There is a perception that mobile mesh networking is a new, novel technology that has only started to see adoption across the government, but that’s not entirely true. Mobile mesh networking is an established, relatively pervasive technology that can be found in radios carried by military and emergency personnel every

In our last article on The Last Mile, we featured an interview with Matthew Semovoski, a Post Sales Support Engineer for D-Fend Solutions, in which Matthew explained the challenges the Department of Defense (DoD) and law enforcement organizations face when countering the threat of malicious unmanned aerial systems (UAS).  

Unmanned ariel vehicles (UAVs) – which are more commonly referred to as “drones” – are practically everywhere today. They’re used by tourists and hobbyists to take incredible photos. Insurance companies use them to inspect the damage to homes and businesses following a natural disaster. Companies like Amazon are even exploring

Throughout the history of the United States, the country and its people were protected from externally-derived harm to some extent because of the oceans on its eastern and western coasts. However, as technology advanced, the United States quickly grew vulnerable to threats coming over or across the Atlantic or Pacific

When massive natural disasters strike our nation, or when other large emergency scenarios occur, National Guard units from across the country and representing multiple different states, will often be mobilized to respond. The nature of the National Guard and the work that it does can create some unique challenges when

By simply deploying a goTenna Pro X2 device with each tactical operator involved in the military freefall exercise, users can track each other on a map or send messages at a 5-second Position, Location, Information (PLI) rate. There are more benefits to mobile mesh for military freefall than simply providing

When we talk about deploying mobile mesh networking radios or nodes to warfighters, emergency and first responders, and law enforcement officials, it usually involves handing a node to an individual. That individual then connects the node to their mobile device either via Bluetooth or wire and then carries it with

In our last article in The Last Mile, we discussed how military and disaster response operations in subterranean environments— such as basements, tunnels, and underground structures, can face communications and situational awareness challenges. And these underground communications challenges can happen anywhere, even in areas that traditionally have reliable terrestrial and

In previous articles on The Last Mile, we’ve explored how emergency and disaster response scenarios can create communications and situational awareness challenges for first responders and emergency personnel, especially in places where hurricanes, wildfires, or tornadoes have destroyed network infrastructure. We’ve also looked at how warfighters and other military tactical

Last month, the goTenna team had an opportunity to demonstrate their mesh network capabilities at the Tough Stump Tech Rodeo, an off-grid communications field test hosted by Tough Stump Technologies. This recurring event provided an opportunity for technology vendors and equipment manufacturers to show off their solutions and test them