Top 5 Advanced Humanoid Robots in 2023
In the modern era of innovation and technology, more businesses are creating human-like robots that do human-like tasks in the hospitality and customer service industries. These “Android” or Advanced Humanoid Robots are devices made to carry out human functions including interacting, conversing, walking, and more.
Due to their significant contributions to robotics research and numerous other uses in the twenty-first century, humanoid robots have the greatest potential to develop into useful industrial tools. These humanoid robots are being improved in many ways to closely resemble people thanks to AI developments in robotics. Although they may also serve essential reasons, they were created to imitate the human body. Humanoid robots have many different uses, including in education and entertainment, personal support, manufacturing and maintenance, search and rescue, healthcare, and other fields.
Top 5 advanced Humanoid Robots in the world in 2023 are listed below:
SOPHIA - In 2016, the Hong Kong-based Hanson Robotics business produced Sophia, a humanoid robot. Sophia was created to resemble a human girl, and its looks were influenced by the actress Audrey Hepburn, the ancient Egyptian queen Nefertiti, and the inventor’s wife, Amanda Hanson. Sophia can communicate with others through facial expressions and natural language, and she can also convey various emotions like happiness, sadness, and anger. Sophia is designed to be a social robot who can amuse and entertain humans as well as be a companion. Sophia has attracted attention from all over the world as the first robot to be granted citizenship by Saudi Arabia in 20171 and the first non-human to be recognized as an Innovation Champion by the UNDP in 2017. Sophia is a platform for cutting-edge robotics and AI research that makes use of a number of technologies, including neural networks, symbolic AI, machine perception, and cognitive architecture. One of the most sophisticated and lifelike robots ever created, Sophia is a symbol of what robotics and AI will look like in the future.
ASIMO - Honda developed ASIMO, a humanoid robot, around the year 2000. It is one of the advanced robot that climb, run, walk, recognize faces,and even play games. Advanced Step in Innovative Mobility, or ASIMO, is a term that honors science fiction author Isaac Asimov. ASIMO stands 130 cm tall and weighs 54 kg. A lithium-ion rechargeable battery that can power it for an hour is used. Its movements and sensors are controlled by a three-dimensional computer processor. A PC, a wireless controller, or voice instructions can all be used to manage ASIMO13. ASIMO was created as part of Honda’s mission to build useful robots that can coexist with humans. ASIMO has made numerous public appearances all over the world, showcasing its capabilities and possible uses. The commercial development of ASIMO was to conclude in 2018, but Honda would still utilize its technology in other transportation initiatives.
ATLAS - Boston Dynamics created the humanoid robot ATLAS with support from the US Defense Advanced Research Projects Agency (DARPA)1. It was revealed to the public on July 11, 2013, and its primary purpose was for a range of search and rescue operations. One of the world’s most dynamic and agile robots, ATLAS is capable of amazing feats of balance, dexterity, and movement. It has the ability to traverse uneven terrain, use tools, climb using its arms and legs, and even perform backflips and cartwheels. ATLAS plans and executes complex motions using models of its own dynamics and sensors in its head and torso to sense its surroundings and avoid obstacles. In a number of DARPA Robotics Challenges, ATLAS has participated. where it displayed its capacity to carry out activities including operating a power tool, unlocking a door, and operating a vehicle.
NADINE - A social robot named Nadine is based on Professor Nadia Magnenat Thalmann, a computer graphics expert and professor at the Universities of Geneva in Switzerland and Nanyang Technological University in Singapore. Nadine can communicate with people in a natural and intelligent manner since she has skin, hair, and hands that appear like humans. She is able to smile, maintain eye contact, recall conversations, convey emotions, and give answers in a variety of languages. She can also read stories, perform musical instruments, and help others who have special needs. Nadine, a humanoid robot of the next generation, was developed by Hanson Robotics in 2008 as the replacement for Eva, another humanoid robot head. The Institute for Media Innovation in Singapore has built Nadine’s software platform and new articulated hands. She is the most advanced robot in the world.
AMECA - Engineered Arts, a UK-based business that creates humanoid robots for human-robot interaction, developed Ameca as a humanoid robot. In 2021, Ameca was created, and in December of the same year, it was made public. Ameca is intended to serve as a platform for the creation of future robotics technologies utilizing cloud computing, artificial intelligence, and machine learning. Ameca can communicate with people by employing facial recognition software, cameras, and inbuilt microphones. The video below demonstrates that it can also sketch. Ameca can convey emotions through its facial features and movements and has a genderless, racial-neutral appearance. CES 2022, the Museum of the Future in Dubai, and Channel 4’s Alternative Christmas Message are just a few of the events and exhibitions where Ameca has been highlighted. Ameca is one of the most sophisticated humanoids in existence and stands at the cutting edge of human-robotics technology.