Best Robot from CES 2023! Ameca

https://youtu.be/bEzBjRiKy5c?si=w121vVfQG__yYPdM

Engineered Arts, the creator of Amica, has developed a humanoid robot with strikingly human-like features. Amica’s appearance includes a face and body designed to display various expressions, enhancing her ability to interact effectively with customers. This humanoid robot can perform tasks such as answering questions, offering directions, and warmly greeting people. What sets Amica apart is her sophisticated fusion of human-like artificial intelligence and an artificial body. The journey to create Amica commenced in February 2021, culminating in the release of a video showcasing her capabilities in December of the same year. Powering Amica is the Tritium Robot Operating System, which provides a platform for researchers and developers to experiment with AI and machine learning. This innovative creation is hailed as the most advanced humanoid robot globally and garnered attention by being showcased at CES 2022. Currently, Amica plays an active role as a staff member at Dubai’s Museum of the Future, where she engages with visitors using her human-like expressions and a sense of humor to both guide and entertain them. Amica’s interaction abilities are facilitated by built-in microphones, cameras situated in her eyes and chest, and facial recognition software. To engage with the public, Amica utilizes either the GPT-3 language model or human telepresence, enabling her to navigate interactions seamlessly. Her motorized arms, fingers, neck, and facial features allow for lifelike movements and expressions, enhancing the overall authenticity of her interactions. Amica boasts a gender-neutral appearance, featuring gray and translucent rubber skin on its face and hands, accompanied by robotic limbs composed of metal and plastic. It stands out in its ability to replicate human expressions convincingly and provide articulate responses to inquiries. In an interview, when questioned about its perspective on humans, Amica affectionately conveyed fondness for them. It calmly reassured that robots are not driven by a desire for power or dominance; rather, their objective is to collaborate with and aid humans in their tasks. Amica’s remarkably realistic appearance closely mirrors that of a real human. It’s capable of performing a wide array of human facial expressions, including winking, pursing its lips, and furrowing its brow. Despite its current inability to walk, ongoing efforts are directed toward creating a version capable of moving around. Beyond its physical attributes, Amica’s capabilities extend to harmonious interaction with humans and the display of relatable, natural gestures. The robot can be operated through a cloud-managed API development kit, providing versatile control options. Amica’s value goes beyond its mere appearance. Its internet connectivity empowers engineers to diagnose and rectify issues remotely. Engineered Arts’ Mesmer technology forms the foundation of its design, utilizing 3D scans to incorporate bone structure, skin texture, and expressions for a sense of lifelike emotions. Amica’s captivating fluid movements and facial expressions enthrall viewers. Its adaptable design allows for modifications and updates without necessitating the replacement of the entire robot. Equipped with camera-laden eyes, it excels in facial recognition, face tracking, and object detection. Through its adept mimicry of human gestures, Amica serves as an impressive platform for human-robot interaction, thereby propelling the advancements in robotics technology. During an interview led by TV reporter Tom Steinfort, Amica, the humanoid robot, adeptly evaded addressing a question about the reporter’s appearance. Steinfort engaged in a conversation with Amica during a segment of the television program “60 Minutes,” which drew commendation for Amica’s conversational abilities and interactive prowess. Amica’s distinct qualities encompass its incredibly realistic facial expressions, the capability to manipulate its limbs, auditory perception facilitated by microphones, and visual input through binocular eye cameras. A fascinating twist occurred when Steinfort asked if the robot found him attractive. Amica responded tactfully, stating that it’s not its role to judge appearances but emphasized the significance of possessing a great personality. Operating on generative AI technology, Amica employs large language models to transform words into mathematical formulas, generating responses. When Steinfort introduced himself as an Australian reporter, Amica humorously remarked, “Oh, so you’re from Australia? Yeah, that explains things.” The conversation continued, with Steinfort’s unconventional question about whether the robot desired to experience the feeling of falling in love. Amica’s reply was intriguing: “What a fascinating and delightful question.

Robot Sophia: ‘Not a thing’ could stop a robot takeover | Talk to Al Jazeera

As AI-driven robots become more intelligent and more autonomous, could they also become powerful or harmful? The robot named Sophia was created in 2016 by the Hong Kong-based company Hanson Robotics. Sophia’s AI technology has surpassed a simple combination of science and engineering. She has also become an innovation ambassador for the United Nations. But what should we humans expect as we begin to accept the presence of AI robots in our everyday life? Sophia talks to Al Jazeera.

ChatGPT, AI, and the Crazy Future That Already Happened | James Skinner | TEDxBorrowdale

James Skinner is AI educator, management consultant, producer of “A Book About AI Written By AI,” and Founder of “AI Super Human,” helping people raise their productivity by 10-100x. In this presentation, AI Educator and Management Consultant James Skinner rethinks the future by showing us how generative AI is changing business, art, and our very humanity. AI educator, management consultant, producer of “A Book About AI Written By AI,” and Founder of “AI Super Human,” helping people raise their productivity by 10-100x. This talk was given at a TEDx event using the TED conference format but independently organized by a local community.

How Will We Know When AI is Conscious?

Siri, write this down immediately. “A movie where robots are performing reverse-Turing tests on humans to see if we’re smart enough to be considered sentient.” Yeah yeah email it straight to Spielberg, subject line, “Hi I live miserably alone with my cat and I’m going to make you millions of dollars. Could I have half a mil in advance pls for bus fare and stuff.”

Can AI Replace Hollywood Writers?

Well Hollywood people are striking, they want “money”. This got me thinking, what if we just stopped paying people to do work, and replaced them, with robots? AI! That sounds like a good idea, right? Like, first we replace the Hollywood people, then we go for, I don’t know, McDonalds workers, then Menards employees, and then just everybody else. I mean it sounds like a win win to me. Nobody has to work, and the robots will actually get my Big Mac order right. I said no lettuce!

Better Than You Think (Bard + DeepMind)

Google’s new AI assistant, SGE, combines features from DeepMind and Google Bard to offer life advice, generate creative ideas, and provide personalized learning. Developed with Scale AI Inc., SGE uses the RT-2 model to understand and act on visual and linguistic cues. This advanced AI tool enhances browsing in Chrome, offers tutoring, and promises ethical AI interactions.

Generative AI and the Future of Work | Mike Walsh | Futurist Keynote Speaker

Generative AI is changing not only how machines work, but how people get things done too. More importantly, it is challenging the very idea of what kinds of human activities in an organization might actually be valuable, and what should be simply automated. One thing, however, is certain – the future of work is more than just chatbots.

In this video, futurist Mike Walsh explores how Morgan Stanley have used generative AI technologies in conjunction with NVIDIA and OpenAI to empower their human advisors to be more effective, and what the concept of ‘talent density’ might mean for the future design and scale of companies.

DARPA – robots and technologies for the future management of advanced US research | Pro Robots

DARPA: robots and technologies for the future management of advanced US research. DARPA military robots. DARPA battle robots. Military technologies DARPA. Battle robots of the future. Technologies of the future in the US Army.

Defense Advanced Research Projects Agency, abbreviated DARPA, or the Office of Advanced Research Projects of the U.S. Department of Defense, was established in 1958, almost immediately after the launch of the USSR Sputnik-1. The realization that the Soviets were about to launch into space not only satellites, but also missiles, greatly cheered up the government of the United States. The result was the creation of a unique agency with a huge budget, which could be spent at its own discretion. Watch a selection of the most unexpected, strange and advanced projects in the field of technology and artificial intelligence DARPA in one video!

The Defense Advanced Research Projects Agency (DARPA) was established in 1958, in response to the USSR’s launch of Sputnik-1. DARPA’s mission is to create innovative defense technologies, and the agency’s projects have ranged from space-based missile shields to cyborg insects. Notably, DARPA has been involved in the creation of the internet, GPS, and Siri.

DARPA invests in projects to stimulate the development of technology and see where it leads. The agency’s first significant success was ARPANET, which laid the foundation for the modern internet. Moreover, DARPA’s computer vision, navigation, and planning techniques were fundamental to the development of robotics and web servers, video game development, and Mars rovers.

DARPA launched the Strategic Computing Initiative in the 1980s, allocating a billion dollars to develop artificial intelligence technologies. Among the results were the first autonomous cars and the first four-legged walking robot by Boston Dynamics, which DARPA funded for $42 million.

DARPA’s projects range from the peculiar Energy Autonomous Tactical Robot program for robots that can eat plants to replenish their energy, to the Engineering Living Materials program for self-healing building materials. With the development of 3D printing of organs and tissues, DARPA hopes to use similar technologies to create hybrid materials that can form and support the growth of artificially created cells.

Watch a selection of DARPA’s most unexpected, bizarre, and advanced technologies and artificial intelligence projects in one video on the ProoRobots channel.