Rajant
Innovators of intelligent wireless edge network solutions.
Rail operations are going digital. Rajant’s wireless broadband network is the only RF solution that enables constant communication between train and wayside and within the dynamic environments of ever-moving railyards – because the network itself is dynamic too.
Rajant’s Kinetic Mesh® network allows seaports to surpass obstacles presented by traditional networks.
Autonomous robots are changing the way dirty, dull, and dangerous industrial tasks are performed. While robotics platforms come in all shapes and sizes, they have one thing in common: a need for continuous mobile connectivity which only Rajant's wireless network can provide.
Advances in tunneling technologies have allowed for the construction of new underground facilities that were previously impossible due to the Rajant Kinetic Mesh network capacity and mobility in underground tunnels without expensive cabling.
Rajant’s industrial wireless mesh networks bring mission-critical connectivity to underground mines without the need for fiber throughout most of your mine. Save significant OPEX and maintenance costs while adding more network capacity and mobility beyond what fiber can effectively support.
Providing wireless fidelity and enabling long term network evolution without the limitations of Wi-Fi or the complexity hassles of LTE.
Electric utilities can benefit from the cost savings, efficiency, and safety gains enabled by smart devices for remote, real-time grid management. But these new grid devices are only as “smart” as the communications network they run on – and the most intelligent network for the job is Rajant Kinetic Mesh.
Rajant Corporation, the exclusive provider of Kinetic Mesh wireless networks is presenting their optimized upstream processes for onshore oil and gas. Rajant, along with distribution partner Tessco and integrator partner Winn-Marion, will demonstrate how Rajant is delivering fully mobile, mission-critical data, video, and voice communications O & G enterprises require in rugged and remote environments. …
