goTenna recently conducted another test of its goTenna Pro X2 mobile mesh networking solution in a rural and remote part of Arizona. Terrain features included arid desert, mountainous plateaus, and dense pine forests. In their demonstration, the goTenna team pushed the boundaries of mobile mesh networking connectivity by showcasing the

In our last article on The Last Mile, we featured the first part of a discussion with Callie Groth, the CEO of BlackBar Engineering, a small engineering firm doing big things for the U.S. Department of Defense (DoD). BlackBar’s mission involves using innovative, modern approaches to product design, development, prototyping,

No matter how well prepared the U.S. military and its operators are for a mission, there is always potential for unforeseen challenges and complications. There are simply too many variables and environmental factors that can impact the mission and change requirements. The unpredictable nature of warfighting makes flexibility and adaptability

Last November, the goTenna team had an opportunity to demonstrate the mesh networking capabilities of the goTenna Pro X at Modern Warfare Week, a week-long exposition and demo event hosted by Global SOF Foundation. The demonstration took place roughly 30 minutes outside of Fort Bragg, North Carolina at The Range

When the Android Tactical Assault Kit (ATAK) was released a decade ago, its situational awareness and communications capabilities completely transformed how military, law enforcement, and emergency response teams coordinate and communicate during their missions. For more than 10 years, ATAK has been enabling any warfighter with an Android device to

Join Mike Gibbs, Senior Forward-Deployed Engineer at goTenna as he discusses his mesh network field test findings. During the test, his team was able to test goTenna Pro X mesh network range through moderate to heavy densities of vegetation at shoulder, canopy-level as well as above vegetation via a drone

Tornadoes, hurricanes, earthquakes, and other natural disasters cause frequent damage to centralized cell, wifi, and RF communications networks. No matter the mission, response teams still need to find a way to communicate and maintain situational awareness in the immediate aftermath of a disaster. Watch leading UAS training organization Granite Defense