Ports

Rajant Kinetic Mesh® and Distributed Computing for Port Automation: Enabling RTG and Yard Crane Tele-Ops

The Rise of Port Automation Modern ports face growing pressure to move goods faster and with greater accuracy, while maintaining safety and reducing operational costs. As global trade continues to expand, automation has become essential for improving container handling, vessel turnaround, and yard management. Automated cranes, autonomous vehicles, tele-operation systems and Industrial Internet of Things …

Rajant Kinetic Mesh on the Move: Making Every Port Asset a Network Node

Traditional Port Connectivity Limitations Ninety percent of all cargo is transported through ports — and the need to improve productivity without sacrificing safety has never been more critical. Ports around the world have invested in different types of technology and applications to achieve this objective. All of which need a reliable and scalable wireless network …

Rajant Selected as the IIoT Network of Choice for the Fremantle Port Authority

TASC Digital Control Systems used Rajant as the solution to provide the necessary coverage for this application as well as expansion in the future for the Fremantle Port Authority.

Rajant Selected the IIoT Network of Choice for Western Australia’s Largest, Busiest & Historically Important Port

Fremantle Ports is considered the most extensive port operations in Western Australia. To harness its technologies and provide the opportunity to become a digital port in the IIoT age, Fremantle chose Rajant as its wireless network.

Trailblazing Network Technology for Connected Port Mobility & Autonomy

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.

Embracing the Right Technology for Port Operational Prosperity

Emerging technologies, such as 5G, bring next-generation connectivity capabilities and offer promises to revolutionize port operations.

Port Autonomy: Rajant’s M2M-Enabling Network is the Only Choice

With ubiquitous coverage, ports and intermodal yards can fully capitalize on the safety and efficiency promises of autonomy and other real-time applications.

Green Ovations | Highly Tuned Drone Zone – the Modern Seaport

The use of Industrial Internet of Things applications will raise expectations for secure connectivity among seaports.

Ports

Rajant’s Kinetic Mesh is the leading network technology for ports taking steps towards autonomy in their daily operations, providing for ubiquitous, port-wide mobility and unmatched network resiliency – both of which are needed to enable reliable, efficient autonomous processes.

Ports Must Be Smarter to Thrive in the Future

Rajant’s Kinetic Mesh® network allows seaports to surpass obstacles presented by traditional networks.

Rajant Kinetic Mesh on the Move: Making Every Port Asset a Network Node

Rajant Selected as the IIoT Network of Choice for the Fremantle Port Authority

Rajant Selected the IIoT Network of Choice for Western Australia’s Largest, Busiest & Historically Important Port

Trailblazing Network Technology for Connected Port Mobility & Autonomy

Embracing the Right Technology for Port Operational Prosperity

Port Autonomy: Rajant’s M2M-Enabling Network is the Only Choice

Green Ovations | Highly Tuned Drone Zone – the Modern Seaport

Ports

Ports Must Be Smarter to Thrive in the Future

Proven Everywhere

The Asymmetrical Advantage of Data: Mesh Networks and Distributed Edge Computing for Warfare in the Information Age

Rajant Guardian: Predictable Performance. Predictable Costs. A More Intelligent Way to Own a Kinetic Mesh Network

Why Resilient, Self-Healing Networks are Critical for 21st-Century Defense and How Rajant Mesh Technology Fills the Gap