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The mining industry continues to invest in various technologies ranging from standard fleet monitoring to advanced teleoperation and collision avoidance solutions. Operators have much to consider with fiber and 5G technologies not providing the most optimum connectivity while on the surface and underground. They require a network that not only keeps operations running smoothly but one that seamlessly keeps staff, equipment, and applications functioning 24/7, 365 days a year.
Many wireless networking options fall short of mining requirements due to the lack of dynamic mobility. However, reliable mesh networks are explicitly built to suit the mining industry’s characteristics, as they provide highly mobile connections in industrial environments. These networks can provide unwavering connectivity in the adverse and changing conditions typical of the underground mining industry and deliver reliable communications for operators through robustness and mobility.
The Rajant Kinetic Mesh network is the only wireless network that autonomously adapts to operational and environmental changes in mines. Deployed in nearly 250 of the largest mines globally and exclusively used by the best run mining companies, Rajant Kinetic Mesh provides a mining network that enables operators to meet production demands and industry safety mandates with resolute network availability.
Mining operators require a network with industrial strength to overcome any disruptions of dropped data packets and high latency with uncompromised application performance. A reliable network at the forefront empowers a bright future for the mining industry. Give us a call. We want to be part of your future success.

Rajant Corporation
Rajant was established in October 2001, after founders Robert Schena and Paul Hellhake recognized the significant shortcomings in traditional wireless mesh technology, particularly when it came to mobile voice and data networks used by first responders. The Rajant team envisioned a new, more robust mesh technology that would allow these networks to be fully mobile and mobility-enabled, and operate reliably in even the most demanding environments.
