UNIO Move
The first integrated data services solution that seamlessly bridges 5G and satellite networks, ensuring constant global connectivity for services, vehicles, and applications.
At its core is an industry-first, AI-powered smart switch that enables uncompromised digital applications by uniting terrestrial and space connectivity.
Delivered as a turnkey B2B service, UNIO Move empowers mobility sectors with a cohesive and future-ready digital ecosystem.
Multi-Network: SAT - 5G - WiFi - LoRa
With a primary focus on enhancing visibility, efficiency, control and automation, UNIO Move offers key features designed to address the unique needs of the mobility sector:
UNIO Move establishes seamless connectivity and data flow from the edge (where assets and operations are situated) to the cloud. This end-to-end visibility ensures that critical data is captured, transmitted, and analysed in real-time, enabling enterprises to make informed decisions promptly.
UNIO Move integrates with existing enterprise IT systems, unlocking the value of ERP investments. By connecting with established automotive, maritime, logistics, and agriculture businesses, businesses can streamline operations, improve data accuracy, and boost efficiency within a cohesive digital ecosystem.
UNIO Move delivers advanced analytics and automation, helping mobility enterprises unlock new efficiencies. For logistics, it streamlines supply chains, reduces delays, and boosts productivity. In agriculture, it enables precision farming, optimises resources, increases yields, and supports full-cycle automation.
UNIO Move facilitates real-time data analysis, allowing businesses to gain insights into their operations as events unfold. This capability is particularly crucial in dynamic industries where quick decision-making is essential for maintaining competitiveness and responsiveness to market demands.
UNIO Move drives automation across mobility sectors by using real-time data and analytics to streamline operations, reduce manual work, and boost efficiency. From automotive to agriculture, it optimises processes like route planning, planting, harvesting, and monitoring for higher productivity.
UNIO Move combines smart switching with a turnkey B2B service model, driving visibility, efficiency, and automation across mobility industries in digital transformation:
Automotive - UNIO Move ensures seamless, secure connectivity for connected and autonomous vehicles by combining terrestrial (5G) and satellite networks. This enables uninterrupted navigation, safety-critical communication, and premium digital services, even in rural areas. In a pilot with a leading German automotive OEM, UNIO Move achieved 99.9% coverage and multiple successful TN/NTN switches, unlocking new opportunities for remote diagnostics, subscription models, and enhanced driving experiences.
Agriculture - As farming moves toward autonomous and teleoperated machinery, UNIO Move provides the always-available connectivity needed for precision operations. AVL’s e-tractor, equipped with UNIO Move, enabled real-time teleoperation, video streaming, and AI support. Commercial pilot with Pfaffmann Winery highlighted how vineyards and farms can use resilient connectivity for smart irrigation, fleet management, and sustainable growth, even in remote areas.
Transport & Logistics - UNIO Move offers seamless integration with complex ERP systems, providing real-time data monitoring and tracking for assets and cargo in the logistics industry. This is particularly crucial for transporting high-value goods such as vaccines, medical products, currency, or animals.
Maritime - Maritime operations face connectivity gaps on inland waterways and sea routes. UNIO Move bridges these by combining terrestrial and satellite networks to support navigation, teleoperation, and safety. In partnership with SEAFAR and Urban Waterway Logistics, it enabled real-time control and AI-assisted decisions for inland vessels, demonstrating how hybrid connectivity reduces crew requirements, improves efficiency, and supports smart, sustainable shipping.