goTenna and The Last Mile – Reflecting on an Action-Packed 2025
It’s a new year, and the teams at The Last Mile and goTenna would like to take the opportunity to thank each and every one of our readers who spend their time on the site, reading our articles on communications and connectivity at the tactical edge in 2025. Last year
Rain Technology Solutions and goTenna Revolutionize Medical Response for the DoD
When someone is injured in the field—whether it’s a soldier in combat, a firefighter responding to an active wildland fire, or a Border Patrol Agent on remote terrain—every second counts when giving lifesaving medical aid. But in the chaos of a crisis, reliable communication and accurate medical tracking are often
Forterra’s goTenna acquisition – paving the way for a new era of autonomous systems and operator safety
On October 9, 2025, Forterra, a leader in autonomous mission systems, announced its acquisition of goTenna, the pioneer of tactical burst networking solutions. This acquisition will further strengthen the existing partnership between the two companies, resulting in the integration of goTenna’s mobile burst networking solutions into Forterra’s autonomous mission ecosystem.
Forterra acquires goTenna, uniting the leader in autonomous mission systems with the pioneer of mesh networking solutions
Over the last several years, autonomous systems have played an increasingly pivotal role in warfighting missions. Autonomous ground vehicles, both manned and unmanned, have traditionally been leveraged in last mile tactical logistics, resupply, casualty evacuation (CASEVAC), and intelligence, surveillance, and reconnaissance (ISR) operations in battle spaces around the world. Through advancements
CANSEC attendees emphasize need for more interoperable comms at the edge
Last month, goTenna had the opportunity to attend CANSEC 2025, Canada’s largest and most influential defense, security, and emerging technology event. Hosted annually by the Canadian Association of Defence and Security Industries (CADSI) in Ottawa, CANSEC brings together key decision-makers from across the Canadian Armed Forces, the Department of National
Mobile mesh networking – a vital tool for airborne operations
Few military exercises and operations are as harrowing and complex as military airborne and freefall operations. Despite the extensive jump training and pre-deployment experience that is required for all airborne operators to complete, there are inherent challenges and unknown factors that could cause problems for even the most experienced airborne
Discussions at LANPAC Symposium highlight need for integrated, secure comms
Last month, the goTenna team had the opportunity to attend the Land Forces Pacific (LANPAC) Symposium, an annual event in Honolulu that connects military leaders, defense officials, and industry partners from across the Indo-Pacific region. More than just a conference, LANPAC is a strategic touchpoint—designed to align coalition land forces,
4 Key Comms Requirements for Special Operations Forces from SOF Week
Earlier this month, the goTenna team had the opportunity to attend SOF Week 2025, an annual event specifically focused on global special operations forces designed to provide a venue for learning, the sharing of best practices, and the recognition of special forces community members. For companies like goTenna, SOF Week
goTenna + EVERYWHERE integration extends tactical communications to the edge
Deployed operators for law enforcement organizations, the military, and other government agencies now have a new way to stay connected with each other and their senior leaders and decision-makers back home. The partnership between goTenna and EVERYWHERE Communications has combined the robust, localized communications capabilities of goTenna’s mesh networking with
goTenna Pro X2m brings mobile mesh networking to military and public sector platforms
Earlier this week, goTenna introduced the newest addition to its portfolio of mobile mesh networking solutions, the goTenna Pro X2m. Unlike other goTenna mobile mesh networking radios, this new solution is not intended to be carried by operators in the field. Instead, this new solution is meant to be integrated