Rajant Kinetic Mesh
Broadband Network Innovation Has Been Set In Motion.
Rajant Corporation – the pioneer provider of pervasive, multi-frequency wireless solutions – is changing the way the world utilizes mobile infrastructure by bringing to life agile, scalable, high-performance networks that connect the diverse environments in which they operate today.
What is the Living Network?
Adaptable. Dynamic. Smart. Productive.
Visit our Living Network Center to learn how Rajant Kinetic Mesh will bring your private wireless network to life.
Move Freely with the Dynamic Power of the ‘Living Network’.
What is the Living Network? It’s ever-evolving to meet new or changing business and connectivity demands.
Rajant makes the Living Network possible with its Kinetic Mesh technology, creating a fully mobile wireless network that dynamically reacts to and optimizes for physical surroundings and frequency availability – all in real-time.
Create the Network that Works for You.
Rajant Kinetic Mesh provides much more than connectivity – it brings mobility, performance, reliability, and flexibility that is unmatched by other broadband and mesh offerings, turning your network into a strategic, highly productive asset.
Remove Downtime from Your Operating Equation.
No single point of failure and the self-healing capabilities of Kinetic Mesh provide built-in redundancy to minimize administration and maintenance while maximizing mobility, IP traffic uptime and bandwidth.
Adapt Seamlessly to Changing Environments & Demands.
Rajant Kinetic Mesh optimizes coverage between all fixed and mobile assets, even as network characteristics change – whether nodes are added, subtracted, or dynamically shifted across large areas, it adapts ensure your data remains highly available.
BreadCrumb® Wireless Network Nodes
Ruggedized, multi-radio transmitters communicate with any Wi-Fi or Ethernet-connected device to deliver low-latency, high-throughput data, voice and video across the mesh network.
Patented networking protocol enables complete network mobility over a common wireless infrastructure, with dynamic shifting of data across network frequencies based on best-path analysis.