-VL 235B-A22B available on Overshoot?

Not currently. It is not in Overshoot's live model catalog today. The catalog changes over time, so check GET /v1beta/models for the up-to-date list of hosted and passthrough models.

What is the difference between the instruct and thinking variants?

The instruct variant answers directly, which suits low-latency live-video queries. The thinking variant works through a visible reasoning process before answering, which suits harder analytical questions where accuracy matters more than raw speed.

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