Rajant’s Kinetic Mesh® is the only wireless network that autonomously adapts to operational and environmental changes in open-pit and underground mines. In over 230 mines worldwide, Kinetic Mesh networks dynamically evolve to keep applications, equipment, and mine production running on the surface and underground, with no fibre or mobile phone towers needed.
Rajant Kinetic Mesh® provides a mobile mining network that enables mining operators to meet continuous production and industry safety mandates with unwavering network availability. The unique nature of our Kinetic Mesh architecture allows open-pit and underground mines to easily introduce, relocate, or remove network infrastructure – without causing any network downtime – to deliver highly adaptable coverage and continuous connectivity. It’s the only network for mining autonomy that runs without fail.
The shape, depth, and configuration of a surface mine are constantly changing as extraction occurs. Equipment must be constantly moved away from new blast zones, which means network coverage must also frequently shift. Unlike large LTE towers, Kinetic Mesh’s unique and portable architecture easily allows open-pit operations to quickly introduce, relocate, or remove network infrastructure without operational downtime, to deliver highly adaptable coverage and continuous connectivity. Read our open-pit mining brochure to see how.
A Fully Mobile, Multi-Radio Wireless Mesh Network Underground
Underground mines are challenging environments in which to deploy network systems. Connectivity and throughput demands are high, but mine layouts limit how far wireless signals can travel. Rajant’s fully mobile, autonomous V2X/M2M for underground mining eliminates the struggles of a voice-only leaky feeder with multi-radio high-speed connectivity. Kinetic Mesh provides mission-critical voice and data communication at the working face for mines, which is a robust alternative to traditional wireless systems. Read our underground mining brochure to learn more.
Interference Mitigation
Never Breaks to Move
Mobility
No Single Point of Failure
