OrbitsIQ and AVL Launched Global Vehicle Data Campaign
The partners have initiated a multinational testing program to bridge gaps in autonomous vehicle data connectivity.
Updated on Sept. 22, 2026 in Automotive — General
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OrbitsIQ Global and AVL North America have launched a multi-continent data acquisition campaign to test hybrid satellite and cellular connectivity for autonomous vehicles. The project focuses on ensuring continuous transmission for sensor data in areas lacking traditional network coverage.
Why it matters
Reliable data backhaul is a critical technical hurdle for connected and autonomous vehicles as they generate massive amounts of sensor information. This campaign aims to solve connectivity limits by maintaining data streams outside of cellular zones.
Test vehicles capture between 5 and 6 gigabytes of raw road perception data per hour using LiDAR, radar, and high-definition cameras. The MOVE software layer manages the transition between 5G cellular towers and satellite relays.
The players
OrbitsIQ Global
OrbitsIQ Global is a technology company specializing in data orchestration software for the connected vehicle sector.
AVL North America
AVL North America is a major automotive engineering and testing firm focused on developing advanced mobility solutions for original equipment manufacturers.
The details
The project uses artificial intelligence to evaluate real-time signal conditions, allowing vehicles to automatically switch between network types. Field results from North America, Europe, Australia, and New Zealand will be used to refine the MOVE orchestration engine.
Timeline
The data acquisition campaign officially began on September 22, 2026.
Commercial deployment of the hybrid data platforms is targeted for completion through 2027.
Roadmap
This project accelerates the industry-wide move toward fully autonomous driving by solving the bottleneck of remote data processing. It establishes a template for how automakers can leverage hybrid networks to maintain continuous vehicle-to-cloud connectivity.
This campaign directly informs the software updates that will eventually allow autonomous vehicles to operate reliably in rural or remote areas. For manufacturers, these results will determine how quickly they can scale self-driving features to the commercial market.
The takeaway
Reliable data transfer remains the backbone of the future autonomous vehicle market. Standardizing hybrid connectivity solutions is the necessary final step before full-scale commercial deployment can occur.
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