The Dilemmas of Indoor IIoT
This article explores the challenges of warehouse connectivity, and compares a Wi-Fi network to a Rajant Kinetic Mesh network in terms of coverage, capability and stability in a warehouse environment.

This article explores the challenges of warehouse connectivity, and compares a Wi-Fi network to a Rajant Kinetic Mesh network in terms of coverage, capability and stability in a warehouse environment.

Providing optimal, ultra-reliable network connectivity, Rajant teamed up with strategic partners, Western Shelter and Dejero, to offer a tailor-made “Rapid Shelter and Network Deployment Kit.”

While inherent interoperability challenges in our nation’s communication infrastructure have been a lingering issue for years, it was not until significant events that these problems really became magnified.

Public safety reliance on public cellular and wireless networks, without significant network infrastructure improvements, means that when disaster strikes, communications fails for everyone.

Ubiquitous connectivity is growing in importance across industry sectors. The dependency on our communications infrastructure will grow exponentially and means a renewed focus on reliability and security.

Learn about the about five critical capabilities you should look for in a mesh network: integration, mobility, redundancy, scalability, and security.

Rajant’s Kinetic Mesh is unlike any other wireless mesh system on the market today, providing fully mobile broadband connectivity that is simple, instantaneous, and fail-proof in any application.

The following industry examples show how Rajant Kinetic Mesh® can be applied in multiple vertical markets to overcome mobility-driven connectivity challenges..

Considered the most ruggedized mesh networking hardware on the market, Rajant BreadCrumbs have been proven to operate reliability across challenging terrain and the most extreme conditions.

There are multiple approaches organizations can take to construct a workable network, but many options become less viable as scalability, throughput, ruggedness, self-management, cost efficiencies and particularly mobility demands increase.
