OrbitsIQ and AVL Launched Vehicle Data Campaign
A new satellite-linked test program aims to keep autonomous vehicle data flowing even outside of cellular range.
Updated on Sept. 22, 2026 in Automotive — General
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OrbitsIQ Global and AVL North America have initiated a multi-continent data transmission project using a hybrid satellite and cellular network. The campaign evaluates how autonomous vehicles maintain connectivity while capturing high volumes of road sensor data.
Why it matters
The project addresses significant data backhaul limitations that currently hinder connected and autonomous vehicle performance. By ensuring continuous data transmission in remote areas, the companies hope to accelerate the development of reliable self-driving technology.
Vehicles are capturing raw data at rates between 5 and 6 gigabytes per hour across test regions in North America, Europe, Australia, and New Zealand. The effectiveness of this transmission is currently being measured against standard 5G cellular throughput.
The players
OrbitsIQ Global
A technology firm specializing in vehicle data management and connectivity solutions for the automotive industry.
AVL North America
A major automotive development and testing provider that works with global manufacturers on advanced powertrain and connectivity systems.
The details
Test vehicles equipped with LiDAR sensors, radar units, and high-definition cameras rely on the MOVE orchestration software to manage connectivity. The system utilizes artificial intelligence to monitor signal quality and latency in real time, automatically switching the data stream between cellular towers and satellite relays when necessary.
Timeline
September 22, 2026: The multi-continent test campaign officially began.
Through 2027: The project targets acceleration of commercial platform deployment.
The Home Front
This project follows a trend toward improving vehicle-to-everything (V2X) communication standards necessary for autonomous driving. It specifically marks a shift toward integrating satellite relays into the standard automotive data backhaul process.
While this project focuses on commercial testing, it highlights the future of data reliability for connected features in personal vehicles. Owners of modern vehicles should track software update notifications related to connectivity, as these advancements eventually move from test fleets into consumer models.
The takeaway
Reliable data transmission is the critical hurdle for the next generation of autonomous and smart vehicle features. Tracking the success of hybrid satellite-cellular networks will clarify how soon these advanced safety features might reliably reach your driveway.
Further reading
For broader trends in vehicle innovation and safety, see our Automotive — General section.
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Do you believe autonomous vehicles will lead to safer driving conditions on public roads?
