As modernization and digital transformation initiatives continue to take hold across the federal government, the need for connectivity and critical communications in the field only increases. To help ensure that warfighters, tactical operators, and first responders operating in off-grid locations can stay connected, government, military, commercial and nonprofit organizations turn

As part of the Hot Takes series, we’ll be taking a highly debated topic and exploring the pros and cons of both sides. During each debate, you’ll hear from goTenna Pro experts who offer hands-on experience from working with customers and deploying goTenna Pro X devices in the field. Cast

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

Those who operate in austere, geographically isolated areas outside of a cell service bubble need reliable communications for the duration of their mission. They’re either battling wildfires, searching for missing people, or monitoring border activity across huge swaths of land. Traditionally, the only way to have continuous coverage for situational

Digital transformation and modernization initiatives are pervasive across all levels and sectors of our government – from federal civilian agencies, to military organizations, to state and local law enforcement and public safety organizations. Every agency and organization is exploring how new technologies can be implemented within the enterprise to increase

Border Patrol agents are often isolated – with miles separating them from their closest allies and backup. They also operate in regions where cellular networks are scarce, radio service can be spotty, and communications between agents can be challenging at best. To learn more about the life of a Border

Network-connected mobile devices, applications, and other digital technologies are crucial components of almost every military operation or mission. Unfortunately, operations are often executed in environments that lack the terrestrial network infrastructures capable of providing the necessary connectivity to these mission-critical technologies. When warfighters are deployed in off-grid and austere environments

One of the recurring challenges that the government – at all levels – has faced for as long as many can remember is the need to accomplish massive missions with few resources. To combat that challenge, the government is increasingly turning to technology to better expend taxpayer resources by bridging

From urban landscapes to rugged terrains, American military, law enforcement and emergency response operations are often conducted in extremely varied, dynamic, and unpredictable environments. On any given workday, a first responder could be called upon to repel down the side of a skyscraper or extract an injured hiker from the

American warfighters can attest to the fact that maintaining situational awareness (SA) and communication amongst team members can be the determining factor of a successful mission. Whether warfighters are deployed on combat search and rescue (CSAR) operations, intelligence, surveillance, and reconnaissance (ISR) missions, or are a member of a special