Nokia Deploys Private Wireless to Elevate Husky Terminal’s Marine Freight Operations at US Port

Nokia deploys private 4.9G/LTE wireless network for Husky Terminal at the US Port of Tacoma, setting a benchmark for marine freight digital transformation.
Nokia Deploys Private Wireless to Elevate Husky Terminal's Marine Freight Operations at US Port
Image Credit: Port of Tacoma

Introduction: Nokia has stepped in to overhaul the digital infrastructure at Husky Terminal and Stevedoring, a leading player at the US Port of Tacoma, Tacoma, Washington.


Challenges or Objectives: The primary challenge Husky Terminal faced was inconsistent and unreliable connectivity with their previous Wi-Fi setup, which hindered their marine freight operations and restricted their transition to new-age digital services.

Solution Implemented: Nokia deployed a private 4.9G/LTE wireless network using its Digital Automation Cloud, tailored specifically to support Husky Terminal’s shift to a cloud-based terminal operating system (TOS).

Supporting Evidence: A testament to the solution’s efficiency, the new network required six 4.9G/LTE antennas in four access points. This is in stark contrast to the previous requirement of 39 Wi-Fi access points for the same coverage area, leading to a significant reduction in operational costs and hardware.

Why the Selected Technology Was the Right Choice?: Traditional Wi-Fi had its limitations, especially in terms of reliable connectivity for mission-critical applications. With Nokia’s private 4.9G/LTE solution, not only was there a leap in reliable connectivity, but the move also set the foundation for Husky Terminal’s cloud-based TOS.

Use Case Benefits: Apart from stable connectivity, the new setup ensures better monitoring of over 40-yard trucks, supports strategic use cases, and promises further operational enhancement for both customers and port teams.

Industry Impact: The success at Husky Terminal underscores the potential of private wireless networks in transforming marine freight operations and port logistics.

Company’s Role (Nokia): Nokia played the central role in deploying a transformative private 4.9G/LTE wireless network for Husky Terminal. By introducing its Digital Automation Cloud technology, Nokia provided a robust, resilient, and secure low-latency connectivity solution tailored to Husky Terminal’s specific requirements. Furthermore, Nokia collaborated closely with Husky Terminal to ensure the wireless network met their operational needs and supported their shift to a cloud-based terminal operating system. This deployment is in line with Nokia’s continued commitment to providing industrial-grade private wireless networks to industries around the globe.

Partners for the Use Case: Husky Terminal and Stevedoring at the US Port of Tacoma.

Use Case Status: In production.

Use Case timeline: The network has been deployed and is operational as of 07 September 2023.

Customer Endorsements:

Philip Styf, Director of IT at Husky Terminal, hailed the Nokia private LTE deployment as a pivotal moment for the Port of Tacoma, underscoring its role in eliminating downtime and fostering strategic operational enhancement.


Recent Content

The Lower Colorado River Authority (LCRA) is partnering with Ericsson to deploy a private LTE network across 68 Texas counties, ensuring enhanced grid security, real-time communications, and future 5G readiness. This next-generation infrastructure will support electric cooperatives, municipalities, and critical services, reducing cybersecurity risks and improving operational efficiency for utilities statewide.
SailGP is enabling high-speed sailing with Ericsson Private 5G and Edge Computing, ensuring real-time race analytics, seamless connectivity, and immersive fan engagement. With Cradlepoint edge routers in each F50 catamaran, teams process over 53 billion data points per race day, optimizing performance and ensuring fairness. This 5G-powered digital transformation sets a new benchmark for sports connectivity.
Oulu University Hospital has deployed Europe’s first Private 5G Standalone (SA) network, revolutionizing healthcare with real-time patient monitoring, AI-assisted imaging, and augmented reality (AR) for surgery. Built by Boldyn Networks using Nokia Modular Private Wireless (MPW) technology, this high-speed, ultra-reliable network ensures seamless data flow, improved diagnostics, and enhanced patient safety. Learn how 5G is shaping the future of smart hospitals.
5G coverage in the U.S. varies significantly between urban and rural areas. While T-Mobile leads in availability, AT&T leverages FirstNet for rural expansion, and Verizon focuses on C-band spectrum. States like Nevada and Illinois rank high for 5G access, while Wyoming struggles with coverage gaps. With continued investment from major carriers and the FCC’s 5G Fund, rural connectivity is set to improve nationwide. Source: Ookla® (This article is based on Ookla’s research and Speedtest Intelligence® data).
The rising popularity of AI in the field of automation offers numerous lucrative opportunities for growth to the market players. Research Nester predicts that the automotive AI market size will reach USD 4 billion by the end of 2024. Furthermore, by 2037, the market is anticipated to garner USD 80 billion. In this blog, we will explore some of the latest trends in the market and other prospects.
AI is playing a key role in telecom security by strengthening threat detection, fraud prevention, and regulatory compliance. As 5G, IoT, and edge computing expand, telecom networks face cyber threats such as AI-specific attacks, network intrusions, and data breaches. AI-powered security solutions provide automated threat response, anomaly detection, and AI lifecycle protection, helping telecom providers maintain a secure and resilient network infrastructure.

Download Magazine

With Subscription

It seems we can't find what you're looking for.

Subscribe To Our Newsletter

Scroll to Top