Today, NAO is the most commonly used humanoid robot in research and education worldwide. Standing 58 cm tall, NAO is a bipedal robot with beautifully rounded features. It has been continuously evolving since the beginning of its adventure in 2006 and the 6th version (NAO6), released in 2018, incorporates a new CPU that improves its performance. Robotics is the fastest growing and most advanced technology used in education and research. The NAO humanoid robot is the ideal platform for teaching Science, Technology, Engineering and Mathematics (STEM) concepts at all levels By using the NAO platform, educators and researchers stay up-to-date on major technological and commercial breakthroughs in programming and applied research. Using NAO guarantees students the best possible career and university readiness The latest version of the NAO with 10 major areas for improvement is here! Showcase STEM and programming with the NAO robot. Hands-on learning platform for teaching core subjects: reading, writing, math, pre-algebra, geometry, algebra, trigonometry, arithmetic and programming Coding NAO The advanced software package includes a complete SDK and API in Java, C++, C# (.Net), Matlab and Python. Each robot comes standard with Choregraphe, an award-winning software that facilitates robot programming using a drag and drop interface, which simplifies programming for both new and advanced users. 7 Senses for physical interaction Motion: The NAO has 25 degrees of freedom and a humanoid shape that allow it to move and adapt to the world around it. The inactivity module allows it to maintain its balance and know whether it is standing or lying down. Sensation: Numerous sensors on his head, arms and legs, as well as his sonar, allow him to sense his surroundings and orient himself Hearing and speech: With its 4 directional microphones and loudspeakers, NAO interacts with humans in a completely natural way, listening and speaking Vision: NAO is equipped with two cameras that film his environment in high resolution, helping him to recognize shapes and objects Connectivity: For autonomous Internet access, NAO is able to use a number of different connection modes (WiFi, Ethernet) Thinking : We can’t really talk about “artificial intelligence” with the NAO, but robots are already able to replicate human behaviour