Novarc and Yaskawa sign MoU to integrate AI welding platform
Novarc Technologies and Yaskawa America's Motoman Robotics Division have signed a Memorandum of Understanding to integrate Novarc's NovAI autonomy platform with Yaskawa's six-axis industrial robots. The agreement, announced on 15 June 2026, is intended to accelerate deployment of AI-enabled welding cells capable of adapting in real time to common production variables such as misalignments, tack welds, and joint fit-up variations.
The two companies say the integration will also connect Novarc's NovHub analytics layer to Yaskawa's existing welding data tools, creating what the partnership calls Enterprise Welding Intelligence. The goal is to convert isolated robotic cells into a networked data system, enabling end-to-end traceability across the production cycle. Yaskawa cited target verticals including structural steel, heavy equipment, data centres, agriculture, mining, and modular construction.
The deal
Soroush Karimzadeh, chief executive of Novarc, said the integration with Yaskawa's platform would put the company's physical AI software into "some of the world's most demanding welding environments." Doug Burnside, Executive Vice President at Yaskawa America, said the partnership was intended to provide customers with "vision automation and adaptive welding" that improves precision across heavy fabrication.
The MoU does not commit either company to a commercial contract or disclose financial terms. No customer names, volumes, or revenue targets were included in the announcement. The joint NovAI Autonomy solution on the Yaskawa YRC1000 controller is set to make its public debut at the Automate trade show in Chicago from 22 to 25 June 2026, where live demonstrations will be available.
Market context
Robotic welding automation is a well-established industrial category, but the integration of computer vision and adaptive control into arc welding is a more recent development. Traditional robotic welding cells operate on fixed programmes and require significant manual intervention when weld seams deviate from specification. Vendors including Lincoln Electric, Fronius, and a number of funded startups are pursuing similar sensor-fused approaches, while hyperscaler-adjacent industrial AI platforms are beginning to move into manufacturing environments.
Yaskawa is one of the largest robot manufacturers globally, with more than 600,000 Motoman robots installed across its installed base, giving Novarc a significant potential distribution channel if the MoU leads to a deeper commercial arrangement. Novarc, headquartered in Burnaby, British Columbia, describes itself as an industrial physical AI company and has previously commercialised its spool-welding collaborative robot technology.
Standards and regulatory read-across
Functional safety certification is a meaningful hurdle for autonomous welding systems deployed in heavy fabrication. Standards such as ISO 10218 (industrial robot safety) and ISO/TS 15066 (collaborative robot applications) govern how adaptive motion control can be validated for production use. Any system that modifies weld parameters autonomously on safety-critical structures, including data-centre modular construction and mining equipment, will likely require rigorous process qualification under sector-specific codes such as AWS D1.1 (structural steel welding) or ASME standards.
Neither company disclosed its certification roadmap in the announcement. As the partnership progresses from MoU to product integration, buyers in regulated fabrication environments will want clarity on qualification status before committing to production deployment.