The launch of thousands of LEO satellites over the past decade is creating a new low-latency global bandwidth layer and opening significant commercial opportunities across multiple critical business sectors.
By switching between satellite, cellular and local networks, our SmartFusion family of intelligent antennas gives customers access to the full range of available connectivity. This enables them to extend their product and service capabilities and improve operational efficiency and control across diverse environments.
Connectivity has become one of the top features influencing vehicle and fleet purchasing decisions, with buyers and operators placing strong value on Wi-Fi, navigation data, telematics, diagnostics and real-time fleet tools.
By switching between available networks, our antennas widen the areas where in-vehicle connectivity can operate — from cities and motorways to rural and more remote environments.
We are also working with selected manufacturers on AiP glazing-integrated designs that bring connectivity directly into the manufacturing process.
True in-flight broadband has become achievable with the expansion of LEO satellite networks, and airlines are increasingly treating connectivity as part of the core passenger product and a foundation for efficient flight operations.
Our antennas maintain stable broadband throughout the flight by tracking moving satellites and switching cleanly between networks as coverage changes. This supports reliable passenger Wi-Fi, continuous aircraft-data services and more efficient day-to-day operations across passenger, cargo, regional fleets, private and light aircraft.
Hardware formats cover thin panels and compact terminals for line-fit and retrofit programmes, with AiP module options for OEM integration.
Beyond coastal waters, communications have long depended on mechanically steered GEO antennas with limited bandwidth and high latency. By switching between LEO, GEO and coastal networks, our antennas extend broadband capability across offshore routes and open ocean for commercial shipping, tankers, offshore energy assets, private yachts and workboats.
Enhanced communications capability improves crew welfare and safety, vessel telemetry and monitoring, operational control and passenger experience.
Rail operators are using high-bandwidth Wi-Fi to improve passenger experience and strengthen real-time operational data across their networks.
Our antennas provide broadband along full routes — including rural and remote sections — supporting onboard services, fleet monitoring and day-to-day operational control. They can be deployed as stand-alone systems or used to enhance existing connectivity infrastructure.
Autonomous aircraft, UAVs and robotic systems need dependable links for navigation, sensing and remote control.
Our compact, lightweight antennas extend operating range by providing broadband in areas where cellular coverage weakens or disappears. This supports more capable remote operation, wider-area missions and stronger command-and-control across varied environments.
Agricultural, construction and mining machines often work in areas with limited or no mobile coverage.
We support these operations by delivering broadband across wide working areas, enabling precise guidance, automation, equipment monitoring and fleet oversight.
Industrial facilities, logistics hubs and energy sites depend on continuous data for monitoring, asset management and remote operations.
Our platform systems enable low latency broadband coverage across large or isolated sites that fall outside normal coverage, improving process efficiency, situational awareness and operational control.