OrbitsIQ Global (OIQ) has partnered with AVL and ARTI to introduce the AVL Generic Off-Road Automation System (GOAS), a scalable platform designed to bring greater flexibility and efficiency to off-road vehicle automation.

Addressing the Complexity of Off-Road Automation

Autonomous operation in off-road environments presents significantly different challenges compared to on-road mobility. Vehicles in agriculture, mining, and construction operate on uneven terrain, execute task-specific functions, and must comply with high safety requirements, often in remote or infrastructure-limited areas.

GOAS is engineered to meet these demands with a modular and adaptable system architecture. The platform enables automation for both newly developed vehicles and existing fleets through retrofit solutions.

Key features of GOAS include:

  • Applicability to new vehicle platforms and retrofit projects
  • Integrated perception, planning, and control systems
  • Support for both driving functions and task-specific automation
  • Cost-efficient fleet upgrades
  • Reduced development and integration timelines

By combining flexibility with real-world practicality, GOAS provides manufacturers and operators with a structured pathway toward scalable off-road autonomy.

The Role of Reliable Connectivity

Connectivity is a fundamental enabler of automated systems in remote environments. Off-road vehicles frequently operate beyond stable cellular coverage, where uninterrupted communication becomes critical for:

  • Real-time monitoring and control
  • Secure data exchange
  • Remote diagnostics
  • Over-the-air software updates

To address this challenge, OIQ contributes its MOVE connectivity solution. MOVE combines terrestrial and satellite networks to provide reliable, always-available connectivity. This hybrid approach ensures that automated vehicles remain connected even in areas with limited infrastructure, supporting safe and efficient operations.

Together with AVL and ARTI, OIQ is strengthening the technological foundation required to scale autonomy beyond traditional road environments.

More information about GOAS is available here.