Smith Myers Introduces Passive Wi-Fi, Bluetooth and ATAK Cursor-on-Target Integration to ARTEMIS MPDLS

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[Photo Smith Myers Communications Ltd.][Photo Smith Myers Communications Ltd.]

Global leader in airborne mobile phone detection expands ARTEMIS capability with fully passive Wi-Fi and Bluetooth geolocation and automated sensor cueing.

Atlanta, USA & Farnborough, UK – (VERTICON Atlanta, USA Booth B4226 and Security & Policing, UK Home Office Show Booth B81) – 5 March 2026 – Smith Myers Communications Ltd., the world’s first fully airborne-qualified Mobile Phone Detection and Location System (MPDLS) provider, today announced the addition of passive Wi-Fi and Bluetooth detection and geolocation capability, together with ATAK Cursor-on-Target (CoT) integration, to its market-leading ARTEMIS systems. With these latest advancements, ARTEMIS once again redefines the capabilities of airborne and deployed mobile detection systems.

The addition of passive Wi-Fi detection enables ARTEMIS to identify and geolocate devices associated with local wireless networks. This capability supports faster decision-making and improves responder safety in time-critical scenarios, particularly in aerial firefighting and disaster response situations. Passive Bluetooth detection further extends operational reach, enabling ARTEMIS, in certain circumstances, to detect and geolocate devices even after a handset’s main battery has been depleted. Crucially, both new detection modes operate entirely passively.

The introduction of the ATAK Cursor-on-Target (CoT) command capability further enhances operational integration by enabling ARTEMIS to output precise geolocation data directly into CoT-enabled mission systems, allowing automatic cueing of EO/IR cameras and other networked sensors. This reduces operator workload, accelerates visual confirmation, and improves response times in time-critical missions.

Since pioneering airborne mobile phone detection, Smith Myers has consistently led innovation in the sector. The company was the first to embed Maritime AIS and COSPAS-SARSAT capability directly into an airborne MPDLS platform, followed by the introduction of advanced operational features including Mass Mapping, Geofencing, SARLOC consent-based location sharing, and Emergency Warning capability.

“By combining cellular, AIS, COSPAS-SARSAT, Wi-Fi, Bluetooth detection and CoT integration in a single system, ARTEMIS delivers multi-layered device awareness and seamless sensor integration across complex operational environments,” said Andrew Munro, Managing Director at Smith Myers. “These new integrations reinforce our commitment to delivering innovative, life-saving technology to operators worldwide.”

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Classification
Analytical Domain
Operational
Primary Category / Secondary Categories
Weapons & Equipment / Logistics
Subcategory
New Weapon System
SALUTE Report
Size
Not applicable
Activity
Introduction of new capabilities for mobile phone detection and geolocation
Location
Atlanta · Farnborough
Unit
Smith Myers Communications Ltd.
Time
5 March 2026
Equipment
ARTEMIS MPDLSpassive Wi-Fi detectionpassive Bluetooth detectionATAK Cursor-on-Target integration
Summary

Smith Myers Communications Ltd. introduced new passive Wi-Fi and Bluetooth detection capabilities to its ARTEMIS Mobile Phone Detection and Location System (MPDLS) on 5 March 2026 in Atlanta and Farnborough. These advancements enhance geolocation and sensor integration, particularly for aerial firefighting and disaster response, allowing for improved decision-making and responder safety. The system's integration with ATAK Cursor-on-Target further streamlines operations by automating sensor cueing.

Key Facts
  • Smith Myers Communications Ltd. introduced passive Wi-Fi and Bluetooth detection capabilities to ARTEMIS MPDLS.
  • The new features enhance geolocation and sensor integration for aerial firefighting and disaster response.
  • The system operates passively, allowing detection even when devices are inactive.
  • Integration with ATAK Cursor-on-Target improves operational efficiency and response times.