After a number of months, the first phase of the Kestrel Network Analyzer Released. The KNA project has been officially released at version v1.80 PRO and 3.90 GOV software. We are very pleased to have developed a fully interoperable WIFI TAB 2.4, 5, 6, 7, 8 | HaLow and LoRa (Long Range WIFI Bridges). The Kestrel Network Analyzer (KNA), by design, meets the exacting requirements of a balanced approach; and is not necessarily intended as replacement for additional resources or expertise. The KNA technology is not specifically designed to operate as a deep forensic resource; however, it is a powerful operator-centric interoperable feature that is designed to enhance and expand the TSCM role; by deploying a combined single radio-frequency resource for most technical security inspection requirements; with a unique TSCM specific focus and interoperability across the application, all within a standards-based TSCM specific focus and approach. The Kestrel ® Network Analyzer (KNA) provides the ability to deploy the resource as a real-time automatic detection and capture tool; without the requirement to define a Kestrel Project File (KPF); and the KNA is fully independent at the application level. However, some features like the spectrum overlay; raw spectrum energy display; and our powerful location-based detection would not be available without a working Kestrel Project File (KPF) established.

By default, the Kestrel ® Network Analyzer (KNA) silently runs in the background whenever the controller network radios and the KNA feature are < enabled > and the Kestrel TSCM ® Professional Software user-interface is displayed; even when no Kestrel Project File (KPF) has been defined by the operator. The KNA feature is designed to function with a minimal set of intuitive operator controls; while working automatically in the background; utilizing advanced automation tools to manage and optimize the displayed table list data. The KNA technology is embedded deep within the Kestrel ® application; advantaging our powerful Total Energy Capture (TEC) methodology; with advanced interoperability across our core Dimensional Geo-Location Heat Mapping (DGLHM) concept; in full operational support of manual < operator-assisted > deployment, and or innovative < algorithmic automation >.