Universal Robots AI Use in Field Operations Expands with Mobile Welding Robot

[Hasan S. Cemkan]

## AI Use in Field Operations Expands with Mobile Welding Robot

Path Robotics has introduced Rove, a mobile, AI-powered welding solution for large manufacturing environments where fixed robotic cells cannot be used. This new system integrates a quadrupedal robot platform with a physical AI model called Obsidian, advancing automation in field operations.

### Limitations of Traditional Welding Automation

Industrial welding automation is typically applied in controlled environments where parts are fixed and positioned in robotic cells. However, sectors such as shipbuilding, heavy construction, and large-scale manufacturing involve large structures that cannot be moved and have variable weld joint conditions. This makes it difficult to use fixed automation systems, and the shortage of skilled welders increases the need for automation.

### A New Era in Welding Automation with Mobility and AI

Rove fills this gap by enabling the welding process to be performed directly on the workpiece. The combination of the quadrupedal robot and the Obsidian AI model processes sensor data in real-time to identify weld seams, adjust parameters, and compensate for inconsistencies in material or assembly.

Thanks to these features, the robot can operate effectively even in variable environments where precise positioning and standard geometry are not possible. This expands automation beyond factory floors.

### Overcoming Stability Issues in Quadrupedal Robots

The stability issues that legged robots have historically faced in high-precision applications like welding are overcome by Rove's AI-powered control system. The system continuously adapts to environmental conditions and the robot's position, enabling accurate welding even on uneven surfaces and in dynamic environments.

### Early Use Cases in Shipbuilding

Pioneers like Saronic Technologies are testing the Rove system in shipbuilding production environments. This system, being trialed in applications with large structures and variable geometries, has the potential to increase efficiency by reducing the need for manual labor.

### A New Dimension of Automation in Industrial Workflows

Rove combines mobility, sensing, and adaptation capabilities, pointing to AI-powered mobile automation systems that can operate in distributed and unstructured environments. This extends automation to the point of work, creating a more flexible and effective digital supply chain.