This white paper covers how autonomous robotics solutions are expanding the role technology plays in enhancing security and public safety, all while creating operational efficiencies and cost savings.
This white paper covers what Oil & Gas operations can do today to ensure a brighter future of production efficiency, and details how they can leverage enhanced connectivity to boost their sustainability initiatives.
The security executive role has never been more challenging as physical and cybersecurity threats have converged to become a two-headed monster that must be battled.
Despite the disparate nature of public safety threats, which range from the most serious of incidents to more mundane, there are common needs shared by all stake-holders who work within the public safety sphere.
Increase productivity, reduced operating costs, and improve worker and data safety with advanced mesh networking solutions. Rajant technology answers these requirements for offshore oil and gas development—creating secure and reliable networks that enable continuous, efficient operations.
Artificial Intelligence (AI) is making huge headlines around the world. But, what is the practical reality of AI as a game-changer in various industries for solving real-world problems? Before tackling these questions, it's useful to gain some insight into what AI is all about.
Rajant Corporation assembled an industry panel of our channel and strategic partners to discuss the benefits and weaknesses of both carrier-based and private LTE solutions. Here is what they had to say when it comes to IIoT and why they recommend Rajant’s Kinetic Mesh®.
IIoT has unleashed mines’ ability to track virtually any aspect of a machine’s operations. This paper explores key digital innovations now available for mines to leverage in increasing asset productivity, and the requirements of a network to support these next-gen applications.
In this white paper, we’ll discuss the vision for the future of Precision Farming and how it can be made a reality with the right network: one that is as equally autonomous as the assets it must support.
Battlefield communication systems are hampered by inadequate capacity, flexibility, security and access, resulting in the use of numerous incompatible communications systems and waveforms.
We discuss how the unique attributes of a scalable, high-bandwidth Kinetic Mesh® network provide unmatched performance for upstream, midstream, and downstream oil & gas applications.
To capitalize on Industry 4.0 applications, plants require an IIoT-enabling network more flexible than Wi-Fi or two-way radio WAN typically used in such facilities.
IT professionals are confronted with an explosion of application data, creating bottlenecks and increasing bandwidth needs dramatically. We discuss how Rajant enables operations to meet rising mobility, throughput, and capacity requirements.
At Rajant, we know how absolutely essential security is. So, we have made significant investments in providing multi-level, robust security to protect your Kinetic Mesh network traffic, even as network topologies evolve.
The increase of interconnected devices, cameras, laptops, sensors and other assets has placed more pressure on those responsible for ensuring the security and authenticity of the communications traffic moving in, out, and across the network.
In this eBook, we discuss how a Living Network™ addresses the top 5 challenges of port networking today – so that port operators can bring IoT to life in their dynamic and ever-moving environment.
Forward-thinking public safety agencies tasked with building safer communities know that having always-connected communications between personnel, vehicles, and command centers can mean the difference between life and death.
The ability to move cargo in and out of port quickly and efficiently directly impacts customer retention and profitability. With the right wireless mesh network, ports can operate more productively, and protect people and assets more fully.
The oil and gas industry has a history of volatility with ups and downs being inevitable. While you cannot control the volatility, you can control how you prepare for market swings by optimizing operations.
Aging infrastructure, population growth, and rapid urbanization are bringing a number of challenges water utility operations, and the “Smart Water” movement emphasizes technology utilization to help address these issues.
Given the constant movement of people and assets plus the constantly changing terrain and weather in industrial environments, RF interference has become one of most prevalent causes of outages and unstable wireless connectivity.
Rajant wireless mesh networks are not traditional mesh networks. This paper explores the challenges of traditional wireless networks, particularly when it comes to mobility, and how Rajant Kinetic Mesh networks overcome connectivity challenges by employing our unique InstaMesh® networking software.
This paper explores how Kinetic Mesh® networks ensure the fastest packet delivery, quickest change response, and lowest administrative overhead as compared to other wireless mesh networking technologies.
This paper explores the shortcomings of LTE in industrial environments and how integration of Kinetic Mesh technology can deliver the continuous wireless connectivity and mobility that mission-critical operations require.
This paper outlines the unique technical advantages that Rajant BreadCrumbs® and InstaMesh® have over other available wireless systems.
The need for wirelessly transporting multimedia data over wide area networks has been the call of our age. We discuss the unique advantages of using Rajant Kinetic Mesh® networks for security, video and surveillance applications.
Learn why Rajant’s Kinetic Mesh® networking technology was designed for the challenges of shale operations – and how it has proven its value over and over again for more than a decade.
Learn how Rajant’s scalable, high-availability, multi-frequency network ensures reliable communications in rugged terrain.
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