// ROBOTICS AND SMART FACTORIES TERM
Physical AI
Artificial intelligence that directly interacts with the physical world through robots or other automated systems. It involves AI controlling physical actions, not just digital data.
TECHNICAL DEFINITION
Physical AI refers to artificial intelligence systems that directly perceive, reason about, and interact with the physical environment through robotic actuators, sensors, and control mechanisms, enabling autonomous decision-making and physical task execution in real-world industrial settings.
BACKGROUND
Society 5.0, also known as the "Super Smart Society", is a concept that was firstly outlined and closely described in the Report on the Fifth Science and Technology Basic Plan, that was written by the Cabinet of Japan's Cabinet Office’s Council for Science, Technology and Innovation, and bestowed to the Japanese government, on 18 December 2015. It aims to use advanced technologies such as artificial intelligence to address societal challenges and enhance economic productivity across various sectors of everyday life.
READ MORE ON WIKIPEDIASYNONYMS & ALIASES
- Embodied AI
- Robotic AI
- AI Robotics
- AI in Physical Systems
USAGE NOTE
Physical AI is essential for autonomous mobile robots navigating factory floors and performing complex manipulation tasks.
DEVELOPERS
Organizations developing technology related to Physical AI.
Develops foundational hardware and software for Physical AI, including the Isaac platform for robotics simulation and deployment, and Omniverse for creating physically accurate digital twins of factories and industrial processes.
A global industrial manufacturing company that develops solutions for Industry 5.0, including AI-powered digital twins, predictive maintenance systems, and advanced automation software to create smart, interconnected factories.
Develops general-purpose humanoid robots designed to work in manufacturing, logistics, and warehousing. Their approach combines advanced robotics with AI to perform a wide range of physical tasks, addressing labor shortages and dangerous jobs.
Focuses on building a universal AI platform, the 'Covariant Brain,' which enables robots to perform complex manipulation tasks like picking and sorting in warehouses and manufacturing. Their AI allows robots to learn and adapt to new objects.
An advanced robotics company creating highly mobile robots like Spot. They are deploying their robots for industrial inspection, asset monitoring, and logistics, integrating sophisticated AI for navigation and interaction with the physical world.
A leading provider of industrial automation and digital transformation solutions. They integrate AI into their control systems, software, and production analytics platforms to optimize manufacturing processes and enable human-machine collaboration.
A major global manufacturer of industrial robots and solutions for factory automation. They are developing AI-driven software, sensitive collaborative robots (cobots), and mobile robotics platforms that enable more flexible and intelligent manufacturing.
Creator of the bipedal robot Digit, designed for logistics and warehouse automation. Their robots use AI to navigate human-centric environments, carry items, and work alongside people in industrial settings.
A world leader in factory automation, CNC systems, and industrial robots. FANUC integrates AI into its products, particularly in vision systems for robotic guidance, bin picking, and automated quality inspection on production lines.