- 4,000+ radio types compatible with Cubic Vocality’s RoIP solutions
- FirstNet certification for US first responder use
- Strategic expansion into mission-critical communications for GetWireless
Experts would likely conclude that this partnership represents a significant step toward solving critical communication interoperability challenges in public safety and utilities, leveraging proven RoIP technology to bridge legacy radio systems with modern IP networks.
The Silent Bridge: A Tech Overhaul to Unify Crisis Communication
EDEN PRAIRIE, MN – July 09, 2026 – In the chaos of a wildfire, a police officer using a handheld radio cannot speak to a firefighter from a neighboring county just yards away. During a city-wide blackout, a utility crew working underground is cut off from the central dispatch. These are not hypothetical failures; they are recurring, dangerous gaps in communication that cost time, resources, and, tragically, lives. The problem is often deceptively simple: the people who need to talk to each other the most are using different, incompatible radio systems. A new partnership between Minnesota-based distributor GetWireless and communications technology leader Cubic Vocality aims to build the bridges across this chasm.
The announcement details a plan for GetWireless to distribute Cubic Vocality’s specialized Radio over IP (RoIP) solutions. On the surface, it’s a standard corporate alignment. But beneath the business-to-business jargon lies a technology poised to solve one of the most stubborn challenges plaguing public safety, utilities, and other critical industries. It’s an effort to create a universal translator for the dialects of emergency and industrial communication, ensuring that when every second counts, no voice is lost in the static.
Bridging the Communications Chasm
The backbone of field communications for decades has been the Land Mobile Radio (LMR). These rugged, reliable devices are essential for police, energy companies, and transportation networks. However, this reliance has created a modern-day Tower of Babel. Different agencies and industries often operate on proprietary networks and frequencies, making direct interoperability impossible. The result is a patchwork of communication silos, a critical vulnerability during multi-agency disaster response or complex industrial operations.
Enter Radio over IP. The technology functions as a powerful gateway, converting traditional analog and digital radio signals into data packets that can travel over any IP network—be it cellular, Wi-Fi, satellite, or a secure private network. Cubic Vocality’s solution essentially digitizes a radio call, sends it across the internet, and reassembles it for a user on a completely different system, whether that’s another LMR, a smartphone with a push-to-talk app, or an IP telephone at a command center.
The new partnership makes GetWireless, a major value-added distributor with deep roots in the Internet of Things (IoT) space, the conduit for this technology to a wide network of resellers and integrators. Cubic Vocality's technology is not a newcomer. An arm of the global defense and public transit tech giant Cubic Corporation, its solutions are ruggedized for harsh environments and boast compatibility with over 4,000 types of radios. Crucially for the US market, Cubic's Vocality RoIP has secured FirstNet certification, clearing it for use on the dedicated nationwide broadband network built for first responders.
A Strategic Play in a High-Stakes Market
For GetWireless, this move represents a significant strategic expansion from its core IoT business into the demanding mission-critical communications sector. The company, established in 2001, has built its reputation on connecting devices to the internet. This partnership is about connecting the people who manage and protect the infrastructure those devices monitor.
This alliance is the latest in a series of maneuvers that have solidified the market position of GetWireless and its parent company. GetWireless is part of Alliance US Holding, LP, a portfolio company of private equity firms Lee Equity Partners and Twin Point Capital. In recent years, this holding company has been on an acquisition spree, bringing distribution giants like TESSCO Technologies and Alliance Corporation under one roof, creating a powerhouse in the wireless distribution market. The addition of Cubic Vocality’s portfolio is not just about adding another product; it's about capturing a new, high-value segment of the market where reliability is a non-negotiable requirement.
“Our customers rely on GetWireless to deliver proven technologies that solve complex connectivity challenges,” said Brian Taney, CEO at GetWireless, in the official announcement. “Adding Cubic Vocality strengthens our ability to support our reseller and carrier partners serving mission-critical environments where secure, reliable communications are non-negotiable.”
By equipping its channel partners with RoIP solutions, GetWireless is providing them with a powerful tool to address the digital transformation needs of their most demanding clients. Instead of forcing a costly and disruptive “rip and replace” of legacy radio systems, partners can now offer a solution that modernizes and extends the life of those investments while integrating them into a unified, future-proof network.
The Lifeline for Those on the Front Line
The true measure of this technology is not in its market share, but in its impact on the ground. For a fire captain coordinating crews from three different jurisdictions at a sprawling industrial fire, RoIP means a single, unified command channel instead of three separate, clunky radios. For a mining supervisor, it means maintaining constant contact with teams deep underground via a combination of radio and the mine’s Wi-Fi network, dramatically enhancing safety protocols.
In the utility sector, the benefits are equally profound. During storm recovery efforts, when power lines are down and cellular service can be spotty, RoIP gateways can leverage satellite backhaul to keep dispatch centers connected to field crews. This ensures that restoration efforts are coordinated efficiently and that workers remain safe in hazardous conditions. It transforms communication from a point of failure into a resilient, multi-layered asset.
“For years, the holy grail has been seamless interoperability,” noted one communications consultant for public safety agencies. “We’ve seen tragic failures where agencies couldn’t coordinate because their gear couldn’t talk. Solutions like this are what finally make that interoperability a practical reality, not just a theoretical goal. It allows you to connect a state trooper’s radio to a city’s emergency operations center and a National Guard unit’s mobile app, all in real-time.”
Securing the Digital Backbone of Critical Infrastructure
The adoption of RoIP is a key marker in the broader convergence of IT (Information Technology) and OT (Operational Technology). For decades, the radio networks that controlled physical operations were kept separate from the data networks of the corporate office. RoIP effectively dissolves that barrier, creating both immense opportunity and new challenges, chief among them being security.
By moving mission-critical voice over IP networks, these communications become potential targets for cyber threats. Cubic’s deep heritage in the defense sector provides a crucial layer of assurance. Their focus on secure communications is integral to their design, ensuring that sensitive operational and command transmissions are encrypted and protected from eavesdropping or disruption.
This shift toward integrated, IP-based systems is fundamentally changing how we manage the infrastructure that underpins modern life. It enables the creation of more resilient systems that are not dependent on a single communication path. If a cellular network goes down, voice traffic can be rerouted over satellite. If a terrestrial network is severed, local radio-to-radio communication remains intact. This built-in redundancy is the future of critical communications, providing a robust and flexible network that can withstand the unpredictable challenges of an increasingly complex world.
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