Not long ago, the first wave of responders in a remote location outside the coverage footprints of LMR and cellular systems had little communications support—other than direct-mode communications via LMR devices—or situational awareness until a vehicle with a temporary tower and GEO-satellite backhaul arrived to provide greater levels of connectivity hours or days later.

Today, the same scenario in a remote location can be very different. Deployable solutions have evolved dramatically during the past decade, now existing in a variety of form factors—from small trailers to hardened pelican cases to backpacks—that let responders quickly establish communications coverage in locations that cannot be reached with a traditional communications vehicle.

Of course, the deployable systems still leverage satellite connectivity, but that capability includes higher-bandwidth LEO and MEO constellations that also feature receivers that can be much smaller than the typical GEO dish. And the smallest form factor is an unmodified cellular device, which can already be used to communicate via satellite-direct-to-device technology that is already being used to save lives.

In addition, drone technology is becoming more commonplace during emergency responses, providing video and other sensor-driven data about an incident scene that can help public-safety personnel perform more effectively and efficiently.

During this session, our panelists will share real-world experiences depicting how satellites, drones, and other emerging technologies already are changing how the responses in remote locations are executed—and offer some ideas about what evolutions are still to come. Join us for the panel in the keynote room followed by a networking event with drinks and light bites!