AUTOMATION HISTORY

Figure, maker of the humanoid robot Figure 02, unveiled its new Helix AI in a video showing two robots working together to put away groceries. Robot-maker Figure just unveiled new videos of its Figure 02 humanoid robots working together to put away groceries and sort packages on an assembly line. The two videos showcase skills made possible thanks to the company's new Helix AI. Figure first unveiled its Helix AI, a vision-language-action model, with a video demo showing two of its robots in Figure's Home Lab, being told verbally to put away groceries that a human placed on the counter. The speaker points out these are objects the robots have never seen before, and asks them to put the items away where they belong. The robo-buddies are shown working together to ensure the cheese reaches the fridge, the cookies get to the cupboard, and the apple ends up in the fruit bowl. From the video, it appears as though the robots are initiating their collaborative movements at the same time. One robot moves to grab the bowl at the same time the other moves to grab the apple. Figure says both robots are running on a single set of neural network weights at the same time and for all behaviors. Weights are one of the settings neural network developers can change to affect the resulting output. Having consistent weights across robots and behaviors makes multirobot collaboration and task-switching easier. The company also shared a video of a group of Figure 02 robots sorting packages on an assembly line. Figure highlighted in a statement that its robots now have "a rich 3D understanding" thanks to data from two cameras built into its head. Unlike human eyes, which are side by side, Figure 02's stereovision comes from one camera on top of the other. Similar to previous demos we've seen from Figure, the robots are shown sorting unfamiliar objects, orienting them in a particular way, and correcting their own mistakes. Lab demos like these are fascinating to watch, but they don't provide much information about the robot's limitations. In the home lab demo, the groceries are neatly laid out before the robots on the counter with good lighting, rather than stuffed into a dark grocery bag as they would likely be in real life. The true test of any of these humanoid robots will be how reliably and safely they can perform in an uncontrolled environment like the home, workplace or out in the world. Viewed together, these demos give us a sense of the Figure 02's capabilities in two out of the three settings Figure is aiming at: the labor force, the home and someday in space. Figure has a lot of competition in those categories. Companies including Agility Robotics, Boston Dynamics and Tesla have shown their robots performing packaging and sorting tasks autonomously, and 1X has shown a group of its robots performing autonomous tasks like cleaning up. To see these robots in action, check out the video at the top of this article.

This material may not be published, broadcast, rewritten, or redistributed. ©2025 FOX News Network, LLC. All rights reserved. Quotes displayed in real-time or delayed by at least 15 minutes. Market data provided by Factset. Powered and implemented by FactSet Digital Solutions. Legal Statement. Mutual Fund and ETF data provided by Refinitiv Lipper. CyberGuy explains a new factory in Oregon that can produce 10,000 robots a year. Imagine a factory that can make humanoid robots that can walk, run, and work like us. Sounds like a sci-fi movie, right? Well, it’s not. It’s RoboFab, and it’s opening soon here in the U.S. CLICK TO GET KURT’S FREE CYBERGUY NEWSLETTER WITH SECURITY ALERTS, QUICK VIDEO TIPS, TECH REVIEWS, AND EASY HOW-TO’S TO MAKE YOU SMARTER RoboFab is opening the world's first factory that can produce 10,000 robots a year. (CyberGuy.com) ARE YOU PROTECTED FROM THREATS? SEE THE BEST ANTIVIRUS PROTECTION REVIEWED HERE RoboFab is a manufacturing facility in Salem, Oregon, that is set to open later this year. It is the brainchild of Agility Robotics, a company that specializes in creating biped robots that can navigate complex environments. THE WORLD’S FIRST CERTIFIED PASSENGER-CARRYING AIR TAXI TAKES FLIGHT The RoboFab factory is located in Salem, Oregon. (Agility Robotics) MORE: HOW CLOSELY DID THE FILMS OF YESTERYEAR PREDICT OUR TECH OF TODAY? RoboFab will be the world’s first factory for humanoid robots, capable of churning out 10,000 robots a year. The factory will use advanced automation and assembly techniques to produce Digit, the flagship product of Agility Robotics. IS YOUR BOSS SPYING ON YOU? Digit is a humanoid robot designed to carry out tasks. (Agility Robotics) Digit is a humanoid robot that can perform various tasks, such as carrying boxes, opening doors, and climbing stairs. Digit is not just a machine but, as the company claims, a robotic co-worker that can collaborate with humans and adapt to different situations. HOW TO USE IPHONE'S 'STANDBY,' THE NEW FULL-SCREEN FEATURE IN IOS 17 Digit is described as a "robotic co-worker." (Agility Robotics) MORE: MEET THE WORLD'S FIRST AI MASAGE ROBOT According to the CEO of Agility Robotics, Digit will solve difficult problems in today’s workforce, such as injuries, burnout, high turnover, and unfillable labor gaps. Digit will also have applications in various industries, such as logistics, construction, entertainment, and healthcare. If you are interested in getting your own Digit robot, you will have to wait until 2025. That’s when Agility Robotics plans to launch Digit to the general public. However, if you are part of the Agility Partner Program, you can expect your Digit robot in 2024. The Agility Partner Program is a select group of customers that will receive early access to Digit and provide feedback to the company. OVERWORKED BY AMAZON? GROSS DOCUMENTARY PRANK EXPOSES SERIOUS ALLEGATIONS ABOUT TECH GIANT’S CORPORATE CULTURE Humanoid robots like Digit will be ready to roll out in 2025. (Agility Robotics) MORE: HOW THIS ROBOT JANITOR IS CLEANING TOILETS AND DOING THE DIRTY WORK Concerns over humanoid robots Some people are really nervous about these humanoid robots, and for good reason. There is a lot to take into account, including ethical issues and potential safety risks. Many individuals may feel uncomfortable or deceived by humanoid robots that mimic human emotions and intelligence. Others might be worried about them taking their jobs. Consequently, we should approach the use of humanoid robots with caution, acknowledging their capacities while being aware of their limitations. Humanoid robots are not just a fantasy anymore. They are becoming a reality, thanks to RoboFab and Agility Robotics. Digit is one of the most advanced and versatile humanoid robots ever created, and it could change the way we work and live. However, before we welcome Digit into our homes and workplaces, we should also be aware of the challenges and risks that come with humanoid robots. They are not human, after all, and they may not always behave as we expect or want them to. Therefore, we should be careful and responsible when using them, and make sure they serve our best interests and values. CLICK HERE TO GET THE FOX NEWS APP How do you feel about RoboFab and its robots? Do you think it is a good idea or a bad idea to mass-produce humanoid robots? Let us know by writing us here. For more of my tech tips & security alerts, subscribe to my free CyberGuy Report Newsletter Ask Kurt a question or let us know what stories you'd like us to cover Answers to the most asked CyberGuy questions: Copyright 2023 CyberGuy.com. All rights reserved. Kurt "CyberGuy" Knutsson is an award-winning tech journalist who has a deep love of technology, gear and gadgets that make life better with his contributions for Fox News & FOX Business beginning mornings on "FOX & Friends." Got a tech question? Get Kurt’s free CyberGuy Newsletter, share your voice, a story idea or comment at CyberGuy.com. Get a daily look at what’s developing in science and technology throughout the world. Subscribed You've successfully subscribed to this newsletter! This material may not be published, broadcast, rewritten, or redistributed. ©2025 FOX News Network, LLC. All rights reserved. Quotes displayed in real-time or delayed by at least 15 minutes. Market data provided by Factset. Powered and implemented by FactSet Digital Solutions. Legal Statement. Mutual Fund and ETF data provided by Refinitiv Lipper.

An employee of JAKA Robotics Co Ltd monitors production at a facility in Shanghai. (CHINA DAILY) These days, robots can help you make a latte sporting a perfect creamy tulip pattern. With six-dimensional force control and high-precision algorithms, they now boast increasingly impressive self-learning and decision-making capabilities. Chang Li, vice-president of JAKA Robotics Co Ltd, said that the company has developed collaborative robots possessing stronger self-learning abilities, self-decision-making capabilities and human-machine interactions. "These intrinsic technological advances allow robot control through drag-and-drop and point teaching in practical scenarios, lowering the usage threshold and truly freeing frontline workers' hands to engage in more valuable and creative work," said Chang. JAKA Robotics, which specializes in the new generation of collaborative robots and smart factories, has expanded its business into multiple industrial and service scenarios. Founded in 2014, JAKA Robotics transforms robots from specialized equipment into easy-to-use tools, emphasizing flexibility and intelligent collaboration. The company has pioneered innovations in various applications, including drive control integration, integral joints, free-drive programming and wireless connectivity. JAKA Robotics offers a modular, self-developed platform, achieving rapid product iteration through hardware and software technology research and development for perception and decision-making with its body algorithms, application algorithms and Over-The-Air (OTA) cloud system. JAKA's production base is located in Changzhou, Jiangsu province, thus leveraging the industry cluster advantages of the Yangtze River Delta region. The company has achieved self-research and production of the core parts of the robot, ensuring stringent quality control and testing from parts production to whole-machine testing. "This approach realizes 'robots making robots', empowering factories across various industries to upgrade intelligently. Innovation is the genome and foundation of JAKA Robotics," Chang added. Currently, the company has developed a core technology system encompassing intelligent modular joints, high-quality motion control, new teaching, rapid deployment, human-machine intelligent integration, safety collaboration, intelligent production lines and integration. From everyday thermos cups and the first national AI cafeteria to auto parts manufacturing and the cleaning of the "Sky Eye" radio telescope, JAKA Robotics has driven innovation over the past decade, converting technological achievements into market applications. Press-fit technology is widely applied in multiple automotive applications. For example, automotive pin processing, which traditionally relied on manual labor, had faced issues such as low production efficiency, inconsistent processing levels and long on-site modifications. JAKA's fully automated pin processing workstation integrates components like motors, drives, controls, reducers and dual encoders into the robot body, achieving miniaturization and enabling installation in small spaces. The company has worked with Toyota Group, deploying hundreds of JAKA collaborative robots on multiple production lines in Toyota's auto parts manufacturing plants. These robots perform tasks such as three-pin grinding, inner star wheel grinding, small part processing, loading and unloading, screw locking, inspections and assembly. Additionally, they have launched an automatic charging application for new energy vehicles, helping global brand Lotus achieve intelligent charging. JAKA Robotics has invested in the business to serve industrial applications in automotive, electronics, semiconductors and new energy sectors, as well as engaging in direct consumer service work in various new commercial consumer fields. The company is also looking to expand business overseas in Japan, Southeast Asia and Europe. To enhance innovation, JAKA Robotics promotes integration of production, education and research. The company has formed cooperative relationships with many universities, including Shanghai Jiao Tong University, focusing on both hardware and software research in robotics. Moreover, the company founded JAKA Academy, creating a dual-teacher classroom that connects enterprises and schools. This initiative provides innovative practice platforms for enterprises and higher education institutions. Currently, R&D personnel account for over 25 percent of JAKA Robotics' employees. Liang Rui, president of Shanghai Step Robotics Co Ltd, said with the quality and quantity of all the suppliers from the Yangtze River Delta region, the localization process is accelerating and China's industrial robot market is entering a golden era. "This Yangtze River Delta region is the most concentrated area for the industrial robot industry in China, with a progressively complete industry chain," Liang said. He added that last year, the overall market growth for industrial robots in China was flat, but domestically produced robots have seen an average growth of around 25 percent over the past two years. "The gap between medium and small-sized robotics with international peers is shrinking. In the next three to five years, large-sized robotics will be the key field to grow for domestic players," said Liang. Both JAKA and Step are vivid examples of the emerging power in the field of the humanoid robot sector, incubated in Shanghai. The city is actively developing relevant policies to support breakthroughs in key technologies such as humanoid robot bodies, embodied intelligence models and more dexterous hands. The goal is to deepen the application of humanoid robots in industrial manufacturing and service sectors, striving to achieve a scaled application demonstration of 1,000 units within three years, said the Shanghai Economic and Informatization Commission. Additionally, Shanghai is accelerating the drive to realize the deployment of 10,000 intelligent robots in smart factories. By 2025, the target is for the density of robots in key industries to reach 500 units per 10,000 people. Tech giants embracing humanoid robots

Geeky Gadgets The Latest Technology News 12:43 pm December 5, 2025 By Julian Horsey Imagine a robot that doesn’t just walk but glides across a room with the grace of a dancer. Picture a machine that can not only pick up a fragile glass without shattering it but also assemble intricate components with the precision of a skilled craftsman. This isn’t a scene from the latest sci-fi blockbuster, it’s happening right now. Humanoid robots are moving in ways that were once thought impossible, breaking free from the stiff, mechanical motions of the past. Thanks to innovative advancements in robotics, these machines are achieving a level of realism that’s both awe-inspiring and unsettling, challenging our understanding of what technology can truly accomplish. What does it mean when robots move like us, think like us, and perhaps one day, work alongside us? Below the AI Grid team explores the new innovations that are propelling humanoid robots into uncharted territory. From dynamic stabilization systems that allow them to balance mid-air to machine learning algorithms that refine their movements with every step, these robots are no longer just tools, they’re becoming lifelike collaborators. You’ll discover how companies like Tesla and Xpeng Robotics are redefining the boundaries of robotics, and why their creations are sparking both fascination and skepticism. But as these machines inch closer to human-like behavior, they also raise profound questions about the future of work, ethics, and our relationship with technology. Are we ready for a world where robots don’t just serve us but move and interact as if they were one of us? Humanoid Robots Advancing Rapidly TL;DR Key Takeaways : Humanoid robots are achieving lifelike movements, such as jogging, jumping, and balancing, thanks to advanced stabilization systems and real-time motion planning. Technological breakthroughs in reinforcement learning, enhanced software algorithms, and humanlike hardware are driving the realism and functionality of these robots. Key industry players like Tesla, Engine AI, and Xpeng Robotics are leading the development of humanoid robots, showcasing impressive capabilities and transparency through live demonstrations. Humanoid robots are expected to play diverse roles in the future, including household assistance, caregiving, and performing hazardous industrial tasks, transforming daily life and work environments. Despite their advancements, humanoid robots face challenges in navigating unpredictable environments and interpreting complex social cues, highlighting the need for further research and development. How Robots Are Moving Like Humans Modern humanoid robots have achieved a level of movement that is remarkably lifelike. They can jog, jump, balance mid-air, and navigate uneven terrain with exceptional precision. For example, Tesla’s Optimus 3 robot has demonstrated smooth and coordinated dexterity, performing tasks such as picking up objects, assembling components, and adapting to complex environments. These movements are no longer rigid or mechanical; instead, they are fluid and natural, thanks to advanced balancing systems and optimized physical designs. This progress is made possible by integrating innovative technologies such as dynamic stabilization and real-time motion planning. These systems allow robots to respond to external forces and maintain balance, even in unpredictable conditions. By mimicking the biomechanics of human movement, humanoid robots are steadily closing the gap between machine functionality and human-like behavior, paving the way for broader applications in both personal and professional settings. The Technology Behind the Realism The realism of humanoid robots is the result of new advancements in both hardware and software. Several key technological drivers are responsible for this progress: Reinforcement Learning: This advanced machine learning technique enables robots to refine their movements through trial and error, improving their efficiency and adaptability over time. Enhanced Software Algorithms: Sophisticated decision-making systems allow robots to analyze their surroundings and execute tasks with greater precision and autonomy. Humanlike Hardware: Innovations in joints, actuators, and sensors replicate the flexibility, strength, and range of motion found in the human body, allowing robots to perform intricate physical feats. These components work in harmony to create robots capable of executing tasks that were once deemed impossible for machines. For instance, robots equipped with advanced sensors can detect subtle changes in their environment, while actuators designed to mimic human muscles provide the strength and agility needed for complex movements. Together, these technologies are transforming humanoid robots into highly capable and versatile tools. Humanoid Robots Are Moving in Ways We’ve Never Seen Before Watch this video on YouTube. Expand your understanding of humanoid robots with additional resources from our extensive library of articles. Humanoid Robots a $24 Trillion market potential 10 AI Humanoid Robots Set to Change Our Lives Mercedes-Benz AI and Humanoid Robots Transform Berlin China’s AI Humanoid Robots: The Future of Work and Home Life Humanoid robots tested at BMW Group Plant Spartanburg Combining robotics and AI to create humanoid robots Neo Humanoid Robot: Overhyped AI or Fantastic option? OpenAI’s Strategic Investments in Humanoid Robotics Explained $1,000 Kscale Labs Humanoid Robot : The Future of Affordable 10 Amazing Humanoid Robots in 2024 Key Players and Industry Milestones The development of humanoid robots has attracted significant attention from leading technology companies, each contributing to the rapid advancements in this field. Some of the most notable players include: Tesla: The company’s Optimus robot has showcased impressive dexterity and adaptability, setting a new standard for humanoid robotics. Engine AI: A leader in developing robots capable of intricate and precise physical movements, pushing the boundaries of what machines can achieve. Xpeng Robotics: Known for creating robots that blur the line between machine and human, demonstrating lifelike behaviors and interactions. To address skepticism about the authenticity of their robots’ capabilities, some companies have taken extraordinary measures, such as conducting live demonstrations where robots are disassembled to prove they are not CGI or humans in costumes. These efforts highlight the remarkable progress being made and underscore the industry’s commitment to transparency and innovation. What the Future Holds for Humanoid Robots The rapid pace of development in humanoid robotics suggests a future where these machines play an increasingly prominent role in society. As technology continues to advance, humanoid robots are expected to take on more complex and diverse roles, including: Assisting with household chores, such as cleaning, cooking, and organizing. Providing caregiving services for the elderly or individuals with disabilities, offering companionship and support. Performing repetitive or hazardous tasks in industrial and manufacturing settings, improving efficiency and safety. These robots could eventually become seamlessly integrated into human environments, transforming how we live and work. By combining humanlike movement with advanced decision-making capabilities, humanoid robots have the potential to enhance productivity, improve quality of life, and address labor shortages in various industries. Challenges and Current Limitations Despite their impressive capabilities, humanoid robots still face several challenges that limit their widespread adoption. While they excel in controlled environments and specific tasks, they often struggle in dynamic and unpredictable real-world scenarios. Key limitations include: Difficulty navigating crowded or chaotic spaces, where split-second decision-making is required. Limited ability to interpret and respond to complex social cues or nuanced human behaviors. However, in certain specialized tasks, such as precise object manipulation or endurance-based activities, some robots already outperform humans. These achievements highlight the immense potential of humanoid robotics while also emphasizing the need for continued research and development to overcome existing barriers. Public Perception: Awe and Skepticism The growing realism of humanoid robots has sparked a mix of fascination and skepticism among the public. Many observers are astonished by the lifelike appearance and movements of these machines, often mistaking them for CGI or humans in disguise. This reaction underscores the significant progress made in the field and reflects the increasing public interest in robotics. At the same time, the skepticism surrounding humanoid robots highlights broader societal questions about the role of machines in human life. As these robots become more advanced, they challenge traditional perceptions of what technology can achieve, prompting discussions about ethics, trust, and the potential impact on employment and social dynamics. These debates are likely to intensify as humanoid robots continue to evolve and integrate into everyday life. A New Era for Robotics The evolution of humanoid robots represents a pivotal moment in technological history. With advancements in movement, dexterity, and realism, these machines are poised to reshape how humans interact with technology. While challenges remain, the progress achieved thus far suggests a future where humanoid robots become an integral part of daily life, bridging the gap between imagination and reality. As this fantastic journey unfolds, it promises to redefine the role of robotics in society, opening new possibilities for innovation and collaboration. Media Credit: TheAIGRID Share Tweet Pin Email Imagine a robot that doesn’t just walk but glides across a room with the grace of a dancer. Picture a machine that can not only pick up a fragile glass without shattering it but also assemble intricate components with the precision of a skilled craftsman. This isn’t a scene from the latest sci-fi blockbuster, it’s happening right now. Humanoid robots are moving in ways that were once thought impossible, breaking free from the stiff, mechanical motions of the past. Thanks to innovative advancements in robotics, these machines are achieving a level of realism that’s both awe-inspiring and unsettling, challenging our understanding of what technology can truly accomplish. What does it mean when robots move like us, think like us, and perhaps one day, work alongside us? Below the AI Grid team explores the new innovations that are propelling humanoid robots into uncharted territory. From dynamic stabilization systems that allow them to balance mid-air to machine learning algorithms that refine their movements with every step, these robots are no longer just tools, they’re becoming lifelike collaborators. You’ll discover how companies like Tesla and Xpeng Robotics are redefining the boundaries of robotics, and why their creations are sparking both fascination and skepticism. But as these machines inch closer to human-like behavior, they also raise profound questions about the future of work, ethics, and our relationship with technology. Are we ready for a world where robots don’t just serve us but move and interact as if they were one of us? TL;DR Key Takeaways : Modern humanoid robots have achieved a level of movement that is remarkably lifelike. They can jog, jump, balance mid-air, and navigate uneven terrain with exceptional precision. For example, Tesla’s Optimus 3 robot has demonstrated smooth and coordinated dexterity, performing tasks such as picking up objects, assembling components, and adapting to complex environments. These movements are no longer rigid or mechanical; instead, they are fluid and natural, thanks to advanced balancing systems and optimized physical designs. This progress is made possible by integrating innovative technologies such as dynamic stabilization and real-time motion planning. These systems allow robots to respond to external forces and maintain balance, even in unpredictable conditions. By mimicking the biomechanics of human movement, humanoid robots are steadily closing the gap between machine functionality and human-like behavior, paving the way for broader applications in both personal and professional settings. The realism of humanoid robots is the result of new advancements in both hardware and software. Several key technological drivers are responsible for this progress: These components work in harmony to create robots capable of executing tasks that were once deemed impossible for machines. For instance, robots equipped with advanced sensors can detect subtle changes in their environment, while actuators designed to mimic human muscles provide the strength and agility needed for complex movements. Together, these technologies are transforming humanoid robots into highly capable and versatile tools. Expand your understanding of humanoid robots with additional resources from our extensive library of articles. The development of humanoid robots has attracted significant attention from leading technology companies, each contributing to the rapid advancements in this field. Some of the most notable players include: To address skepticism about the authenticity of their robots’ capabilities, some companies have taken extraordinary measures, such as conducting live demonstrations where robots are disassembled to prove they are not CGI or humans in costumes. These efforts highlight the remarkable progress being made and underscore the industry’s commitment to transparency and innovation. The rapid pace of development in humanoid robotics suggests a future where these machines play an increasingly prominent role in society. As technology continues to advance, humanoid robots are expected to take on more complex and diverse roles, including: These robots could eventually become seamlessly integrated into human environments, transforming how we live and work. By combining humanlike movement with advanced decision-making capabilities, humanoid robots have the potential to enhance productivity, improve quality of life, and address labor shortages in various industries. Despite their impressive capabilities, humanoid robots still face several challenges that limit their widespread adoption. While they excel in controlled environments and specific tasks, they often struggle in dynamic and unpredictable real-world scenarios. Key limitations include: However, in certain specialized tasks, such as precise object manipulation or endurance-based activities, some robots already outperform humans. These achievements highlight the immense potential of humanoid robotics while also emphasizing the need for continued research and development to overcome existing barriers. The growing realism of humanoid robots has sparked a mix of fascination and skepticism among the public. Many observers are astonished by the lifelike appearance and movements of these machines, often mistaking them for CGI or humans in disguise. This reaction underscores the significant progress made in the field and reflects the increasing public interest in robotics. At the same time, the skepticism surrounding humanoid robots highlights broader societal questions about the role of machines in human life. As these robots become more advanced, they challenge traditional perceptions of what technology can achieve, prompting discussions about ethics, trust, and the potential impact on employment and social dynamics. These debates are likely to intensify as humanoid robots continue to evolve and integrate into everyday life. The evolution of humanoid robots represents a pivotal moment in technological history. With advancements in movement, dexterity, and realism, these machines are poised to reshape how humans interact with technology. While challenges remain, the progress achieved thus far suggests a future where humanoid robots become an integral part of daily life, bridging the gap between imagination and reality. As this fantastic journey unfolds, it promises to redefine the role of robotics in society, opening new possibilities for innovation and collaboration. Media Credit: TheAIGRID Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.

Oops, something went wrong The online world is buzzing about the use of artificial intelligence. ChatGPT has turned the marketing industry upside down. But the fun is only just beginning. General purpose humanoid robots are no longer reserved for science fiction movies. Several artificial intelligence (AI) robotics companies are making this vision a reality. And it’s happening faster than most expect. AI robotics startup Figure is developing the world’s first commercially viable autonomous humanoid robot, known as Figure 01. If recently released images are any indication, the final product will be a robot in its truest form. It’s exactly what you expect a robot to look like. It has hands for opening doors and using tools. It has arms and legs for lifting and climbing stairs. It’s designed to effectively manage many of the same tasks that are currently completed by humans. Here’s how Figure describes Figure 01 on its website: Figure 01 brings together the dexterity of the human form and cutting-edge AI to go beyond single-function robots and lend support across manufacturing, logistics, warehousing and retail. If the company stays the course, it’s expected to pilot the first batch of Figure 01 humanoid robots in 2024. See Next: Thanks to changes in federal law, anyone can invest in top AI startups. Founded by Archer Aviation Co-Founder Brett Adcock, Figure is going all in on its dream of building and employing general-purpose bipedal humanoid robots in various industries. In addition to Adcock, Figure employs a staff of roughly 40 people with backgrounds at companies such as Apple Inc., Tesla Inc. and Boston Dynamics. It’s clear that the company made it a priority to hire the best talent in AI, integration and software. For Figure, the path ahead can be broken down into three steps: perfect the design and build process of a feature-complete electromechanical humanoid, teach it to perform human-specific tasks and integrate the robots into the labor force. To stay updated with top startup investments, sign up for Benzinga’s Startup Investing & Equity Crowdfunding Newsletter While Figure is one of the leaders in developing the world’s first commercially viable autonomous humanoid robot, other companies are hot on its heels. Tesla's Optimus robot is a prime example. Tesla CEO Elon Musk believes his company is ahead of the pack at this point. At Tesla 2023 Investor Day, he shared his thoughts. “The thing that Tesla brings to the table that others don’t have, we’re the most advanced in real-world AI. So the same AI that drives the car. You can think of the car as a robot on wheels, and this is a robot on legs. I don’t think there’s anyone even close to Tesla on solving real-world AI.” Musk believes that Optimus can have a bigger impact on the world than Tesla’s vehicle business. And that’s saying a lot. With each passing day, the world inches closer to coexisting with autonomous humanoid robots. Tesla, Figure and several other startups are moving the needle at a fast pace. Don’t Miss: Want to invest in AI startups like Figure and others alongside top venture capitalists? RAD AI has already raised over $3 million from everyday investors and millions more from top venture capitalists for its AI marketing platform. Read More in Startup News & Investing Opportunities: This Startup Built the World's First AI Marketing Platform That Can Understand Emotion and Some of the Biggest Companies on the Planet Are Already Using It Collaborative Robots Startup Using Teams Of AI-Powered Drones To Make Flying Safer The World's First Floating Lifestyle Club is Set To Launch This Year Don't miss real-time alerts on your stocks - join Benzinga Pro for free! Try the tool that will help you invest smarter, faster, and better. This article Humanoid Robots Cleaning Your House, Serving Your Food and Running Factories – A Look at Startups Leading the Charge originally appeared on Benzinga.com . © 2023 Benzinga.com. Benzinga does not provide investment advice. All rights reserved. Sign in to access your portfolio

By Evan Garcia HOUSTON/AUSTIN, Texas (Reuters) – Standing at 6 feet 2 inches (188 centimeters) tall and weighing 300 pounds (136 kilograms), NASA’s humanoid robot Valkyrie is an imposing figure. Valkyrie, named after a female figure in Norse mythology and being tested at the Johnson Space Center in Houston, Texas, is designed to operate in “degraded or damaged human-engineered environments,” like areas hit by natural disasters, according to NASA. Show Full Article By Evan Garcia HOUSTON/AUSTIN, Texas (Reuters) – Standing at 6 feet 2 inches (188 centimeters) tall and weighing 300 pounds (136 kilograms), NASA’s humanoid robot Valkyrie is an imposing figure. Valkyrie, named after a female figure in Norse mythology and being tested at the Johnson Space Center in Houston, Texas, is designed to operate in “degraded or damaged human-engineered environments,” like areas hit by natural disasters, according to NASA. Show Full Article HOUSTON/AUSTIN, Texas (Reuters) – Standing at 6 feet 2 inches (188 centimeters) tall and weighing 300 pounds (136 kilograms), NASA’s humanoid robot Valkyrie is an imposing figure. Valkyrie, named after a female figure in Norse mythology and being tested at the Johnson Space Center in Houston, Texas, is designed to operate in “degraded or damaged human-engineered environments,” like areas hit by natural disasters, according to NASA. Show Full Article Valkyrie, named after a female figure in Norse mythology and being tested at the Johnson Space Center in Houston, Texas, is designed to operate in “degraded or damaged human-engineered environments,” like areas hit by natural disasters, according to NASA. But robots like her could also one day operate in space. A humanoid robot resembles a person, typically with a torso, head, two arms and two legs. Engineers believe with the right software, humanoid robots will eventually be able to function similarly to humans and use the same tools and equipment. NASA Dexterous Robotics Team Leader Shaun Azimi said humanoid robots in space could potentially handle risky tasks like cleaning solar panels or inspecting malfunctioning equipment outside the spacecraft so astronauts can prioritize exploration and discovery. “We’re not trying to replace human crews, we’re really just trying to take the dull, dirty and dangerous work off their plates to allow them to focus on those higher-level activities,” Azimi said. NASA is partnering with robotics companies like Austin, Texas-based Apptronik to learn how humanoid robots developed for terrestrial purposes could benefit future humanoid robots destined for space. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. But robots like her could also one day operate in space. A humanoid robot resembles a person, typically with a torso, head, two arms and two legs. Engineers believe with the right software, humanoid robots will eventually be able to function similarly to humans and use the same tools and equipment. NASA Dexterous Robotics Team Leader Shaun Azimi said humanoid robots in space could potentially handle risky tasks like cleaning solar panels or inspecting malfunctioning equipment outside the spacecraft so astronauts can prioritize exploration and discovery. “We’re not trying to replace human crews, we’re really just trying to take the dull, dirty and dangerous work off their plates to allow them to focus on those higher-level activities,” Azimi said. NASA is partnering with robotics companies like Austin, Texas-based Apptronik to learn how humanoid robots developed for terrestrial purposes could benefit future humanoid robots destined for space. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. A humanoid robot resembles a person, typically with a torso, head, two arms and two legs. Engineers believe with the right software, humanoid robots will eventually be able to function similarly to humans and use the same tools and equipment. NASA Dexterous Robotics Team Leader Shaun Azimi said humanoid robots in space could potentially handle risky tasks like cleaning solar panels or inspecting malfunctioning equipment outside the spacecraft so astronauts can prioritize exploration and discovery. “We’re not trying to replace human crews, we’re really just trying to take the dull, dirty and dangerous work off their plates to allow them to focus on those higher-level activities,” Azimi said. NASA is partnering with robotics companies like Austin, Texas-based Apptronik to learn how humanoid robots developed for terrestrial purposes could benefit future humanoid robots destined for space. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. NASA Dexterous Robotics Team Leader Shaun Azimi said humanoid robots in space could potentially handle risky tasks like cleaning solar panels or inspecting malfunctioning equipment outside the spacecraft so astronauts can prioritize exploration and discovery. “We’re not trying to replace human crews, we’re really just trying to take the dull, dirty and dangerous work off their plates to allow them to focus on those higher-level activities,” Azimi said. NASA is partnering with robotics companies like Austin, Texas-based Apptronik to learn how humanoid robots developed for terrestrial purposes could benefit future humanoid robots destined for space. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. “We’re not trying to replace human crews, we’re really just trying to take the dull, dirty and dangerous work off their plates to allow them to focus on those higher-level activities,” Azimi said. NASA is partnering with robotics companies like Austin, Texas-based Apptronik to learn how humanoid robots developed for terrestrial purposes could benefit future humanoid robots destined for space. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. NASA is partnering with robotics companies like Austin, Texas-based Apptronik to learn how humanoid robots developed for terrestrial purposes could benefit future humanoid robots destined for space. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. Apptronik is developing Apollo, a humanoid robot whose earthly tasks will include working in warehouses and manufacturing plants by moving packages, stacking pallets and other supply chain-oriented tasks. The company plans to start providing the humanoid robots to companies in early 2025. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. Apptronik Chief Technology Officer Nick Paine said Apollo possesses clear advantages over its human counterparts, particularly endurance. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. “We’re targeting having this system online 22 hours a day,” Paine said. “This does have a swappable battery, so you can work for four hours, swap the battery and then keep going in a very quick duration.” Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. Apptronik CEO Jeff Cardenas said the sky’s the limit as new software and development improve Apollo’s abilities. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. “The approach is we’re starting in the warehouse and on the manufacturing floor, but then it can move into retail… to delivery and out more into what we call unstructured spaces,” Cardenas said. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. In years to come, those “unstructured spaces” could include space, according to Azimi. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. “Robots like Apollo are designed with modularity in mind to be able to adapt to many applications,” Azimi said. “And that’s where NASA’s really trying to get that insight – to see what are the key gaps, where we would need to invest in the future to bring a terrestrial system into the space environment and certified for operating in space.” (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. (Reporting by Evan Garcia, Editing by Rosalba O’Brien) Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. Disclaimer: This report is auto generated from the Reuters news service. ThePrint holds no responsibilty for its content. 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