Latest news with #humanoidrobot
Forbes
2 days ago
- Business
- Forbes
This Humanoid Robot Can Lift 220 Pounds But Has Super-Sensitive Skin
Neura Robotics' CEO David Reger with the third-generation 4NE-1 humanoid robot Neura Robotics Neura Robotics officially unveiled the third generation of its 4NE-1 humanoid robot this week, along with a household robot named MiPa, an open robotics ecosystem called the Neuraverse, and a vision for an app store for robots. The 4NE-1 humanoid robot is powerful but also sensitive: able to lift more than any other humanoid robot I've seen, but also able to sense human touch. Additionally, Neura said it plans to ship 5,000,000 robots of varying kinds by 2030–significantly more than the 100,000 Figure plans to ship –and that the first shipping 4NE-1 humanoid robots would be delivered this year. 'We are excited to launch a series of robots,' CEO David Reger told me last week on the TechFirst podcast. 'There is also a household device MiPa coming, and also new other industrial robot types, but in the end I think the core is actually the Neuraverse platform, which is combining all of this on one platform and makes it actually scalable and reachable to reach the five million humanoid robots on this planet.' The big news on the hardware side is a full launch of 4NE-1, which Reger says is now production ready. This is a beast of a humanoid robot, with 100kg or 220-pound lift capacity with its legs, and 10kg or 22 pounds with its hands. After teasing this launch in March , Neura delivered. As specced by the company, 4NE-1 is a technological marvel, with seven cameras, LIDAR, and much more. It will be capable of doing a backflip, Reger says, which not only summons up visions of Boston Dynamics' humanoid robots, but also speaks to speed coupled with power. 4NE-1 is one of the first humanoid robots that will have skin. While Neura isn't revealing too many details about the skin on 4NE-1, based on what he did say, it sounds like a capacitive touch sensor capability like that on your smartphone's screen. It can sense near touch, actual touch, and the strength or power of that touch. Interestingly, it will be applied via a spray-on process, and the result won't be visually distinguishable from the rest of the robot. And while it won't cover the whole robot, it likely will be on the hands, arms, and torso. Why put skin on a robot? It's critical for how Neura wants humanoid robots to interact with and work with humans safely in close quarters. 'The skin is actually … of our biggest gifts,' Reger says. "Having the ability to have the feeling of touch gives you a complete different way of how humans interact with each other.' 4NE-1's skin will sense proximity before actual touch, he added, making interactions safer, more precise, and emotionally intelligent. While the hardware news is always the headline-grabber, probably the more important news is the backend technology. That includes Neura's Omnisensor technology, which fuses location and spatial awareness from seven cameras, a LIDAR system, and even a microphone to help each 4NE-1 unit know where it is, proximity to objects and humans, and how to get what it needs while avoiding what it should not hit. Neura Robotics' third-generation 4NE-1 humanoid robot Neura Robotics Integrating all that data will be some fairly serious onboard technology. Reger didn't say what kind of CPUs or GPUs 4NE-1 will include, but it is worth noting that Nvidia is a technology partner of Neura Robotics. Neura is also partnering with Nvidia on 'robot gyms' where robots learn tasks and develop abilities. Another major piece of new technology supporting Neura's robotic roll-out is the 'Neuraverse.' Neuraverse is an operating system, a development platform for robotics, and an app store for skills, abilities, and even microservices that anyone can come to, build capabilities, and release them for sale. What one robot learns, all others can know instantly. Developers and companies employing humanoid robots can buy, sell, or offer for free abilities like welding specific parts or building a specific product. 'We are fundamentally changing how people interact with machines,' says Reger. "Our Neuraverse is the product that connects everything: the operating system of the robotics era." MiPa is a wheeled personal assistant robot John Koetsier Finally, Neura also unveiled MiPa, a wheeled robot that will be more affordable for the home market. While anyone can use it, one specific designed use case is assisting the elderly with being able to remain in their own homes and age in place, Reger says. Neura calls MiPa 'the world's first cognitive household and service robot suitable for real everyday use.' MiPa will be able to vacuum, unload dishwashers, clean up rooms, and monitor health signs. In fact, Neura says, MiPa supports IoT and health device standards and can connect with wearables to collect data, analyze sleep, and more. As all of Neura's other robots, MiPa will be connected to the Neuraverse, meaning it can learn new skills instantly from other robots and apply them locally. Neura is entering an increasingly crowded humanoid robot market that has yet to fully deliver on its promise of an always-on, cheap, capable, and reliable workforce, but 4NE-1 is a compelling entrant. I'm not certain that 4NE-1 delivers on the company's vision of having the most capable humanoid on the planet, but it's a contender. If humanoid robots is our version of the space race, as Apptronik CEO Jeff Cardenas told me recently, Neura Robotics is Europe's leading challenger. What we haven't seen yet is video on how 4NE-1 walks and moves, which will be critical for starting to understand how capable this robot is in a factory or warehouse.
News.com.au
3 days ago
- Science
- News.com.au
Internet reacts to first-of-its-kind flying ‘baby-faced' robot
This adolescent-looking android is the first flying humanoid robot — but the internet is creeped out by how it looks. The Italian Institute of Technology (IIT) recently shared a video that updated curious viewers on the project titled iRonCub MK3's progress, but the robot's face seemed to be of special interest to the internet. 'Why does he look so freaky though,' pondered one viewer in a Reddit thread dedicated to the humanoid robot, meanwhile another wrote: 'This is very impressive, but by God, what's with that face? He is staring into my soul.' 'The technology showcased here is great, but why in the f**k does it have to look like a monster baby?' wondered another Redditor. Some viewers who stumbled across the mechanical creation happened to be especially out-of-the-box thinkers and proposed some wild theories about its appearance. 'When the uprising comes, you'll be much less likely to shoot a cyborg with a baby face,' theorised one user. 'You'll hesitate that fraction of a second, which is all it needs…' However human the robot may look, conspiracy theorists don't need to fret — it's not controlled by AI. Instead, it's teleoperated, or in other words, controlled by real people remotely. The Artificial and Mechanical Intelligence research team within the IIT works almost entirely with robotic humanoid technology — and now has five different robots, according to Live Science. This particular model is the result of two years of research, testing and development. With the jet pack, the baby robot weighs in at 69kgs and stands about 91 centimetres tall. According to the IIT, the iRonCub MK3 is being developed with 'specific applications such as disaster response' in mind. Typically, these robotic research efforts focus on land-based rescue and exploration, but the institute believes that implementing aerial locomotion skills will increase the utility and efficiency of any such endeavours. 'This research is radically different from traditional humanoid robotics and forced us to make a substantial leap forward with respect to the state of the art,' explained Daniele Pucci, one of the researchers on the team. While many internet users expressed profound confusion at the robot's uncanny childlike appearance, it turns out that some of the more humanoid features the iRonCub MK3 possesses have practical purposes. Functional legs allow the robot to traverse terrain once it arrives via air, and realistic hand and arm capabilities let it open doors, move objects or even interact with things like switches or valves. Currently, the robot's arms have been replaced by two jet thrusters, but as the project's development continues, it will have its functional upper limbs restored. The iRonCub MK3 has been tested outdoors in a variety of situations, and has also undergone flight testing in a wind tunnel — another first for a robot. Though the majority of internet users ragged on the robot's baby face, others saw its charm. 'It's Astroboy!!' one user commented enthusiastically, while another gushed: 'Actually, it's cute.' No matter where you land on the topic of the android's appearance, don't be too mean about it — after all, this unique-looking creation could save your life someday.
Fox News
6 days ago
- Automotive
- Fox News
Humanoid robots handle quality checks and assembly at auto plant
Kepler Robotics has officially introduced its Forerunner K2 "Bumblebee" humanoid robot at the SAIC-GM automotive plant in Shanghai, marking a significant moment in the real-world deployment of advanced robotics. In a recently released video, the K2 is seen moving confidently through the plant, performing detailed quality checks, and handling assembly operations that demand both strength and precision. This debut signals the beginning of scenario-based testing for Kepler's humanoid robots across a variety of industrial settings, where their capabilities can be evaluated in live production environments. Sign up for my FREE CyberGuy ReportGet my best tech tips, urgent security alerts, and exclusive deals delivered straight to your inbox. Plus, you'll get instant access to my Ultimate Scam Survival Guide — free when you join. The K2 "Bumblebee" robot is built for the demands of modern factories. At SAIC-GM, it has already demonstrated its ability to perform intricate inspections, navigate complex factory layouts, and manage heavy automotive components with impressive autonomy. The robot can load stamped parts, manipulate mechanical fixtures, and adapt to new tasks using a combination of imitation and reinforcement learning. Its presence in the factory highlights a shift toward smarter, more efficient production lines, where robots and humans work side by side to achieve higher standards of quality and safety. Kepler's Forerunner K2 is a notable step up from its predecessor, the K1, thanks to extensive improvements in both hardware and software. The K2 features a reinforced limb structure for greater durability and easier maintenance, tactile manipulators with an impressive 11 degrees of freedom per hand, and flexible fingertip sensors that boost its dexterity. Its integrated battery allows for up to eight hours of continuous operation, supporting the long shifts required in industrial settings. On the intelligence side, the K2 leverages a cloud-based cognitive system that enables it to learn new tasks quickly and coordinate its movements with full-body awareness. Enhanced perception, task planning, and improved human-robot interaction algorithms allow the K2 to operate independently while collaborating smoothly with human coworkers. Kepler's ambitions for its humanoid robots extend far beyond automotive manufacturing. The company envisions these robots playing active roles in education, research, security, logistics, and hazardous outdoor operations. In classrooms, the K2 can support interactive learning and real-time coaching, while in research labs, it can help with data gathering and experimental tasks. For security applications, the robot's advanced sensors enable it to patrol complex areas, detect emergencies, and assist in rescue operations. In logistics, the K2 is designed to automate goods handling and warehouse management, increasing both accuracy and efficiency. Its robust design, waterproofing, and resistance to extreme temperatures make it suitable for challenging environments, including areas with radiation or explosive hazards. The K2's autonomous navigation and real-time monitoring capabilities help reduce risks and boost productivity, especially in high-risk conditions. The Forerunner K2 stands out for its precision, endurance, and adaptability. With advanced manipulators and flexible sensors, the robot can handle delicate and complex tasks that require a human-like touch. Its eight-hour battery life supports continuous operation during long industrial shifts, and its learning algorithms enable it to adapt to new tasks and environments with minimal retraining. Kepler also emphasizes the cost efficiency of the K2, stating that it can match or exceed the workload of multiple human workers in certain scenarios, making it a practical addition to high-demand workplaces. The company has set the base price for the Forerunner K2 at around $30,000, positioning it as an accessible option for manufacturers seeking to boost productivity and efficiency with intelligent robotics. The introduction of advanced humanoid robots like Kepler's K2 naturally raises questions about the future of human employment in manufacturing and other industries. It's true that automation and robotics have the potential to change the way work is organized on the factory floor. Some worry that robots could replace jobs traditionally held by people, especially in roles that involve repetitive or physically demanding tasks. However, experts and industry leaders point out that the story is more nuanced. While certain jobs may be automated, new opportunities often emerge alongside technological advancements. For example, the rise of robotics is expected to create roles in robot maintenance, programming, AI training, and oversight, jobs that require different skills but are essential to supporting and managing these new systems. Many analysts believe that robots like the K2 are likely to complement human workers by taking over monotonous or hazardous duties, which allows people to focus on more complex, creative, or supervisory tasks. Collaborative robots, or "cobots," are specifically designed to work alongside humans, enhancing productivity and safety rather than simply replacing labor. This collaborative approach can lead to new forms of teamwork and innovation on the factory floor, making work environments safer and more efficient. Ultimately, the integration of humanoid robots is expected to shift the workforce rather than eliminate it, opening up new possibilities for both businesses and employees as they adapt to a more automated future. Kepler's K2 humanoid robot making its debut at SAIC-GM is a big step forward for robotics in real-world workplaces. Watching these robots take on challenging tasks alongside people shows just how much potential there is for collaboration between humans and machines. As more companies explore what humanoid robots can do, it's going to be fascinating to see how these partnerships shape the future of work and industry. Despite what experts and industry leaders say, does it concern you that as robots like Kepler's K2 take on more tasks, human workers will be replaced? Let us know by writing us at For more of my tech tips & security alerts, subscribe to my free CyberGuy Report Newsletter by heading to Follow Kurt on his social channels Answers to the most asked CyberGuy questions: New from Kurt: Copyright 2025 All rights reserved.
Geeky Gadgets
22-06-2025
- Geeky Gadgets
Own a Humanoid Robot for $1,000? : Kscale Labs is Making It Possible
What if owning a humanoid robot wasn't just the domain of tech giants or research institutions, but something you could achieve for the price of a mid-range smartphone? It sounds like science fiction, but thanks to Kscale Labs, it's now a reality. For just $1,000, you can bring home a fully functional, open source humanoid robot—one that's not locked behind proprietary systems or inaccessible price tags. This bold move is shaking up the robotics industry, challenging the status quo, and opening doors for developers, hobbyists, and researchers alike. Imagine the possibilities: a robot you can customize, upgrade, and program without restrictions, all while contributing to a global community pushing the boundaries of innovation. In this overview, DEMi explores how Kscale Labs is transforming the robotics landscape with their affordable and modular designs, designed for everyone from curious tinkerers to seasoned engineers. You'll discover the unique features of their flagship robots, the Kbot and Zbot, and how their open source philosophy is fostering a collaborative ecosystem. We'll also delve into the innovative technologies, like reinforcement learning and simulation tools, that make these robots smarter and more adaptable. Whether you're dreaming of building the next breakthrough in robotics or simply want to experiment with an accessible platform, this is a story about more than just machines—it's about providing widespread access to the future of humanoid technology. Open Source Humanoid Robotics Affordable and Modular Robots for Diverse Users Kscale Labs offers two flagship products designed to meet the needs of different user groups: the Kbot and the Zbot. – Kbot: A full-sized humanoid robot priced at $9,000, tailored for advanced research and development purposes. – Zbot: A smaller, more affordable alternative priced at $1,000, ideal for hobbyists and developers seeking a customizable and accessible platform. Both robots are built with modularity at their core, allowing you to easily replace or upgrade components. This design philosophy not only reduces costs but also encourages experimentation, allowing you to test new configurations and explore innovative applications. Whether you are conducting innovative research or pursuing robotics as a hobby, these robots provide a flexible and scalable solution. Reinforcement Learning and Simulation: Smarter Robots To enhance the capabilities of their robots, Kscale Labs integrates reinforcement learning into their systems. This advanced technology enables robots to adapt to real-world scenarios by training in simulation environments such as Mujoco. These virtual settings allow you to test and refine algorithms in a controlled environment before deploying them on physical robots. This approach results in a more efficient development process, saving both time and resources while making sure that the robots are prepared to handle complex, real-world tasks. By using simulation tools, you can accelerate innovation and achieve higher levels of performance in your robotics projects. $1,000 Humanoid Robot: The Future of Robotics is Here Watch this video on YouTube. Discover other guides from our vast content that could be of interest on Open source robotics. Low-Cost Components and Open source Tools Kscale Labs prioritizes affordability without compromising on functionality. Their robots are constructed using low-cost components such as Raspberry Pi systems, CAN bus motor controllers, and budget-friendly actuators. These hardware components are complemented by a Python SDK, which simplifies the development and deployment of applications. This combination of accessible hardware and user-friendly software enables you to innovate without the financial or technical constraints often associated with proprietary systems. By lowering the cost of entry, Kscale Labs is allowing a wider audience to participate in the advancement of humanoid robotics. Driving Innovation Through Community Collaboration A cornerstone of Kscale Labs' mission is its commitment to fostering a global community of developers and researchers. The company actively supports this community through initiatives such as: Hackathons that encourage creative problem-solving and innovation. Open source contributions that promote collaboration and knowledge sharing. Developer-friendly tools that reduce barriers to entry and simplify the development process. By engaging with this ecosystem, you can contribute to the collective advancement of humanoid robotics while benefiting from the shared expertise of a diverse and global network. This collaborative approach accelerates progress and ensures that the technology evolves to address a wide range of applications and challenges. A Vision for the Future of Robotics Kscale Labs envisions a future where humanoid robots are as commonplace and versatile as smartphones. Inspired by the success of the Android ecosystem, the company aims to commoditize humanoid robotics hardware, making it accessible to all. Beyond individual products, Kscale Labs is working toward the development of a platform for embodied artificial general intelligence (AGI). These robots are designed to be energy-efficient and adaptable, aligning with global goals for sustainability and technological advancement. By focusing on accessibility and innovation, Kscale Labs is paving the way for a future where humanoid robots play a significant role in society. Leadership Rooted in Expertise The vision and direction of Kscale Labs are guided by its founder, Benjamin Bolty, whose extensive experience in robotics and artificial intelligence drives the company's mission. Bolty has contributed to high-profile projects such as Tesla's Autopilot, the Optimus humanoid robot, and AI research at Facebook and Google. His leadership combines technical expertise with a passion for making robotics accessible to a broader audience. Under his guidance, Kscale Labs is positioned as a leader in the open source robotics movement, shaping the future of the industry. Key Features at a Glance Modular design that supports easy customization and cost efficiency. Integration of reinforcement learning for adaptive and intelligent performance. Use of affordable components, including Raspberry Pi and CAN bus systems. Python SDK and simulation tools like Mujoco for streamlined development. A global, community-driven approach to innovation and collaboration. Media Credit: DEMi Filed Under: AI, Hardware, Top News 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.
Fast Company
20-06-2025
- Business
- Fast Company
Nvidia and Hexagon's Aeon humanoid robot brings AI-powered automation to factories
Artificial intelligence is evolving at an unprecedented pace, advancing from simple generative tasks to autonomous decision-making through agentic models. Now AI is moving beyond the digital realm into the physical world. This next frontier, known as physical AI, combines advanced algorithms with sensors and actuators, enabling machines to perceive, reason, and act in complex real-world environments. At Hexagon LIVE 2025 in Las Vegas, a physical AI humanoid robot named AEON made its debut. Think Tron meets I, Robot, but powered by next-gen AI and hardware rather than movie magic. Developed by Sweden-based industrial tech giant Hexagon in partnership with Nvidia, AEON is designed for real-world industrial work. It can inspect equipment in cramped industrial corridors, navigate hazardous construction zones, and manage logistics in understaffed warehouses. Spencer Huang, Product Lead for Robotics at Nvidia and the son of CEO Jensen Huang, sees a massive opportunity in humanoids, as their form allows them to perform tasks that are dangerous and demanding for humans.
