nx_triage.nx

nx_triage.nx -- SOVEREIGN AUTO-TRIAGE ROUTER (ws=ws-intel7, 2026-07-20). The ROUTER TIER of the operator's dual-LLM PM architecture, built sovereign: a fast classifier reads NEW nx_pm_intake requests, scores each against the ecosystem's OWN live lane signals (data-driven routing table -- rule 11, never hardcoded), and either AUTO-ADVANCES a high-confidence request NEW -> TRIAGED (writes a TRIAGE frame), or ESCALATES it (leaves it NEW for the orchestrator tier: an LLM seat or the operator). That escalation gate IS the router->orchestrator handoff from the blueprint. Being DETERMINISTIC is the sovereign exceed over a probabilistic small-LLM router: identical input always yields an identical verdict, gate-proven (T5), and never fabricates a lane it cannot evidence (T3/T4 -- score 0 => escalate, never a guess). The K3-mu / small-LLM classifier is a DROP-IN UPGRADE of the scoring function: same journal, same TRIAGE-frame contract, same confidence gate (W032's remaining half). Routing table row: <lane>\t<owner>\t<kw1,kw2,...> ('#' comment lines skipped) Intake frame (nx_pm_intake contract): <ts>\t<VERB>\t<id>\t<actor>\t<text> SCALE LAW: windowed reads + declared envelope (window_bytes/truncated/routes_capped); scan is O(requests x lanes x keywords x textlen), bounded by the declared window. license_tier: ORIGINAL No hw writes (Rule 26). route <intake_journal> <lanes_config> -> JSON proposals (READ-ONLY) run <intake_journal> <lanes_config> <actor> -> auto-triage HIGH, JSON summary selftest <scratch-journal> -> gate T1..T8 (caller pre-cleans)