Enhancing Emergency Response: Smith Myers Introduces Innovations in ARTEMIS Technology

Cologne, Germany — November 17, 2025: At the European Rotors 2025 event in Cologne, Smith Myers, the award-winning UK cellular technology firm, unveiled two pivotal upgrades to its ARTEMIS Mobile Phone Detection and Location System (MPDLS). These enhancements—a Stand-Alone Public Warning System (PWS) and an upgraded SARLOC feature—are set to significantly bolster search and rescue (SAR) operations and disaster responsiveness globally, optimizing the effectiveness of both manned and unmanned assets.

Stand-Alone Public Warning System: A Game-Changer in Emergency Communications

The newly integrated Stand-Alone Public Warning System represents a critical advancement in emergency communication capabilities. It enables the direct transmission of alerts to mobile devices without any dependence on existing network infrastructures. This functionality is particularly crucial in disaster-affected areas where traditional communication channels may be disrupted.

“With this new feature, ARTEMIS evolves from merely a detection tool to a comprehensive emergency communication infrastructure,” remarked Andrew Munro, Managing Director of Smith Myers. “In scenarios involving compromised infrastructure, it guarantees that life-saving messages reach those in dire need.”

Core Features of the Stand-Alone PWS

• Cell Broadcast Messaging: Sends alerts directly to mobile devices without requiring network connectivity.
• Detailed Messaging: Alerts include critical information, such as the nature of the hazard, geographical extent, urgency level, and safety directives.
• Autonomous Operation: The system operates independently of Mobile Network Operators, enhancing reliability during crises.
• Global Compatibility: Aligns with international public warning standards, including Wireless Emergency Alerts (WEA) and Emergency Alert Australia.

This robust system assures timely and trustworthy notifications, avoiding typical bottlenecks associated with network congestion. Notably, the PWS operates without necessitating personal data, preserving user privacy and presenting a scalable solution for public safety entities. Moreover, it reduces costs when compared to traditional mass messaging services, extending its utility to additional civic information initiatives.

Enhanced SARLOC Capability: Improved Interaction in Crisis Scenarios

The upgraded SARLOC feature further enhances the ARTEMIS MPDLS, facilitating better two-way communication between operators and individuals in distress. This advanced capability allows responders to selectively reach out to registered mobile users within a specific operational zone, seeking consent to share their precise locations.

The process is straightforward: selected individuals receive an SMS containing a secure link to an ARTEMIS-hosted webpage. By clicking the link, they can opt to share their GPS coordinates with rescue teams. Once granted permission, the smartphones activate GPS functionality, providing continuous updates every 30 seconds to command centers or aircraft in the vicinity.

“Picture a natural disaster scenario—such as a flood, earthquake, or wildfire—where every mobile device in a designated geofenced area receives immediate alerts,” Munro explained further. “Only those needing assistance respond. With the enhanced SARLOC feature, individuals can communicate their exact positions to SAR teams while retaining control over their data. This results in faster, more accurate, and safer rescue efforts.”

Implications for SAR Operations

This approach not only expedites response times but also empowers individuals in crisis situations to make informed choices about their involvement. The dual functionalities of the Stand-Alone PWS and enhanced SARLOC capability represent significant strides towards creating resilient emergency response systems that integrate cutting-edge technology and user autonomy.

In an era where efficient and effective emergency communication can mean the difference between life and death, Smith Myers’ ARTEMIS platform positions itself as a vital resource for military and civilian SAR operations alike. As these innovations gain traction, they promise to reshape the landscape of emergency management and disaster resilience worldwide.