MOVE — Smart Switching Software

AI-Driven Smart Switching for Hybrid Terrestrial and Satellite Connectivity

OIQ MOVE is an AI-driven software platform that enables seamless connectivity across terrestrial and satellite networks, ensuring uninterrupted, secure communication for mobile and fixed assets anywhere in the world.

By automatically selecting the best available network in real time, Smart Switching provides reliable performance for mission-critical applications where traditional connectivity fails.

At the core of OIQ’s connectivity platform, MOVE Smart Switching Software works together with Zero-Trust Security, proprietary waveform technology, and satellite access to create a fully integrated hybrid connectivity solution.

Multi-Network

SAT — 5G — WiFi — LoRaWAN

With a primary focus on enhancing visibility, efficiency, control and automation, MOVE offers key features designed to address the unique needs of the mobility sector:

The system continuously monitors available networks and automatically selects the optimal connection based on signal quality, latency, bandwidth, and policy rules. This ensures stable, uninterrupted communication without manual intervention, even in changing environments.

MOVE enables seamless connectivity across public cellular networks, private networks, and satellite links, combining terrestrial and non-terrestrial infrastructure into a single unified connection. This hybrid approach ensures reliable performance where any single network alone would be insufficient.

Traffic is intelligently routed based on the requirements of each application, such as latency, security level, or bandwidth priority. This allows mission-critical services to maintain performance while optimizing overall network efficiency.

By combining multiple terrestrial networks with satellite connectivity, the platform maintains continuous communication even in remote, rural, offshore, or cross-border environments. This eliminates coverage gaps that typically interrupt operations for mobile or remote assets.

The solution is built on 3GPP-aligned terrestrial and non-terrestrial network standards, enabling interoperability with existing telecom infrastructure and future satellite systems. This ensures scalability, vendor independence, and long-term compatibility.

The MOVE platform is engineered for vehicles, machines, and field equipment operating in dynamic or harsh environments where connectivity conditions constantly change. It supports high-speed movement, remote locations, and mission-critical operations requiring reliable and secure communication.

Deployment Demo

Fast deployment and easy installation

Designed for rapid field deployment, MOVE can be installed and operational in approximately 30 minutes, enabling resilient hybrid terrestrial and satellite connectivity for vehicles, machines, and remote assets.

MOVE combines AI-driven smart switching with secure hybrid connectivity, enabling real-time visibility, reliability, and automation for mobile and remote assets across industries undergoing digital transformation:

Automotive

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, the solution 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, the solution provides the always-available connectivity needed for precision operations. AVL’s e-tractor, equipped with 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.

Logistics

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. 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.

Robotics and Drones

As robotics and drone operations become more autonomous and remotely controlled, reliable hybrid connectivity is essential for safe and continuous operation. In a commercial pilot with HHLA Sky, a cargo drone equipped with MOVE demonstrated seamless switching between terrestrial and satellite networks, enabling stable command, telemetry, and data transmission during flight. The deployment showed how resilient connectivity can support teleoperation, autonomous missions, and industrial drone applications even beyond traditional network coverage.