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Oct. 30-31, 2024 – Florence, Texas As the INTERPOL Drone Expert Summit 2024 conference opens to a packed program around DFR2 (Drone as First Responder and Drone for First Responder), new paradigms will be introduced by UAS Norway, in conjunction with other drone organizations. These two functions are set to revolutionize the way emergency services operate with drones. DFR2 delivers new efficiencies and improved effectiveness in emergency situations, with real-time data significantly enhancing decision-making and response times, ultimately saving lives.
Taking this concept further on day 1 of the conference, Elsight Co-Founder and CTO Roee Kashi will present on “When situational awareness is critical in first responder missions”.
Within the variety of typical first responder missions – firefighting, riots, hostage taking, search & rescue, natural disasters – widening the scope of real-time information during a high-risk situation leads to successful risk management. The key element in continuous transmission of precise information (video and data) is the robust C2 connectivity supporting aerial views, wireless cameras on responders’ helmets, and from mobile units – or ideally, from multiple sources.
The ability to fly beyond the visual line-of-sight (BVLOS) for continuous real-time precise data collection is the pillar in optimal first-responder event management. When comprehensive data is transmitted to a remote-control center, commanders can decide on the ideal tactics on the spot.
Roee will describe how this type of continuous communications is possible, even if there are parties trying to jam communications. In addition, he will speak to real life use cases of natural disaster recovery.
Elsight’s field-proven Halo, a highly reliable multi-link communications system with over 250,000 flight hours logged. The Halo aggregates multiple communications links to a secure bond using public and private cellular, satellite, and RF technologies ensuring uninterrupted drone communications even in the most challenging environments. Whether it’s disaster response, surveillance, deliveries or lengthy remote inspections, DFR teams who are empowered by the Elsight Halo complete their missions with continuous transmission of high-bandwidth video and data to a remotely-located command center.
If you are attending #IDES2024, and would like to have a meeting with Roee Kashi, write info@elsight.com.
FAQs
1. What topics did Roee Kashi cover in his INTERPOL Drone Expert Summit presentation?
Roee Kashi discussed the critical role of resilient communications in first responder drone operations, focusing on situational awareness, BVLOS connectivity, operational continuity, and the challenges of maintaining reliable command and control in dynamic, high-pressure environments. The presentation also explored how advanced connectivity technologies enable more effective emergency response missions.
2. How does the Elsight Halo enable continuous, high-bandwidth communications for drone first responders (DFR)?
Halo aggregates multiple communication technologies, including LTE, 5G, Wi-Fi, mesh networks, and satellite links, into a single, resilient communication layer. The platform continuously monitors network performance and dynamically reroutes traffic through the best available links, helping maintain uninterrupted command and control, telemetry, and real-time video transmission during critical incidents.
3. What real-world use cases or deployments demonstrate Halo’s performance in disaster response and other first responder missions?
Halo has been deployed across public safety, disaster response, search and rescue, critical infrastructure protection, and Drone as First Responder (DFR) operations worldwide. One example is the deployment by Censys Technologies, where Halo enabled resilient BVLOS communications for long range fixed wing drone operations for post-disaster assessment in the aftermath of Hurricane Helene. Halo has accumulated hundreds of thousands of operational flight hours across commercial, public safety, and defense applications, demonstrating proven performance in demanding operational conditions.
4. Can Elsight support BVLOS operations, and how does it mitigate jamming or degraded communications?
Yes. Halo is specifically designed to support BVLOS operations by providing resilient, multilink connectivity and automatic rerouting across multiple communication networks. The platform uses AES-256-CBC encryption, VPN tunneling, packet splitting, and dynamic traffic routing to maintain communications when networks become congested, degraded, or unavailable. Its multilink architecture also improves resilience in electronically challenged environments by reducing dependence on a single communication channel.
5. How can I request a demo?
Organizations interested in evaluating Halo can contact Elsight directly to arrange a demonstration, technical briefing, proof of concept, or operational trial. Elsight’s team can guide on integration, deployment options, BVLOS connectivity requirements, and mission-specific use cases for public safety, defense, and commercial operations.
