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…ries and subnets. AssurIQ never edits these raw records; it derives a topology graph of edges from them, each edge keeping a pointer back to the evidence that produced it. Protoc…

Overview Each topology snapshot is diffed against the previous one to produce a change record: what kind of change, what it…

Overview The Live Network Map renders the same underlying graph in three layers: L1 (physical adjacency), L2 (VLAN/switching) and L3 (routed subnets), plus a…

Overview How neighbour protocols build the topology and why to enable them everywhere. Documentation status This article is a concise reference. A full…

Overview ARP, ICMP, SNMP, LLDP/CDP and DHCP seeding; scopes and schedules. Documentation status This article is a concise reference. A fully expanded guide…

Overview Reading the live map, overlays, and the side panel. Documentation status This article is a concise reference. A fully expanded guide for “Network M…

Overview Why a device is absent from inventory and how to fix scope, seeding or reachability. Documentation status This article is a concise reference. A fu…

…estions and drafts content using only AssurIQ's own records — assets, topology edges, subnets, changes, findings and control results. No language model is configured today; every r…

…he primary source of device identity, interface state, PoE budget and topology hints for switches, firewalls, wireless controllers and access points. AssurIQ supports SNMPv1, v2c a…

Overview Path Trace walks the derived topology graph between two endpoints and reports each hop, marking which hops are verified versus inferred; a…