Founded in 2001, Rajant Corporation is a leader in wireless network infrastructure and mobile networking technology, especially in challenging environments. Their Kinetic Mesh mobile networks enable continuous, resilient connectivity, providing reliable, high-bandwidth wireless communication in circumstances where traditional WiFi won't work. The network is self-healing and self-optimizing, automatically able to re-route traffic and adapt to changing conditions. Capable of supporting real-time data and video streaming, the network offers secure wireless connectivity for mission-critical applications.
Check out the resources below to learn how Rajant technology makes a difference.
CASE STUDIES
Case Study: Rural WiFi
Rajant and Accelecom Bring Downtown Wi-Fi to Eastern Kentucky’s Harlan County
DownloadCase Study: Water Monitoring
Safeguarding City’s Water and Wasterwater with Real-Time Monitoring
DownloadCase Study: Fracking Connectivity
Eliminating Wires on a Busy Fracking Pad Amid High-Power Equipment
DownloadCase Study: Tunnel Talk
Below the Fjords – Wireless Communications for World’s Longest Subsea Tunnel
DownloadCase Study: Back in Business
SITECH Deploys Rajant Kinetic Mesh® Network Following Maui Wildfires
DownloadCase Study: Critical Comms
Delivering Critical Communication for Novel Solar Thermal Energy Solution
DownloadCase Study: Mining
Achieving Digital Voice and High-Speed Data to Underground Mining at the Working Face
DownloadCase Study: Uninterrupted
Hybrid-Networking Solution to Keep Mine Operational During Power Outage
DownloadCase Study: Network Challenges
Rajant Radios Maintain Connection in Challenging Underground Mine
DownloadBROCHURES
VIDEOS
DATA SHEETS
Data Sheet: BreadCrumb ES1
The ES1 is an IP67 Kinetic Mesh network device intended for use in IIoT applications and light-duty vehicles.
DownloadData Sheet: BreadCrumb JR3
The Rajant JR3 BreadCrumb is a wireless communications device that provides reliable connectivity and extends network reach & mobility.
DownloadData Sheet: Cardinal Network Node
Small, yet lightweight module and notably smallest. powerful Mobile Wireless Network Node
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