What does Weave Router 2.0 route?

It routes coding-agent requests among models.

Which coding environments are named?

The description names Codex and Claude Code.

How does the router decide whether to switch models?

It uses a task-complexity classifier and cache-aware switching, moving only when stated savings exceed the cache rebuild cost.

What quota problem does it address?

It is intended to route requests to whichever named model plan has quota remaining.

What benchmark claim is provided?

The product description says it matches GPT-6 Astra at half the cost and twice the speed on Terminal-Bench 4.0 and SWE-Atlas.

Coding / product dossier

Weave Router 2.0

Routes coding-agent requests across Claude and GPT plans by quota, task complexity, and cost.

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Product brief

What Weave Router 2.0 does.

Use Claude models in Codex and GPT models in Claude Code on your existing plans, routed to whichever has quota left. Weave Router 2.0 routes each coding agent request to the cheapest model that can get it right. On Terminal-Bench 4.0 and SWE-Atlas it matches GPT-6 Astra at half the cost, 2x faster. Powered by a new classifier that scores task complexity and cache-aware switching that only moves when savings beat the rebuild cost.

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Weave Router 2.0

What Weave Router 2.0 does.

What it can help with.

Route coding-agent requests across models

Use models across existing plans

Classify task complexity

Apply cache-aware switching

Select for stated cost efficiency

Before you open it.

When we picked it.

Weave Router 2.0

What Weave Router 2.0 does.

What it can help with.

Route coding-agent requests across models

Use models across existing plans

Classify task complexity

Apply cache-aware switching

Select for stated cost efficiency

Before you open it.

When we picked it.

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