Orange Belgium and KPN collaborate to digitalize Westerschelde waterway with 5G

Orange Belgium and KPN will investigate how 5G technology can accelerate the further digitalization of one of Europe's most important waterways. The aim is to define a low-altitude cross-border digital corridor for mobility applications and aviation that will make key nodes in the global supply chain, namely ports and hinterland waterways, more efficient, secure and sustainable. The high speed and ultra short response times (low latency) of the 5G networks will ensure secure and highly reliable connectivity.
Orange Belgium and KPN investigate how Westerschelde can become the world's smartest waterway with 5G
Orange Belgium and KPN investigate how Westerschelde can become the world's smartest waterway with 5G

Orange Belgium and KPN will investigate how 5G technology can accelerate the further digitalization of one of Europe’s most important waterways. Today it was announced that the study of the waterway corridor of Belgium and the Netherlands is one of the projects that is eligible for subsidy from the European Commission. In the coming months, the “5G Estuary” should clarify what is needed to make the Westerschelde the most smart, digitized waterway in the world.


The Westerschelde is of great importance to the economies of Belgium and the Netherlands and is one of the busiest waterways in the world with shipping traffic to the seaports of Antwerp, Bruges, Ghent, Terneuzen and Vlissingen, accounting for more than 150,000 ships per year. In this border region, public and private organizations from both the Netherlands and Belgium frequently interact. Orange Belgium and KPN, together with Port of Antwerp – Bruges and North Sea Ports, will therefore investigate how 5G technology can be deployed on the water, along the banks and in the ports and terminals on both sides of the border. So that it becomes clear what is needed to make the Westerschelde the world’s smartest, digitized waterway.

The study by Orange Belgium and KPN aims to define a low-altitude cross-border digital corridor for mobility applications and aviation that will make key nodes in the global supply chain, namely ports and hinterland waterways, more efficient, secure and sustainable. The high speed and ultra short response times (low latency) of the 5G networks will ensure secure and highly reliable connectivity.

Think, for example, of real-time data exchange to and from vehicles and vessels, ports, and the remote control and support of trucks and boats, for example. But the deployment of autonomous robots, augmented reality, sensors and drone inspections are also among the possibilities. These applications will not only make the logistics chain more efficient, they will also contribute to better security of critical infrastructure and the environment.

With the support of Connecting Europe Facility
The research of Orange Belgium and KPN is supported by the Port of Antwerp-Bruges, North Sea Port, Seafar, Agency for Maritime Services and Coast, De Vlaamse Waterweg, the FOD Economie, Ministry EZK, Ministry I&W, Province of Zeeland and carried out with subsidy from the European Commission under the banner of Connecting Europe Facility (CEF).

The research will take over six months and the results are expected to be published in mid-2023. Parties with interesting visions on digitalization on and around waterways or with applications depending on the availability of high-quality connectivity on water and/or low aviation are invited to contact Michaël Peeters, Director Innovation and Business Development of Orange Belgium.


Recent Content

Vodafone Spain is deploying a private 5G network at the Muga Potash Mine in collaboration with Geoalcali. This initiative enhances safety, automation, and operational efficiency in underground mining by enabling real-time data access, remote-controlled machinery, and IoT-powered monitoring. With low-latency connectivity and AI-driven automation, the project sets a new benchmark for smart mining in Spain.
Celona and stc Group have announced a strategic partnership to expand private 5G adoption in Saudi Arabia, Kuwait, and Bahrain. This initiative enhances business efficiency through secure, scalable, and high-performance wireless connectivity. Designed for industries like oil and gas, logistics, manufacturing, and mining, the solution addresses key challenges of traditional networks, reducing operational costs and driving digital transformation.
LCRA and Ericsson are set to transform Texas’ utility sector with a private LTE network spanning 68 counties. This initiative strengthens cybersecurity, improves real-time communications, and enhances grid reliability. By leveraging Ericsson’s 5G-ready technology, LCRA ensures a future-proof infrastructure for mission-critical operations, benefiting electric cooperatives, municipalities, and other essential services.
Vodafone has completed the world’s first satellite-based video call using a standard 4G or 5G smartphone—no special hardware required. This milestone, achieved with AST SpaceMobile, demonstrates the power of direct-to-smartphone satellite connectivity. By 2026, Vodafone plans to roll out this service commercially across Europe, bridging mobile coverage gaps in rural and remote regions. Learn how this technology is set to redefine mobile broadband and global communication.
Europe faces mounting competition in the global tech race, with 5G and advanced digital infrastructure playing a pivotal role. The GSMA’s Mobile Economy Europe 2025 report highlights how 5G adoption, AI innovation, and targeted policy reforms can drive €164 billion in economic growth by 2030.
AT&T’s 5G and fiber bundling strategy drove record-breaking subscriber growth in Q4 2024, with 482,000 new wireless customers and 307,000 fiber additions. This approach boosted revenue to $32.3 billion, outperforming market forecasts and strengthening AT&T’s competitive edge in a saturated telecom market.

Download Magazine

With Subscription

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

Subscribe To Our Newsletter

Scroll to Top