Unverified50% confidenceSolutionExact time
Router has two typical implementation paths: rule-based heuristics (routing by instruction length, keywords or regular expression matching, with zero latency, zero additional cost and predictable behavior) and model-assisted routing (using a lightweight model to classify intent and then select the downstream model, with higher accuracy but introducing an extra call).
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50%
Confidence
Long-term
Relevance
10/15/2026
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Related Claims
UnverifiedWhen the routing results for a certain type of request are highly concentrated, the routing layer can be removed and the model bound directly to reduce latency and scheduling costs; if routing results remain consistently dispersed, the router's dynamic decision-making should be retained.68% similarUnverifiedUsing a router architecture that lets small models handle simple subtasks and invokes the flagship model only at critical decision nodes can optimize agent cost and latency.68% similarUnverifiedHarness Router's PreToolUse decision logic is: pass through directly if the selection is the same, trigger replanning if a better alternative exists, and adopt a fail-open policy without blocking execution if the router itself fails.67% similarUnverifiedWeave Router 2.0's routing decisions are driven by two mechanisms: a task complexity classifier and cache-aware switching.67% similarUnverifiedrelnotes provides an offline fallback path: when no model is available (--offline), it generates the changelog based on Conventional Commits-driven grouping, with a structure consistent with the model output.64% similar
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