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

With the sun’s warmth caressing your left side and the uneven rhythm of tires gliding across the pavement beneath your feet, you peer through your rearview mirror to glance at your family’s eager faces as you drive down a road in the middle of nowhere to get to your vacation

No matter if it’s a warfighter deployed on a special operation in an off-grid environment, or an emergency responder in a dense urban area with weak cellular connectivity, having reliable means of communication and situational awareness is critical for a mission to be executed successfully. But in these environments where

The military is perpetually investing in new, envelope-pushing technologies that are designed to give our warfighters superiority over their adversaries in each and every warfighting domain. In just the past decade, the military has heavily invested or explored options for the next-generation fighter, the next-generation armored personnel carrier, the next-generation

In the past three years, the U.S. government has set aside nearly $3.3 billion for the bolstering and modernization of our nation’s wildland firefighting capabilities. These funds have arrived at a critical point in time as government agencies face the compounding effects of climate change that are contributing to longer

Prior to deploying to a crisis response center in a remote location, humanitarian aid workers typically have an initial communications plan which includes a list of crucial stakeholders, their goals, and the hierarchy for sharing information on the crisis. Team leaders have to know who they need to talk to,