LAD Services partners with Path Robotics to revolutionize barge manufacturing with Physical AI for welding. LAD Services is partnering with Path Robotics to bring its Physical AI for welding into its shipbuilding operations. This investment is a direct response to the widespread shortage of skilled welders, coupled with LAD's rising demand for specialized vessels. Instead of relying on traditional methods that cannot keep up, LAD is turning to Path Robotics' technology, which was explicitly built for the realities of modern shipbuilding. With Path, LAD expects to cut barge production time in half - without sacrificing the precision and quality needed to bring its new cutting-edge designs to reality. The welding craft is aging, quality is under pressure, and skilled welders are getting harder and harder to find. We reached a point where we simply could not make everything we needed to make with people alone. Traditional automation could not handle the reality of shipbuilding. Path's technology gives us the added capacity we need without relying on a shrinking labor pool of welders, while maintaining the quality our customers expect. Path was the only solution that made sense for LAD and we're confident this will revolutionize the industry. Joseph Crappell, General Manager, LAD Services Futureproofing through physical-ai for welding. Prior to engaging with Path, LAD Services explored building a custom robotic welding solution with a dedicated team of welding engineers and talked with numerous automation companies. None could handle the complexity and variability of shipbuilding. Only Path Robotics offered the flexibility and intelligence needed for real production. Unlike traditional welding automation systems that struggle with the variability inherent in shipbuilding, Path Robotics' AI-powered welding cells handle the complex, high-mix welding tasks that have historically not been possible to automate and thus required scarce, but valuable human expertise. Path's physical-AI for welding delivers consistent, high-quality welds with no risk of worker injury and continuous operation, fundamentally changing LAD Service's production capacity. LAD will showcase its ongoing partnership with Path Robotics at the upcoming International WorkBoat Show in New Orleans, LA, starting on December 3rd.

AI welding studied for Louisiana shipyard. February 12, 2026 Design work is under way for Port Alpha, a greenfield "next-generation shipyard". Image courtesy Saronic Technologies U.S. autonomous vessel developer Saronic is moving to integrate physical AI-driven welding robotics into its Louisiana shipyard operations, launching a collaboration with Path Robotics aimed at accelerating production and modernizing American shipbuilding. The initiative will begin at Saronic's Franklin, Louisiana facility, where intelligent welding cells will combine Path Robotics' AI-enabled welding models with Saronic's in-house team of welders. The goal is to increase throughput, improve weld consistency and quality, and enhance worker safety while reducing production variability. Path Robotics has developed welding systems that integrate computer vision, machine learning and robotics to automate complex welding tasks in heavy manufacturing environments. The company reports that its physical AI has been trained on tens of millions of inches of weld data, enabling systems that can adapt in real time to changing conditions on the shop floor. For Saronic, which is expanding its Louisiana footprint and developing its next-generation Port Alpha shipyard, the integration of robotics aligns with a broader "software-led" manufacturing philosophy. The company says embedding AI-driven automation into linear production workflows will support higher-volume output of its autonomous maritime vessels while maintaining consistency and repeatability. John Morgan, Saronic's Head of Manufacturing, said restoring U.S. maritime industrial capacity requires rethinking how shipyards are designed and operated. By pairing experienced welders with intelligent robotic systems, the company aims to create a more resilient and scalable production model. Lessons learned from robotics deployment in Franklin will inform the design and build-out of Port Alpha, which Saronic intends to develop from the outset around automation, advanced manufacturing and software-defined systems - positioning robotics-enabled production as a cornerstone of next-generation American shipbuilding.