Introducing Rajant’s BC|MeshMapper — Designed to Support Mobile and Autonomous Mesh Operations
A new diagnostic tool that generates connectivity heat maps to analyze, diagnose, and optimize the performances of the Kinetic Mesh network.

A new diagnostic tool that generates connectivity heat maps to analyze, diagnose, and optimize the performances of the Kinetic Mesh network.

Rather than waiting for a security breach or safety situation to occur, teams can begin to proactively assess their security stance and head off potential issues with immediacy.

With Rajant’s mission-critical, highly agile network, public safety operations and emergency response initiatives can run efficiently and with the utmost communications reliability in virtually any environment.

For a port to capitalize on the promises of autonomy and other real-time applications, they must ensure their network can fully support continuous connectivity and high throughput performance everywhere throughout the port, even between the stacks.

Today’s warehouses are under pressure to advance their efficiency and productivity while lowering overhead costs. To optimize workflows and drive higher levels of throughput, many are turning to robotics and automation.

Kinetic Mesh gives construction sites a better network alternative: one that’s deployable and scalable to expand base station range in any direction, while providing continuous connectivity for site applications.

Rajant’s network overcomes complex terrain while demonstrating versatility in overcoming physical obstructions and local radio frequency interference.

When a Class I railroad’s intermodal yard decided to purchase additional heavy equipment to help increase speed and efficiency, management quickly realized their basic Wi-Fi solution was no longer robust enough.

Mines will reap the full benefits of their assets and their workforce by utilizing a network that can support all technologies.

No matter the industry sector, every organization today requires a network that delivers real-time information reliably—anytime, anywhere.
