nx_iot_classify.nx

nx_iot_classify.nx -- universal device-type probe / vendor router. Roadmap: NISHI_IOT_HUB_ROADMAP.md Epoch 1 (DISCOVER). The operator's ask (2026-06-18): "device-driver-type probing to find out and use their driver, or build it autonomously from the ground up." This is the probe: given whatever signals discovery captured about an unknown device, decide which vendor driver to route it to -- or report UNKNOWN so the hub can fall back to active probing / autonomous driver synthesis. Four independent signal classifiers, fused by confidence priority: 1. reply content (strongest -- the device literally told us) 2. MAC OUI (hardware identity, survives firmware) 3. service port (which port answered) 4. SoftAP SSID (pairing-mode name -- works BEFORE the device has joined the LAN, the "scan for unpaired" case) HONEST coverage note: the OUI + SSID tables are SEEDS, not exhaustive (there are thousands of IoT OUIs). UNKNOWN is a first-class result, not a failure -- it is the signal that triggers active probing / autonomous driver work. The tables grow data-driven over time. S-class invariants: S6 (no cloud), S7 (sealed-enum verdict -- returns the shared NX_IOT_VENDOR_* enum), S8-orchestrator (this is the cross-vendor router by design; icl_override on kind_isolated like nx_iot_announce). Vendor enum is the shared one from nx_iot_anchor.nx (single source). genealogy_id: NISHI_IOT_HUB_ROADMAP.md Epoch 1 + project-iot-hub-* license_tier: ORIGINAL nx_capability_claims: needs: [pointer_arithmetic] provides: [classify_by_ssid, classify_by_oui, classify_by_port, classify_by_reply, classify_fuse] safety: [no_unchecked_deref, no_floating_point, no_syscall, bounded_iteration, kind_isolated_orchestrator] verdict: [sealed_enum_vendor, no_silent_failure] license: ORIGINAL