A worldwide competition is in progress to integrate robotics into our daily routines, as a new era of AI-driven robots offers enhanced flexibility. The rapid progress in artificial intelligence has led to robots being utilized in various tasks, such as collaborating with humans in warehouses, delivering packages in urban areas, and inspecting hazardous sites.
Robots are now increasingly able to learn on the job, and experts warn that Canada could miss out on opportunities if it doesn’t embrace adoption at this crucial juncture. The trending term in artificial intelligence today is “physical AI,” which was prominently featured at the recent Consumer Electronics Show (CES).
The concept involves equipping physical systems like robots, autonomous vehicles, or industrial machinery with sensors, enabling them to act logically and responsively in the real world when combined with current AI methodologies. At CES, Google and Boston Dynamics announced a partnership to trial AI-powered robots in Hyundai auto plants, specifically two models of a robot called Atlas.
While the vision of general-purpose humanoid robots that can perform household chores like dishwashing and laundry remains distant, the current focus is on AI transitioning into the physical realm. Traditionally, robots were programmed top-down for specific tasks, suitable for controlled environments with repetitive duties. However, a new approach inspired by generative AI allows for training robots from the ground up, making them more adaptable and capable of learning autonomously.
This shift in approach not only enables robots to adjust quicker but also empowers them to tackle more sophisticated tasks, reaching levels of reasoning and decision-making. Companies like Waabi are training machines, particularly autonomous vehicles, in virtual environments to navigate safely in dynamic settings.
China has emerged as a frontrunner in driving robotics innovation and adoption globally, with a significant portion of industrial robots installed worldwide located in the country. On the contrary, Canada is viewed as lagging behind in robotics technology adoption. The global robotics market is on a growth trajectory, projected to reach substantial figures by 2030, while Canada’s industrial robotics adoption rate is trailing, especially excluding the automotive sector.
Canadian companies face hurdles in marketing robotics domestically, often needing to expand internationally for growth opportunities. A reluctance to embrace robotics due to lack of familiarity and regulatory constraints further hinders adoption in Canada. Industry experts advocate for a national robotics strategy in Canada, similar to those in countries like China, South Korea, Germany, and Japan, to leverage the full potential of robotics technologies for transformational benefits.