ReportWire

Tag: Robotics

  • This Is a Glimpse of the Future of AI Robots

    This Is a Glimpse of the Future of AI Robots

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    Despite stunning AI progress in recent years, robots remain stubbornly dumb and limited. The ones found in factories and warehouses typically go through precisely choreographed routines without much ability to perceive their surroundings or adapt on the fly. The few industrial robots that can see and grasp objects can only do a limited number of things with minimal dexterity due to a lack of general physical intelligence.

    More generally capable robots could take on a far wider range of industrial tasks, perhaps after minimal demonstrations. Robots will also need more general abilities in order to cope with the enormous variability and messiness of human homes.

    General excitement about AI progress has already translated into optimism about major new leaps in robotics. Elon Musk’s car company, Tesla, is developing a humanoid robot called Optimus, and Musk recently suggested that it would be widely available for $20,000 to $25,000 and capable of doing most tasks by 2040.

    Courtesy of Physical Intelligence

    Previous efforts to teach robots to do challenging tasks have focused on training a single machine on a single task because learning seemed untransferable. Some recent academic work has shown that with sufficient scale and fine-tuning, learning can be transferred between different tasks and robots. A 2023 Google project called Open X-Embodiment involved sharing robot learning between 22 different robots at 21 different research labs.

    A key challenge with the strategy Physical Intelligence is pursuing is that there is not the same scale of robot data available for training as there is for large language models in the form of text. So the company has to generate its own data and come up with techniques to improve learning from a more limited dataset. To develop π0 the company combined so-called vision language models, which are trained on images as well as text, with diffusion modeling, a technique borrowed from AI image generation, to enable a more general kind of learning.

    For robots to be able to take on any robot chore that a person asks them to do, such learning will need to be scaled up significantly. “There’s still a long way to go, but we have something that you can think of as scaffolding that illustrates things to come,” Levine says.

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    Will Knight

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  • Preparing students for Industry 5.0: Rethinking STEM to shape the future workforce

    Preparing students for Industry 5.0: Rethinking STEM to shape the future workforce

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    Key points:

    The global workforce is transforming, propelled by the dawn of the Fifth Industrial Revolution–commonly referred to as Industry 5.0. Unlike previous revolutions that focused solely on technological advancement, Industry 5.0 strongly emphasizes collaboration between humans and machines. While AI, robotics, and drones continue to push boundaries, this era also recognizes the importance of human creativity and problem-solving in conjunction with these tools.

    As we prepare the workforce of the future, it becomes clear that we must rethink our approach to STEM education. It’s no longer enough to teach technical skills in isolation. Instead, we must create learning environments that foster creativity and adaptability–key traits that will help students thrive in an increasingly complex and tech-driven world.

    The imperative for Industry 5.0 readiness

    The rise of AI and automation is reshaping industries, creating an urgent need for students to develop technical competencies and think innovatively about how these technologies can be applied. The future workforce must be able to work alongside machines in ways we can’t even fully anticipate yet. Anticipating this demands an education system that evolves to meet future challenges–not just by focusing on coding or data analysis but by cultivating skills that will prove invaluable in navigating new, unforeseen challenges.

    Hands-on STEM learning is key to this evolution. Rather than confining students to theoretical exercises, integrating real-world technologies like drones into the classroom can provide students with the physical experiences they need to better understand the evolving job market. As these young minds engage with advanced tools, they gain the technical know-how and develop the mindset required to succeed in Industry 5.0.

    Why drones? Connecting STEM to real-world applications

    Drones are among the most impactful ways to bring STEM education to life. Unlike traditional teaching methods, drones allow students to interface directly with technology, transforming their learning experiences from passive to active. In classrooms incorporating drones, students can experience real-world problem-solving scenarios that transcend textbook learning.

    For example, drones are already playing a crucial role in industries such as agriculture, logistics, and environmental monitoring. By bringing these applications into the classroom, students are provided the opportunity to understand these technologies and explore their potential in solving pressing challenges across industries. Students can learn about everything from engineering and physics to coding and data analysis, all while working on projects with tangible, real-world implications.

    Take, for instance, schools that leverage partnerships with drone providers to deploy curricula that include practical lesson plans, like surveying local farmland and analyzing soil conditions to help improve crop yields. These projects go beyond theoretical knowledge, teaching students to apply data analytics in meaningful ways. In another example, high school students can design drones to support healthcare initiatives, like delivering medical supplies to remote areas–projects that mirror innovations currently being explored in healthcare logistics. These experiences prepare students for real-world careers and illuminate career pathways that may not have otherwise been obvious or desirable options.

    Bridging the skills gap with experiential learning

    Verticalized skills gaps have become a significant barrier to innovation and economic growth, as many students are graduating without the technical and critical thinking abilities demanded by today’s employers. The gap is particularly evident in data analysis, programming, advanced manufacturing, and cybersecurity–fields that are essential for navigating the complexities of the modern digital economy.

    This gap continues to widen as technological advancements outpace traditional education methods. In a world increasingly driven by data, students need to learn how to collect, analyze, and interpret information to make informed decisions. Introducing project-based learning centered around data analysis–such as interpreting data sets from environmental studies or designing experiments that involve data collection–gives students hands-on experience in this critical skill area.

    As work becomes increasingly global and cross-functional, students must develop the ability to communicate effectively in diverse teams. Experiential learning projects, such as team-based STEM competitions or group technology builds, teach students the importance of working together toward shared goals while honing their communication skills, mirroring the collaborative environments they will encounter in the workforce.

    Incorporating creativity and human ingenuity in Industry 5.0

    Technical skills are essential, but the distinguishing factor of Industry 5.0 is the synergy between human ingenuity and machine precision. Our ability to innovate and collaborate with machines to solve complex problems will mark this era. Schools should focus on fostering creativity alongside technical training, as the future workforce will be called upon to design new solutions, lead teams, and tackle challenges that have yet to emerge.

    Schools can consider integrating design thinking into their curriculum, where students engage in iterative processes to ideate, prototype, and test solutions to complex problems. In a classroom setting, students could use design thinking to create smart home devices that integrate human comfort with AI precision, focusing on user-centric solutions.

    Entrepreneurship courses in schools will empower students to develop tech startups where they identify a societal problem, design a technological solution, and pitch their idea to judges, peers, and even potential investors. This encourages both creativity in coming up with new ideas and collaboration with technology to make ideas a reality.

    The classroom as a catalyst for the future workforce

    As we move deeper into Industry 5.0, the demand for a workforce that can blend technical skills with innovative problem-solving increases. Integrating hands-on technology like drones into educational environments offers a dynamic way to address this need. It allows students to connect with STEM fields practically and inspiringly. Educators have the crucial responsibility to provide students with the necessary tools and perspectives. By incorporating creative, physical, and project-based lessons into the curriculum, we foster the innovation, adaptability, and collaboration essential for the future workforce.

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    Rob Harvey, FTW Robotics

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  • CU Boulder hosts robotics showcase to celebrate Research & Innovation Week

    CU Boulder hosts robotics showcase to celebrate Research & Innovation Week

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    BOULDER, Colo — It is Research & Innovation Week at the University of Colorado at Boulder. To celebrate, the university hosted a robotics showcase for the public.

    The College of Engineering and Applied Science demonstrated some of its best technology in the engineering center. Students at CU Boulder are developing cutting-edge robotics to help with future search and rescue efforts and other dangerous, dark and dirty jobs.

    Richard Butler

    Dr. William Doe, CU Boulder Research development manager, said their goal is to find new solutions to the perplexing problems facing the world.

    “Robotics is something that’s being used pretty much in every walk of life. It’s very interdisciplinary. We have students that have interest in electrical engineering, computer science, mechanical engineering, aerospace engineering, all of those kinds of degrees contribute to robotics,” said Doe.

    Robotics lab manager Destin Woods and PhD student Miles Mena showcased a powerful dog-like robotic that would be useful in search and rescue operations.

    SPOT.png

    Richard Butler

    “It would use these cameras to find different objects within the environment that could detect a human presence of some sort. A 3D map is created from the lidar that sits on top of the robot. It would autonomously plan to create a path that will expand the map so it can explore more areas,” said Woods.

    Spot, the four-legged robot, is capable of autonomous exploration. Parts and all, he is worth about $150,000.

    “This robot was part of a program that was designed to place robots in dangerous, dirty and dark situations. All those environments you don’t want a human in because they’re detrimental to their health and their safety,” said Mena.

    PhD student Heiko Kabutz demonstrated CLARI and mCLARI. It is an insect-sized robot that is capable of shifting. Changing its form allows for exploration and discovery in the tiniest of places.

    “Our robot is a four-legged, small-scale robot, which is similar to an insect, but a robot. The body is soft, so the body can change shape, which allows the robot to squeeze into gaps where typically a robot can’t fit into,” Kabutz said.

    Next, Kabutz and his team plan to further enhance the mCLARI by adding more features and advancing the shape-shifting and leg motions.

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  • One Tech Tip: Here’s what you need to do before and after your phone is stolen or lost

    One Tech Tip: Here’s what you need to do before and after your phone is stolen or lost

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    LONDON (AP) — Phones hold so much of our digital lives — emails, social media and bank accounts, photos, chat messages and more — that if they ever get stolen or go missing, it can cause major disruption beyond just the loss of a device.

    In some places, phone thefts have surged so much it’s now an everyday problem, with thieves on electric bikes snatching them out of pedestrians’ hands, swiping them off restaurant tables or pickpocketing them on the subway.

    In Britain, where 200 phones are stolen every day in “snatch thefts,” the government has pledged to crack down on the crime and is meeting with tech companies and device makers to come up with solutions.

    Here are steps you can take before and after your phone goes missing:

    Basic protections

    There are things you can do to make it less painful if your phone is stolen. Because some of these features are more technical in nature, people often overlook them.

    Lock down as much as you can. At a minimum, require a password or biometric scan to unlock the device. You can also add similar requirements to important individual apps — like your banking account, WhatsApp or Signal — to protect your finance or chats from thieves.

    Also, activate the find my device feature, which is available for both iOS and Android. Samsung also offers its own service called SmartThings Find.

    You’ll probably have lots of precious photos saved on your camera roll. It’s a good idea to back them up, along with contacts, calendar items and other files. Google and Apple offer cloud-based backup services, although the free versions have limited storage space. You can also back up your files to an external hard drive, memory card or a laptop.

    Some police forces and phone companies advise turning off message previews, which prevents thieves trying to break into your accounts from seeing reset or login codes when the phone is locked. To do this on an iPhone, for example, go to the Notifications section of your settings menu and tap Show Previews. You can also scroll down the app list to turn previews off for individual apps but leave them on for less risky ones like news or weather.

    Turn on newer features

    Recent iOS and Android updates include a number of new functions designed to make thefts less attractive.

    IPhone users can turn on Stolen Device Protection, which makes it a lot harder for phone thieves to access key functions and settings. Many thieves will want to wipe the data off and reset so they can resell it, but with this feature on, they’ll need a face or fingerprint scan to do so. Apple also recently updated its “ activation lock ” feature to make it harder for thieves to sell parts from stolen phones.

    Android phones, meanwhile, can now use use artificial intelligence to detect motion indicating someone snatched it out of your hand and is racing away on foot or a bike, and then lock the screen immediately. And there’s a feature called Private Spaces that lets you hide sensitive files on your phone.

    Jot down your device number

    Take note of your phone’s serial number, also known as an IMEI number. It can link you to the phone if it does eventually get recovered. Call it up by typing (asterisk)#06# on your phone’s keypad. If you’ve already lost your phone you can also find it in other places like the box it came in.

    If it’s stolen

    If you’re unlucky enough to have your phone stolen, notify police. Call your insurance company if you have a policy that covers the device. Inform your phone company so they can freeze your number and issue a replacement SIM card or eSIM. Notify your bank so they can watch out for suspicious transactions.

    Tracking your device

    Try to locate your phone with the find my device feature. For iPhones, go to iCloud.com/find from a web browser while Android users should head to www.google.com/android/find. Samsung also has its own service for Galaxy phones.

    These services will show your phone’s current or last known location on a map, which is also handy if you’ve just lost track of it somewhere in the house. Apple says even if a phone can’t connect to the internet or has been turned off, it can use Bluetooth to ping any nearby Apple devices using the same network behind its AirTags tracking devices. Google says newer Pixel phones can be located “for several hours” after they’ve been turned off using similar technology.

    You can get the phone to play a sound, even if it’s on silent. You can also put the phone in lost mode, which locks it and displays a message and contact details on the screen for anyone who finds it. Lost mode on iOS also suspends any Apple Pay cards and passes.

    If the device shows up in an unfamiliar location on the map, and you suspect it has been stolen, experts say it’s better to notify police rather than trying to get it back yourself.

    Cybersecurity company Norton says, “Confronting a thief yourself is not recommended.”

    Final steps

    If you can’t find your phone, there are some final steps to take.

    Log yourself out of all your accounts that might be accessible on the phone, and then remove it from your list of trusted devices that you use to get multifactor authentication codes — but make sure you can get those codes somewhere else, such as email.

    Then, as a last resort, you can erase the phone remotely so that there’s no chance of any data falling into the wrong hands. However, take note: Apple says that if the iPhone is offline, the remote erase will only happen the next time it come back online. But if you find the phone before it gets erased, you can cancel the request.

    Google warns that SD memory cards plugged into Android phones might not be remotely erased. And after the phone has been wiped, it won’t show up with find my device.

    ___

    Is there a tech challenge you need help figuring out? Write to us at [email protected] with your questions.

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  • Elon Musk unveils Tesla’s ‘Cybercab,’ plans to bring autonomous driving tech to other models in 2025

    Elon Musk unveils Tesla’s ‘Cybercab,’ plans to bring autonomous driving tech to other models in 2025

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    LOS ANGELES (AP) — Tesla unveiled its long-awaited robotaxi at a Hollywood studio Thursday night, though fans of the electric vehicle maker will have to wait until at least 2026 before they are available.

    CEO Elon Musk pulled up to a stage at the Warner Bros. studio lot in one of the company’s “Cybercabs,” telling the crowd that the sleek, AI-powered vehicles don’t have steering wheels or pedals. He also expressed confidence in the progress the company has made on autonomous driving technology that makes it possible for vehicles to drive without human intervention.

    Tesla began selling the software, which is called “Full Self-Driving,” nine years ago. But there are doubts about its reliability.

    “We’ll move from supervised Full Self-Driving to unsupervised Full Self-Driving. where you can fall asleep and wake up at your destination,” he said. “It’s going to be a glorious future.”

    Tesla expects the Cybercabs to cost under $30,000, Musk said. He estimated that the vehicles would become available in 2026, then added “before 2027.”

    The company also expects to make the Full Self-Driving technology available on its popular Model 3 and Model Y vehicles in Texas and California next year.

    “If they’re going to eventually get to robotaxis, they first need to have success with the unsupervised FSD at the current lineup,” said Seth Goldstein, equity strategist at Morningstar Research. “Tonight’s event showed that they’re ready to take that step forward.”

    When Tesla will actually take that step, however, has led to more than a little anxiety for investors who see other automakers deploying similar technology right now. Shares of Tesla Inc. tumbled 9% at the opening bell Friday.

    Waymo, the autonomous vehicle unit of Alphabet Inc., is carrying passengers in vehicles without human safety drivers in Phoenix and other areas. General Motors’ Cruise self-driving unit had been running robotaxis in San Francisco until a crash last year involving one of its vehicles.

    Also, Aurora Innovation said it will start hauling freight in fully autonomous semis on Texas freeways by year’s end. Another autonomous semi company, Gatik, plans to haul freight autonomously by the end of 2025.

    “Tesla yet again claimed it is a year or two away from actual automated driving — just as the company has been claiming for a decade. Indeed, Tesla’s whole event had a 2014 vibe, except that in 2014 there were no automated vehicles actually deployed on public roads,” Bryant Walker Smith, a University of South Carolina law professor who studies automated vehicles, told The Associated Press in an email. “Now there are real AVs carrying real people on real roads, but none of those vehicles are Teslas. Tonight did not change this reality; it only made the irony more glaring.”

    Tesla had 20 or so Cybercabs on hand and offered event attendees the opportunity to take rides inside the movie studio lot — not on Los Angeles’ roads.

    At the presentation, which was dubbed “We, Robot” and was streamed live on Tesla’s website and X, Musk also revealed a sleek minibus-looking vehicle that, like the Cybercab, would be self-driving and can carry up to 20 passengers.

    The company also trotted out several of its black and white Optimus humanoid robots, which walked a few feet from the attendees before showing off dance moves in a futuristic-looking gazebo.

    Musk estimated that the robots would cost between $28,000-$30,000 and would be able to babysit, mow lawns, fetch groceries, among other tasks.

    “Whatever you can think of, it will do,” he said.

    The unveiling of the Cybercab comes as Musk tries to persuade investors that his company is more about artificial intelligence and robotics as it labors to sell its core products, an aging lineup of electric vehicles.

    Tesla’s model lineup is struggling and isn’t likely to be refreshed until late next year at the earliest, TD Cowen analyst Jeff Osborne wrote in a research note last week.

    Osborne also noted that, in TD Cowen’s view, the “politicization of Elon” is tarnishing the Tesla brand among Democrat buyers in the U.S.

    Musk has endorsed Republican presidential candidate Donald Trump and has pushed many conservative causes. Last weekend he joined Trump at a Pennsylvania rally.

    Musk has been saying for more than five years that a fleet of robotaxis is near, allowing Tesla owners to make money by having their cars carry passengers while they’re not in use by the owners. Musk said that Tesla owners will be able to put their cars into service on a company robotaxi network.

    But he has acknowledged that past predictions for the use of autonomous driving proved too optimistic. In 2019, he promised the fleet of autonomous vehicles by the end of 2020.

    The announcement comes as U.S. safety regulators are investigating Full Self Driving and Autopilot based on evidence that it has a weak system for making sure human drivers pay attention.

    In addition, the U.S. National Highway Traffic Safety Administration forced Tesla to recall Full Self-Driving in February because it allowed speeding and violated other traffic laws, especially near intersections. Tesla was to fix the problems with an online software update.

    Last April in Snohomish County, Washington, near Seattle, a Tesla using Full Self-Driving hit and killed a motorcyclist, authorities said. The Tesla driver told authorities that he was using the system while looking at his phone when the car rear-ended the motorcyclist. The motorcyclist was pronounced dead at the scene, authorities said.

    NHTSA says it’s evaluating information on the fatal crash from Tesla and law enforcement officials.

    The Justice Department also has sought information from Tesla about Full Self-Driving and Autopilot, as well as other items.

    ___

    Krisher reported from Detroit.

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  • One Tech Tip: Here’s what you need to do before and after your phone is stolen or lost

    One Tech Tip: Here’s what you need to do before and after your phone is stolen or lost

    [ad_1]

    LONDON — Phones hold so much of our digital lives — emails, social media and bank accounts, photos, chat messages and more — that if they ever get stolen or go missing, it can cause major disruption beyond just the loss of a device.

    In some places, phone thefts have surged so much it’s now an everyday problem, with thieves on electric bikes snatching them out of pedestrians’ hands, swiping them off restaurant tables or pickpocketing them on the subway.

    In Britain, where 200 phones are stolen every day in “snatch thefts,” the government has pledged to crack down on the crime and is meeting with tech companies and device makers to come up with solutions.

    Here are steps you can take before and after your phone goes missing:

    There are things you can do to make it less painful if your phone is stolen. Because some of these features are more technical in nature, people often overlook them.

    Lock down as much as you can. At a minimum, require a password or biometric scan to unlock the device. You can also add similar requirements to important individual apps — like your banking account, WhatsApp or Signal — to protect your finance or chats from thieves.

    Also, activate the find my device feature, which is available for both iOS and Android. Samsung also offers its own service called SmartThings Find.

    You’ll probably have lots of precious photos saved on your camera roll. It’s a good idea to back them up, along with contacts, calendar items and other files. Google and Apple offer cloud-based backup services, although the free versions have limited storage space. You can also back up your files to an external hard drive, memory card or a laptop.

    Some police forces and phone companies advise turning off message previews, which prevents thieves trying to break into your accounts from seeing reset or login codes when the phone is locked. To do this on an iPhone, for example, go to the Notifications section of your settings menu and tap Show Previews. You can also scroll down the app list to turn previews off for individual apps but leave them on for less risky ones like news or weather.

    Recent iOS and Android updates include a number of new functions designed to make thefts less attractive.

    IPhone users can turn on Stolen Device Protection, which makes it a lot harder for phone thieves to access key functions and settings. Many thieves will want to wipe the data off and reset so they can resell it, but with this feature on, they’ll need a face or fingerprint scan to do so. Apple also recently updated its “ activation lock ” feature to make it harder for thieves to sell parts from stolen phones.

    Android phones, meanwhile, can now use use artificial intelligence to detect motion indicating someone snatched it out of your hand and is racing away on foot or a bike, and then lock the screen immediately. And there’s a feature called Private Spaces that lets you hide sensitive files on your phone.

    Take note of your phone’s serial number, also known as an IMEI number. It can link you to the phone if it does eventually get recovered. Call it up by typing (asterisk)#06# on your phone’s keypad. If you’ve already lost your phone you can also find it in other places like the box it came in.

    If you’re unlucky enough to have your phone stolen, notify police. Call your insurance company if you have a policy that covers the device. Inform your phone company so they can freeze your number and issue a replacement SIM card or eSIM. Notify your bank so they can watch out for suspicious transactions.

    Try to locate your phone with the find my device feature. For iPhones, go to iCloud.com/find from a web browser while Android users should head to www.google.com/android/find. Samsung also has its own service for Galaxy phones.

    These services will show your phone’s current or last known location on a map, which is also handy if you’ve just lost track of it somewhere in the house. Apple says even if a phone can’t connect to the internet or has been turned off, it can use Bluetooth to ping any nearby Apple devices using the same network behind its AirTags tracking devices. Google says newer Pixel phones can be located “for several hours” after they’ve been turned off using similar technology.

    You can get the phone to play a sound, even if it’s on silent. You can also put the phone in lost mode, which locks it and displays a message and contact details on the screen for anyone who finds it. Lost mode on iOS also suspends any Apple Pay cards and passes.

    If the device shows up in an unfamiliar location on the map, and you suspect it has been stolen, experts say it’s better to notify police rather than trying to get it back yourself.

    Cybersecurity company Norton says, “Confronting a thief yourself is not recommended.”

    If you can’t find your phone, there are some final steps to take.

    Log yourself out of all your accounts that might be accessible on the phone, and then remove it from your list of trusted devices that you use to get multifactor authentication codes — but make sure you can get those codes somewhere else, such as email.

    Then, as a last resort, you can erase the phone remotely so that there’s no chance of any data falling into the wrong hands. However, take note: Apple says that if the iPhone is offline, the remote erase will only happen the next time it come back online. But if you find the phone before it gets erased, you can cancel the request.

    Google warns that SD memory cards plugged into Android phones might not be remotely erased. And after the phone has been wiped, it won’t show up with find my device.

    ___

    Is there a tech challenge you need help figuring out? Write to us at onetechtip@ap.org with your questions.

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  • Tesla unveiling its long-awaited robotaxi amid doubts about the technology it runs on

    Tesla unveiling its long-awaited robotaxi amid doubts about the technology it runs on

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    DETROIT — Expectations are high for the long-awaited unveiling of Tesla’s robotaxi at a Hollywood studio Thursday night. Too high for some analysts and investors.

    The company, which began selling software it calls “Full Self-Driving” nine years ago that still can’t drive itself, is expected to show off the so-called “Cybercab” vehicle, which may not have a steering wheel and pedals.

    The unveiling comes as CEO Elon Musk tries to persuade investors that his company is more about artificial intelligence and robotics as it struggles to sell its core products, an aging lineup of electric vehicles.

    Some analysts are predicting that it will be a historic day for the Austin, Texas, company as it takes a huge step toward a long-awaited robotaxi service powered by AI.

    But others who track self-driving vehicles say Musk has yet to demonstrate Tesla’s system can travel safely without a human driver ready to step in to prevent crashes.

    “I don’t know why the headlines continue to be ‘What will Tesla announce?’ rather than ‘Why does Tesla think we’re so stupid?’” said Bryant Walker Smith, a University of South Carolina law professor who studies autonomous vehicles.

    He doesn’t see Tesla having the ability to show off software and hardware that can work without human supervision, even in a limited area that’s well-known to the driving system.

    “We just haven’t seen any indication that that is what Tesla is working toward,” Walker Smith said. “If they were, they would be showcasing this not on a closed lot, but in an actual city or on an actual freeway.”

    Without a clear breakthrough in autonomous technology, Tesla will just show off a vehicle with no pedals or steering wheel, which already has been done by numerous other companies, he said.

    “The challenge is developing a combination of hardware and software plus the human and digital infrastructure to actually safely drive a vehicle even without a steering wheel on public roads in any conditions,” Walker Smith said. “Tesla has been giving us that demo every year, and it’s not reassuring us.”

    Many industry analysts aren’t expecting much from the event either. While TD Cowen’s Jeff Osborne expects Musk to reveal the Cybercab and perhaps the Model 2, a lower-cost electric vehicle, he said he doesn’t expect much of a change on self-driving technology.

    “We expect the event to be light on details and appeal to the true long-term believers in Tesla,” Osborne wrote in a note. Musk’s claims on the readiness of Full Self Driving, though, will be crucial “given past delays and ongoing scrutiny” of the system and of Tesla’s less-sophisticated Autopilot driver-assist software.

    Tesla’s model lineup is struggling and isn’t likely to be refreshed until late next year at the earliest, Osborne wrote. Plus, he wrote that in TD Cowen’s view the “politicization of Elon” is tarnishing the Tesla brand among Democrat buyers in the U.S.

    Musk has endorsed Republican presidential candidate Donald Trump and has pushed many conservative causes. Last weekend he joined Trump at a Pennsylvania rally.

    Musk has been saying for more than five years that a fleet of robotaxis is near, allowing Tesla owners to make money by having their cars carry passengers while they’re not in use by the owners.

    But he has acknowledged that past predictions for the use of autonomous driving proved too optimistic. In 2019, he promised the fleet of autonomous vehicles by the end of 2020.

    However, Wedbush analyst Dan Ives, who is bullish on Tesla stock, wrote in an investor note that robotaxi event, dubbed “We, Robot,” by the company, will be a new chapter of growth for Tesla.

    Ives expects many updates and details from Tesla on the robotaxi, plus breakthroughs in Full Self Driving and artificial intelligence. He also is looking for a phased-in strategy for rolling out the robotaxis within the next year, as well as a Tesla ride-sharing app, and demonstrations of technology “designed to revolutionize urban transportation.”

    Ives, whose organization will attend the invitation-only event at the Warner Bros. studio, wrote that he also expects updates on Tesla’s Optimus humanoid robot, which the company plans to start selling in 2026.

    “We believe this is a pivotal time for Tesla as the company prepares to release its years of Robotaxi R&D shadowed behind the curtains, while Musk & Co. lay out the company’s vision for the future,” Ives wrote.

    The announcement comes as U.S. safety regulators are investigating Full Self Driving and Autopilot based on evidence that it has a weak system for making sure human drivers pay attention.

    In addition, the U.S. National Highway Traffic Safety Administration forced Tesla to recall Full Self-Driving in February because it allowed speeding and violated other traffic laws, especially near intersections. Tesla was to fix the problems with an online software update.

    Last April in Snohomish County, Washington, near Seattle, a Tesla using Full Self-Driving hit and killed a motorcyclist, authorities said. The Tesla driver told authorities that he was using the system while looking at his phone when the car rear-ended the motorcyclist. The motorcyclist was pronounced dead at the scene, authorities said.

    NHTSA says it’s evaluating information on the fatal crash from Tesla and law enforcement officials.

    The Justice Department also has sought information from Tesla about Full Self-Driving and Autopilot, as well as other items.

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  • Could This Be the Start of Amazon’s Next Robot Revolution?

    Could This Be the Start of Amazon’s Next Robot Revolution?

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    In 2012, Amazon quietly acquired a robotics startup called Kiva Systems, a move that dramatically improved the efficiency of its ecommerce operations and kickstarted a wider revolution in warehouse automation.

    Last week, the ecommerce giant announced another deal that could prove similarly profound, agreeing to hire the founders of Covariant, a startup that has been testing ways for AI to automate more of the picking and handling of a wide range of physical objects.

    Covariant may have found it challenging to commercialize AI-infused industrial robots given the high costs and sharp competition involved; the deal, which will also see Amazon license Covariant’s models and data, could bring about another revolution in ecommerce—one that might prove hard for any competitor to match given Amazon’s vast operational scale and data trove.

    The deal is also an example of a Big Tech company acquiring core talent and expertise from an AI startup without actually buying the company outright. Amazon came to a similar agreement with the startup Adept in June. In March, Microsoft struck a deal with Inflection, and in August, Google hired the founders of Character AI.

    Back in the aughts, Kiva developed a way to move products through warehouses by having squat robots lift and carry stocked shelves over to human pickers—a trick that meant workers no longer needed to walk miles every day to find different items. Kiva’s mobile bots were similar to those employed in manufacturing, and the company used clever algorithms to coordinate the movement of thousands of bots in the same physical space.

    Amazon’s mobile robot army grew from around 10,000 in 2013 to 750,000 by 2023, and the sheer scale of the company’s operations meant that it could deliver millions of items faster and cheaper than anyone else.

    As WIRED revealed last year, Amazon has in recent years developed new robotic systems that rely on machine learning to do things like perceive, grab, and sort packed boxes. Again, Amazon is leveraging scale to its advantage, with the training data being gathered as items flow through its facilities helping to improve the performance of different algorithms. The effort has already led to further automation of the work that had previously been done by human workers at some fulfillment centers.

    The one chore that remains stubbornly difficult to mechanize, however, is the physical grasping of products. It requires adaptability to account for things like friction and slippage, and robots will inevitably be confronted with unfamiliar and awkward items among Amazon’s vast inventory.

    Covariant has spent the past few years developing AI algorithms with a more general ability to handle a range of items more reliably. The company was founded in 2020 by Pieter Abbeel, a professor at UC Berkeley who has done pioneering work on applying machine learning to robotics, along with several of his students, including Peter Chen, who became Covariant’s CEO, and Rocky Duan, the company’s CTO. This week’s deal will see all three of them, along with several research scientists at the startup, join Amazon.

    “Covariant’s models will be used to power some of the robotic manipulation systems across our fulfillment network,” Alexandra Miller, an Amazon spokesperson, tells WIRED. The tech giant declined to reveal financial details of the deal.

    Abbeel was an early employee at OpenAI, and his company has taken inspiration from the story of ChatGPT’s success. In March, Covariant demonstrated a chat interface for its robot and said it had developed a foundation model for robotic grasping, meaning an algorithm designed to become

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    Will Knight

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  • The Japanese Robot Controversy Lurking in Israel’s Military Supply Chain

    The Japanese Robot Controversy Lurking in Israel’s Military Supply Chain

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    Japan, for example, makes it relatively easy to export dual-use technologies to the United States and Europe, and vice versa. Because they are recognized as trusted countries under Japanese export law, companies in those states are generally free to use Japanese dual-use technology to produce arms—and to, in turn, export those arms to other states (subject to their own export controls).

    This, itself, has drawn the BDS activists’ ire: They want FANUC to end its relationship with American defense contractors like General Dynamics and Lockheed Martin, which sell considerable advanced weaponry to Israel. “We demand that such business relationships be immediately terminated and that the two companies never do business with each other again,” Imano said in June. But the activists go further, arguing that FANUC is, despite what it says publicly, actually doing business with Israeli defense firms.

    “FANUC sells its robots and provides maintenance and inspection services to Israeli military companies such as Elbit Systems,” Imano claimed.

    FANUC has denied this charge. “When we sell products to Israel, we carry out the necessary transaction screening in accordance with Japan’s Foreign Exchange and Foreign Trade Act, confirm the user’s business activities and intended use, and do not sell to Israel if the products are for military use,” the company wrote to HuffPost.

    The company added that, after reviewing their records of the past five years, “we have not sold any products for military use to the Israeli companies Elbit Systems, IAI, BSEL, Rosenshine Plast, or AMI from our company or our European subsidiary. We have also not sold any products for military use to other Israeli companies from our company or our European subsidiary.” The company identified one instance where one of their robotic arms had been sold to an Israeli company that produces military hardware “after confirming that the machine was to be used for civilian medical purposes.”

    At the same time, the company admitted that when they sell through intermediaries, of which Israel has several, they are not always able to guarantee “who the final customer is.”

    There is, however, ample evidence that suggests FANUC arms have made their way into the Israel defense manufacturing sector. Multiple job listings posted by Elbit Systems, the primary domestic supplier of the Israel Defense Forces, list “knowledge of FANUC … controls” as either an advantage to job applicants or a requirement. One such job listing, from June, comes from Elbit Cyclone, the division that won a contract to produce fuselage components for the F-35 fighter jet. In January, Israel’s Ministry of Defense published a video showing a FANUC robotic arm at an Elbit factory, handling munitions.

    Another Israeli company, Bet Shemesh Engines (BSEL), more than a decade ago created marketing videos and uploaded photos to their company website featuring the FANUC robotic arms. The CV of a former employee suggests the company used FANUC robotics to assemble aircraft engines, which may be used for civilian rather than military purposes. Bet Shemesh counts the Israeli Air Force as a major client.

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    Justin Ling

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  • CNBC Daily Open: Micron slides, Amazon’s $2 trillion

    CNBC Daily Open: Micron slides, Amazon’s $2 trillion

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    A trader works on the floor of the New York Stock Exchange (NYSE) during morning trading on March 4, 2024 in New York City. 

    Angela Weiss | Afp | Getty Images

    This report is from today’s CNBC Daily Open, our international markets newsletter. CNBC Daily Open brings investors up to speed on everything they need to know, no matter where they are. Like what you see? You can subscribe here.

    What you need to know today

    Clinging on 
    The
    S&P 500 and the Dow Jones Industrial Average just about finished the session in positive territory. The Nasdaq Composite, on course for an 18.6% gain in the first six months of the year, rose 0.49%. After trading mostly in negative territory, Nvidia made a small gain following the previous session’s 7% surge. The yield on the 10-year Treasury rose as investors parse comments from Fed officials and await key inflation data due Friday. U.S. oil prices rose amid escalating tensions in the Middle East. 

    Micron slides 
    Shares of Micron fell almost 8% in extended trading on Wednesday as its revenue forecast failed to top analysts’ expectations. The computer memory and storage maker expects revenue of $7.6 billion in the current quarter, in line with estimates. Micron’s shares have doubled in the past year as its most advanced memory is needed for AI graphics processing units. CEO Sanjay Mehrotra said the company’s AI-oriented products were likely to increase in price and its data center business grew 50% on a quarter-to-quarter basis.

    $2,000,000,000,000
    Amazon‘s market capitalization surpassed $2 trillion for the first time on Wednesday, joining the ranks of tech giants like Apple and Microsoft. The surge in megacap tech stocks has been driven by investor excitement around generative AI. Amazon’s stock has risen 26% this year, outpacing the Nasdaq’s 18% increase. The stock rose 3.9% on Wednesday. Separately, CNBC’s Annie Palmer reports Amazon plans to launch a discount store in bid to fend off Temu and Shein. 

    Southwest cuts guidance
    Southwest Airlines cut its second-quarter revenue forecast due to difficulties adapting its revenue management to recent booking trends. Despite the revised outlook, the airline still expects record quarterly operating revenue. Activist investor Elliott Management reiterated calls for leadership changes, “Southwest is led by a team that has proven unable to adapt to the modern airline industry.” Higher costs and increased capacity have impacted fares and profits across the industry, while competitors like Delta and United have benefited from the return of international travel. Southwest shares fell 4% before recovering to end the session just 0.2% lower.

    Asian stocks fall, yen weakens
    Japan’s export-heavy Nikkei 225 and the broad-based Topix fell as the yen weakened to a 38-year low against the U.S. dollar, raising the prospect of intervention. Finance Minister Shunichi Suzuki warned the country was “deeply concerned about FX impact on economy,” per Reuters. Elsewhere, Hong Kong’s Hang Seng index led the rest of the Asia-Pacific region lower, tumbling 2%, and mainland China’s CSI 300 was down 0.6%. Australia’s S&P/ASX 200 dropped 0.58% and South Korea’s Kospi dipped 0.37%

    [PRO] Investing in India
    India’s unexpected election results haven’t dampened Causeway Capital Management’s bullish outlook. Although portfolio manager Arjun Jayaraman predicts modest short-term returns for the BSE Sensex index, he suggests ETFs that could benefit from higher returns.  

    The bottom line

    There was a surge of activity in the auto industry that may have been overshadowed by Volkswagen's $5 billion investment in the loss-making EV maker Rivian. While VW makes solid cars, its electric vehicles are plagued with glitchy software. As CNBC's Sophie Kiderlin notes this investment will take years to yield returns. Analysts, however, are wary of the current "EV winter" marked by tepid demand and increased competition. Despite these challenges, Rivian's stock surged 23%, reflecting investor optimism.

    Elsewhere in the industry, Waymo, Alphabet's self-driving car unit, expanded its robotaxi service to all users in San Francisco. Meanwhile, General Motors's Cruise autonomous vehicle division appointed former Amazon and Microsoft executive Marc Whitten as its new CEO. This leadership change follows a series of collisions that led to investigations and the suspension of Cruise's license in California, heightening public skepticism about driverless technology.

    While Waymo is steadily rolling out its services and Cruise is restarting its operations, Tesla has yet to introduce its long-promised robotaxi. Elon Musk's projections for a 2020 launch and fully autonomous driving by 2018 have yet to materialize. Nevertheless, Musk envisions Tesla as a potential $7 trillion robotaxi enterprise. The unveiling of Tesla's robotaxi on Aug. 8 will be closely watched to gauge its competitive edge.

    Rivian shareholder Amazon joined the exclusive $2 trillion market cap club, alongside Alphabet, Nvidia, Apple and Microsoft. This milestone comes as Amazon aggressively cuts costs.

    While enthusiasm for AI remains high, Wall Street experienced a more measured session as investors sought to lock in profits from the Nvidia-driven surge. Despite the current optimism, strategists caution that the S&P 500 might face a correction over the summer. CNBC's Sarah Min explores the factors behind Citi's projections and a series of recent upgrades.

    CNBC's Hakyung Kim, Brian Evans, Alex Sherman, Samantha Subin, Annie Palmer, Ece Yildirim, Michael Wayland, Sophie Kiderlin, Spencer Kimball, Leslie Josephs, Sarah Min, Sheila Chiang and Lim Hui Jie contributed to this report.

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  • You, Too, Can Own a Short King Humanoid Robot

    You, Too, Can Own a Short King Humanoid Robot

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    Does anyone want to buy a humanoid robot for $16,000? The latest product from Unitree hopes that you will: Meet the Unitree G1, a “Humanoid agent AI avatar,” aka a robot. If you haven’t heard of Unitree, it’s sort of the go-to “budget Chinese option” in the robot space. You’re going to have to deal with company promotional materials that are just barely written in English, but you get some impressive bang-for-your-buck robots. You may have seen the Spot knockoff Unitree Go2, a $1,600 robot dog that various resellers have equipped with a flamethrower or just straight-up military rifles.

    Unitree’s promo video shows some impressive capabilities for such a cheap robot. It can stand up on its own from a flat-on-the-floor position. Just like the recent Boston Dynamics Atlas video, the G1 stands up in probably the strangest way possible. While lying face-up on the floor, the G1 brings its knees up, puts its feet flat on the floor, and then pushes up on the feet to form a tripod with the head still on the ground. From there, it uses a limbo-like move to lean its knees forward, bringing up its head and torso with all core strength.

    Photograph: Unitree

    The G1 is a budget robot, so the walk cycle is kind of primitive. It walks, stands, and “runs” in a permanent half-squat with its legs forward and knees bent all the time. The balance looks great though—at one point a person shows up and roughs up the robot a bit, kicking it in the back and punching it in the chest. In both cases, it absorbs the abuse with just a step back or two and keeps on trucking.

    So, is this humanoid robot … useful? Is it a toy? A big limitation in the real world is its height, a diminutive 4’2″ tall, which will make many tasks difficult. If you ask the usual “Can it do the dishes?” question (assuming the water won’t be an issue), you’re going to first have to hope it can reach the bottom of the sink. It’s going to struggle to reach the bottom shelf of a kitchen cabinet. Maybe you can teach it to use a stool. The small size is key to getting the price down, though. Unitree’s other humanoid robot, the H1, is adult-sized, but it’s also $90,000.

    As for other specs in the confusing and poorly put-together spec sheet, it has a 9,000-mAh battery that lasts two hours. The weight is listed as both 35 kg and 47 kg depending on where you look, so it’s somewhere in the 77- to 104-pound range. We do get real component model numbers for the vision system: an Intel RealSense D435 depth camera and a Livox-MID360 lidar puck. The lidar puck location is interesting. The face of the robot is clear glass, and the head is hollow aside from a, uh, “brain” part at the top of the head. The lidar puck is mounted to the underside of the brain and peers through the front of the face glass to see forward. Robot design is weird.

    The robot can run at 2 meters per second or 4.4 miles per hour. That’s around a slow jog. If “Arm Maximum Load” on the spec sheet is how much it can lift, it can lift 2 kg, or a paltry 4.4 pounds. The joints are all in a 160-  to 310-degree range. You’re going to have to do a lot of programming to make this do anything useful, but Unitree is not very forthcoming about how you’re supposed to do that. Presumably you’ll be using the same Unitree SDK the robot dogs use. You can also poke around the developer documentation for the Unitree H1 to get an idea of what you’ll be in for.

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    Ron Amadeo, Ars Technica

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  • Salem students ‘lead the way’ at robotics showcase

    Salem students ‘lead the way’ at robotics showcase

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    SALEM — Collins Middle School seventh-grade robotics students Amelia Meegan and Sam Vietzke captured the Middle School Project Lead the Way Division at the One8 Applied Learning Showcase Friday, May 10, at the Track at New Balance.

    The feat was especially meaningful since the school’s entry into the One8 Showcase, spearheaded by science educator/Robotics Club advisor Gregg Beach, was its first-ever appearance.

    “I just thought it was important that we showed up,” said Beach in a news release. “The process of building, doing the work and showing up was reward enough. I’m not surprised (that we won) because we have so many great students and projects in this school.”

    The One8 Showcase, which included more than 300 schools, is a year-end student STEM showcase for Project Lead The Way, OpenSciEd, PBLWorks, and ST Math schools in Massachusetts for students in grades 5-12. Students shared their applied learning projects with industry professionals and had an opportunity to present to an audience.

    Student teams each had a table and display board on which they described their projects as industry professionals circulated and engaged students, offering verbal and written feedback.

    The Salem robotics students received commemorative One8 Showcase jackets as well as an invitation to the Philips Research Institute in Cambridge for a field trip.

    Amelia and Sam presented their robot MrukBot 9000, named after their beloved assistant principal Shamus Mruk, which was capable of 360 turns and was equipped with a bluetooth speaker, comically playing loops of Mruk’s favorite lines:

    – “What are you doing here?”

    – “Are you supposed to be here?”

    – “Where’s your pass?”

    – “Get back to class!”

    According to Sam, Amelia builds while he codes. “It took me about two days to code,” he said. “We know there were going to be other robots, but we were actually one of very few.”

    Success at the One8 Showcase has inspired the two to keep tweaking the MrukBot 9000.

    “Our next step is to put a camera on it so we can watch a live feed, basically making it a Roomba,” said Amelia.

    “We want to install an AI vision sensor,” Sam added, something Beach plans to introduce to his robotics class and the after-school Robotics Club.

    Beach noted that Amelia and Sam are also both drama students, which was key to their presentation.

    Seventh-grader Edward Castillo Mesa also attended the One8 Showcase to present his robot, EndGame Chupacabra 3.1, named after the mythical Mexican creature, which he built to battle other robots.

    His robot earned “terrific” feedback from several industry professionals in attendance and he has designs on a new project for the 2025 One8 Showcase: A robot to locate lost hikers.

    “I want to build something that can actually help people,” he said.

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    By News Staff

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  • Say hello to Alvik: Arduino’s game-changing robot is the beginning of a great learning adventure!

    Say hello to Alvik: Arduino’s game-changing robot is the beginning of a great learning adventure!

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    LUGANO, SWITZERLAND – As part of its mission to make robotics fun and accessible for all, Arduino is launching a brand-new programmable robot – the Arduino Alvik. Catering to teachers, students, programmers and innovators alike, this versatile and robust platform provides boundless opportunities for hands-on learning and creativity.

    Alvik stands out for its unprecedented ease of programming. Its integration of MicroPython – a simple-to-read programming language interpreter optimized for microcontrollers – means users can quickly bring their ideas to life from just a single line of code. Once the basics are mastered, they can then progress to more complex robotics projects that are tailored to their skill level and interests.

    Alvik is designed to empower young learners and lower the entry barrier to the fascinating world of robotics. With the upcoming integration of block-based programming, it is positioned to support primary school education, making coding accessible and engaging for younger learners.

    The robot’s compact and robust design hosts uncompromising functionality. Powered by the trusted Arduino Nano ESP32, the Alvik boasts an impressive array of high-quality sensors and motion control systems that enable it to perceive and interact with its surroundings. With the additional sensor ports and connectors, these integrated sensors allow users to transform Alvik into a rover, bulldozer, delivery robot, or automated inspection robot for a variety of applications – both in classroom learning and DIY projects. And that’s just the start of the creative learning experience! 

    Fabio Violante, CEO of Arduino, shares his vision: “Alvik isn’t just a robot; it’s a bridge to advanced robotics. It’s meticulously crafted to ensure that anyone interested in robotics can start with the basics and advance to complex projects. We asked our engineers to make no compromises on technology, and they delivered a platform that will surprise many different categories of users. We envision and encourage any sort of hacks for this open robot.

    Key highlights of the Arduino Alvik include:

    • Start programming in no time: Alvik streamlines the learning curve in robotics with a comprehensive programming suite that includes MicroPython and the Arduino language. And Alvik soon plans to introduce block-based coding, further enhancing accessibility for younger students.
    • Unlock robotics potential with multiple integrated sensors: Alvik’s Time of Flight matrix distance sensors, RGB color and line-following array sensors, along with its six-axis gyroscope and accelerometer, allow users to tackle many innovative, real-world projects. From obstacle avoidance to smart warehouse automation, the possibilities are endless!
    • Enjoy advanced motor control: Alvik leverages motors with encoders, advanced motor drivers, and a dedicated MCU.
    • Customize and expand with Alvik’s extension capabilities: Alvik comes equipped with LEGO® Technic™ connectors, allowing users to personalize the robot and expand its capabilities. Additionally, it features M3 screw connectors for custom 3D or laser-cut designs.
    • Amplify Alvik’s flexibility for dynamic movement: The Servo, I2C Grove, and I2C Qwiic connectors allow users to expand Alvik’s potential and take robotics projects to a whole new level. Add motors for controlling movement and robotic arms, or integrate extra sensors for data collection and analysis – the choice is yours. 
    • CSTA and NGSS-aligned curriculum for education: Teachers, students and self-learners have access to a free, easy-to-follow Explore Robotics and MicroPython course developed by Arduino to help them understand the core principles of robotics and MicroPython through project-based learning concepts. 

    For more information about this innovative new robot, visit the Alvik store page now.

    About Arduino

    Arduino is the leading open-source hardware and software company in the world. Born to provide an easy-to-use platform for anyone making interactive projects, Arduino has reached a growing community and adapted to new needs and challenges, branching out into products for IoT, wearables, 3D printing, and embedded environments. As of today, the Arduino community includes over 33 million active users.

    With Arduino Education, Arduino supports educational institutions and educators around the world in bringing STEAM subjects to life in the classroom with hands-on kits and digital content that make learning engaging, for students at any age and stage.

    eSchool News Staff
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    ESchool News Staff

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  • Watch This New Robot Relax in the Creepiest Way Possible

    Watch This New Robot Relax in the Creepiest Way Possible

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    The past decade has seen humanoid robot makers trying to make their creations more and more like humans. But here in 2024, we seem to be witnessing an odd shift in the dexterity of our bipedal robo-dreams. Put bluntly, robotics companies aren’t afraid of getting weird with the contortions of their latest offerings.

    China-based Unitree Robotics released a new video on Monday, available on YouTube, showing off the new G1 which retails for $16,000. It’s just the latest demonstration of a robot maneuvering in entirely un-human ways to accomplish its goals, as you can see in the GIF above.

    The video includes lots of odd movements, showing how the robot can get up off the ground or greet people by pulling a sort of Exorcist move with its torso, rotating 180 degrees. And it all looks strikingly similar to the new version of Boston Dynamics’ Atlas, which has a novel way of getting on its feet.

    There’s also a demonstration of the Unitree robot getting kicked and pushed, presumably to show how well it can balance, even when it meets resistance. But we’d be lying if we said it didn’t make us uncomfortable. These are, after all, robots made to look like humans. And watching wanton cruelty, even against a machine that doesn’t have feelings, sets off something deep in our brain that says they shouldn’t be doing that.

    Unitree Introducing | Unitree G1 Humanoid Agent | AI Avatar | Price from $16K

    Again, these contortions all seem a bit new. A decade ago, Gizmodo attended the DARPA Robotics Challenge in Southern California, where teams largely competed by trying to make their robots as much like humans as possible. Companies like Boston Dynamics released new videos each year showing its robots walking, running, and then eventually doing backflips, all in the same way that talented humans might do it.

    But we seem to be on the cusp of a new era when it comes to robotics. Most robot makers have achieved basic human-style walking and running. The new frontier is taking that form factor and turning them into super-humans, whether by performing gymnastics or applying logic and reason to the world in front of them.

    We’re still a long way from AGI that’ll help robots get chores done, but if we continue on this trajectory, it seems unlikely robots will be doing the mundane tasks that humans don’t want to do. We allowed AI to skip all the boring stuff and jump right ahead to making music and writing poetry. It seems silly to think we’re building an army of butlers to serve humanity with that technology. No, we’re probably going to be letting the robots paint beautiful landscapes while we’re all stuck at our desks filling out Excel spreadsheets if the recent past is any guide.

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    Matt Novak

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  • Somehow This $10,000 Flame-Thrower Robot Dog Is Completely Legal in 48 States

    Somehow This $10,000 Flame-Thrower Robot Dog Is Completely Legal in 48 States

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    If you’ve been wondering when you’ll be able to order the flame-throwing robot that Ohio-based Throwflame first announced last summer, that day has finally arrived. The Thermonator, what Throwflame bills as “the first-ever flamethrower-wielding robot dog” is now available for purchase. The price? $9,420.

    Thermonator is a quadruped robot with an ARC flamethrower mounted to its back, fueled by gasoline or napalm. It features a one-hour battery, a 30-foot flame-throwing range, and Wi-Fi and Bluetooth connectivity for remote control through a smartphone.

    It also includes a LIDAR sensor for mapping and obstacle avoidance, laser sighting, and first-person view (FPV) navigation through an onboard camera. The product appears to integrate a version of the Unitree Go2 robot quadruped that retails alone for $1,600 in its base configuration.

    Photograph: Xmatter

    The company lists possible applications of the new robot as “wildfire control and prevention,” “agricultural management,” “ecological conservation,” “snow and ice removal,” and “entertainment and SFX.” But most of all, it sets things on fire in a variety of real-world scenarios.

    Back in 2018, Elon Musk made the news for offering an official Boring Company flamethrower that reportedly sold 10,000 units in 48 hours. It sparked some controversy because flamethrowers can also double as weapons or potentially start wildfires.

    Flamethrowers are not specifically regulated in 48 US states, although general product liability and criminal laws may still apply to their use and sale. They are not considered firearms by federal agencies. Specific restrictions exist in Maryland, where flamethrowers require a Federal Firearms License to own, and California, where the range of flamethrowers cannot exceed 10 feet.

    Thermonator spewing flames

    Photograph: Xmatter

    Even so, to state the obvious, flamethrowers can easily burn both things and people, starting fires and wreaking havoc if not used safely. Accordingly, the Thermonator might be one Christmas present you should skip for little Johnny this year.

    This story originally appeared on Ars Technica.

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    Benj Edwards, Ars Technica

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  • WTF Fun Fact 13724 – Robotic Locomotion

    WTF Fun Fact 13724 – Robotic Locomotion

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    Apparently, the field of robotic locomotion is moving more slowly than expected.

    For years, robotics engineers have been on a mission to develop robots that can walk or run as efficiently as animals. Despite investing millions of dollars and countless hours into research, today’s robots still fall short of the natural agility and endurance exhibited by many animals.

    Dr. Max Donelan from Simon Fraser University notes some impressive examples from the animal kingdom: “Wildebeests undertake thousands of kilometers of migration over rough terrain, mountain goats scale sheer cliffs, and cockroaches swiftly adapt even after losing a limb.” In contrast, current robotic technologies are not yet capable of replicating such feats of endurance, agility, and robustness.

    Insights from Comparative Research

    A team of leading scientists and engineers from various institutions recently conducted a detailed study to understand why robots lag behind animals. Published in Science Robotics, their research compared the performance of robot subsystems—power, frame, actuation, sensing, and control—to their biological counterparts. The team included experts like Dr. Sam Burden from the University of Washington and Dr. Tom Libby from SRI International.

    Interestingly, the study found that while individual engineered subsystems often outperform biological ones, animals excel in the integration and control of these components at the system level. This integration allows for the remarkable capabilities observed in nature, which robots have yet to achieve.

    Dr. Kaushik Jayaram from the University of Colorado Boulder, another contributor to the study, highlighted this point. He explained that while engineered parts might individually exceed their natural equivalents, the holistic performance of animals in motion remains unmatched. This suggests that the real challenge lies not in improving individual robot components but in enhancing how they work together as a system.

    The Path Forward in Robotic Locomotion

    The researchers remain optimistic about the future of robotics, noting the rapid progress made in a relatively short time compared to the millions of years of natural evolution. Dr. Simon Sponberg from the Georgia Institute of Technology pointed out the advantage of directed engineering over natural evolution: “We can update and improve robot designs with precision, learning from each iteration and immediately applying these lessons across all machines.”

    The study not only sheds light on the current limitations of robotic technologies but also charts a course for future developments. By focusing on better integration and control mechanisms, inspired by biological systems, engineers hope to close the gap between robotic and animal locomotion. This advancement could revolutionize how robots are used in challenging environments, from disaster recovery to navigating the urban landscape.

    Dr. Donelan concluded with a forward-looking statement: “As we learn from biology to better integrate and control robotic systems, we can achieve the level of efficiency, agility, and robustness that mirrors the natural world.”

     WTF fun facts

    Source: “Why can’t robots outrun animals?” — ScienceDaily

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    WTF

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  • The Atlas Robot Is Dead. Long Live the Atlas Robot

    The Atlas Robot Is Dead. Long Live the Atlas Robot

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    You don’t need to have been petrified by Arnold Schwarzenegger’s Skynet-commissioned cyborg assassin in 1984’s The Terminator to fret that super-strong, all-terrain, bipedal humanoid robots sprinting up steps, pulling backflips, and righting themselves could be programmed to break our necks on sight. (And laser guns, never give them laser guns.)

    With the Old Atlas, we could comfort ourselves with the notion that clever editing meant Atlas wasn’t as self-righting over rough ground as the original viral videos portrayed. The pratfalls in the retirement video prove that hunch was correct. However, today’s video might well resurrect any robot overlord fears you may have since suppressed. This thing is scary, and not just because it has a ringlight for a face. (Who had “Robot YouTube influencer” on their 2024 bingo card?)

    It was nice knowing you, Old Atlas—you awesome, pratfalling, parkouring, metal man machine.

    Scary, too, if you’re an Amazon warehouse worker, because the New Atlas could do that job with one three-fingered hand tied behind its matte gray robotic back. More likely, however, is that Hyundai—which bought Boston Dynamics in 2020, valuing it at $1 billion—could soon set Atlas to work in its car factories. The “journey will start with Hyundai,” confirmed Boston Dynamics in a statement announcing the All New Atlas launch.

    Again, no details have been released, but we can surmise that the new Atlas will be given dull, repetitive tasks in the Korean company’s factories rather than, say, laser welding. (Remember, keep lasers away from robot butlers.)

    Hyundai isn’t the only company planning to use humanoid robots as workers. Beating Tesla’s still-in-development Optimus line of humanoid robots, Sanctuary AI of Canada announced on April 11 that it would be delivering a humanoid robot to Magna, an Austrian automotive firm that assembles cars for Mercedes, Jaguar, and BMW.

    And Californian robotics startup Figure announced in February that it had raised $675 million from investors such as Nvidia, Microsoft, and Amazon to work with OpenAI on generative artificial intelligence for humanoid robots.

    A general-purpose humanoid robot that can learn on the fly. What could possibly go wrong with that?

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    Carlton Reid

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  • Humanoid robot-maker Figure partners with OpenAI and gets backing from Jeff Bezos

    Humanoid robot-maker Figure partners with OpenAI and gets backing from Jeff Bezos

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    ChatGPT-maker OpenAI is looking to fuse its artificial intelligence systems into the bodies of humanoid robots as part of a new deal with robotics startup Figure.

    Sunnyvale, California-based Figure announced the partnership Thursday along with $675 million in venture capital funding from a group that includes Amazon founder Jeff Bezos as well as Microsoft, chipmaker Nvidia and the startup-funding divisions of Intel and OpenAI.

    Figure is less than two years old and doesn’t have a commercial product but is persuading influential tech industry backers to support its vision of shipping billions of human-like robots to the world’s workplaces and homes.

    “If we can just get humanoids to do work that humans are not wanting to do because there’s a shortfall of humans, we can sell millions of humanoids, billions maybe,” Figure CEO Brett Adcock told The Associated Press last year.

    For OpenAI, which dabbled in robotics research before pivoting to a focus on the AI large language models that power ChatGPT, the partnership will “open up new possibilities for how robots can help in everyday life,” said Peter Welinder, the San Francisco company’s vice president of product and partnerships, in a written statement.

    Financial terms of the deal between Figure and OpenAI weren’t disclosed. The collaboration will have OpenAI building specialized AI models for Figure’s humanoid robots, likely based on OpenAI’s existing technology such as GPT language models, the image-generator DALL-E and the new video-generator Sora.

    That will help “accelerate Figure’s commercial timeline” by enabling its robots to “process and reason from language,” according to Figure’s announcement. The company announced in January an agreement with BMW to put its robots to work at a car plant in Spartanburg, South Carolina, but hadn’t yet determined exactly how or when they would be used.

    Robotics experts differ on the usefulness of robots shaped in human form. Most robots employed in factory and warehouse tasks might have some animal-like features — a robotic arm, finger-like grippers or even legs — but aren’t truly humanoid. That’s in part because it’s taken decades for robotics engineers to develop robots that can walk effectively on two legs or reliably manipulate small objects.

    Whitney Rockley, co-founder and managing partner of Toronto-based venture capital firm McRock Capital, said she understands the appeal of humanoids because they’re relatable, evoking emotions and starting conversations. In practice, however, she said they’re still awkward and pose huge technical challenges, which is why she’s sticking to investing in non-humanoid robots.

    “We look at robotics and automation really practically and say, ‘What kind of timeline are we willing to commit to in order to really see commercial liftoff and deployments and applications?’” Rockley said. “And I think that the groups that are backing a lot of humanoid solutions right now, they’re in there for the long haul, which is great because you need that, but it’s going to take decades upon decades.”

    OpenAI CEO Sam Altman hinted at a renewed interest in robotics in a podcast hosted by Microsoft co-founder Bill Gates and released early this year in which Altman said the company was starting to invest in promising robotics hardware platforms after having earlier abandoned its own research.

    “We started robots too early and so we had to put that project on hold,” Altman told Gates, noting that “we were dealing with bad simulators and breaking tendons” that were distracting from the company’s other work.

    “We realized more and more over time that what we really first needed was intelligence and cognition and then we could figure out how we could adapt it to physicality,” he said.

    ——-

    The AP has signed a deal with OpenAI for it to access its news archive.

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  • Notion acquires privacy-focused productivity platform Skiff | TechCrunch

    Notion acquires privacy-focused productivity platform Skiff | TechCrunch

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    Notion launched its new calendar based on Cron last month, but its productivity suit can soon have more privacy-focused offerings. The company announced today that it has acquired Skiff, a platform that offers end-to-end encrypted file storage, docs, calendar events, and email.

    Skiff was started in 2020 by Andrew Milich and Jason Ginsberg. The company had raised $14.2 million in funding over two rounds from investors such as Sequoia Capital along with Alphabet chairman John Hennessy, former Yahoo chief executive Jerry Yang, and Eventbrite co-founders Julia and Kevin Hartz, Balaji Srinivasan, and re–Inc founder Jenny Wang.

    Skiff Mobile client

    Image Credits: Skiff

    In a conversation with co-founders posted on the Notion blog, the company’s COO Akshay Kothari said that Notion had taken note of Skiff’s work right from the start.

    “Skiff started showing up on our radar at Notion right from the beginning. I actually tried to reach out in 2020 when you were building your Docs product. We never connected then, but I kept tabs on your progress. Then a few months ago, Ivan [Notion co-foudner] and I were talking, and Skiff came up again. I downloaded all the products y’all had built, and was really impressed by the attention to detail,” Kothari said.

    While the company started out as a secure alternative to Google Docs, it also built other productivity solutions such as calendar and email.

    Skiff mentioned on its website that the company is joining Notion. On a support page, the Skiff said that the product would shut down after six months. It mentioned that the Skiff user account won’t be converted to a Notion account. Plus, users can easily export or migrate their data to other services.

    Notion’s last acquisition was the workflow management tool Flowdash in 2022. Prior to that, it acquired Cron and India-based Automate.io, which had a suite of integrations with 200 services.

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    Ivan Mehta

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  • With Disney’s magic, Fortnite is poised to win the metaverse | TechCrunch

    With Disney’s magic, Fortnite is poised to win the metaverse | TechCrunch

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    We may not be using the M word much these days, but the race to build an interconnected avatar-driven virtual world didn’t take the last year off.

    The metaverse, a tech buzzword sandwiched in between the hype eras of NFTs and AI, is still being built, regardless of what we’re calling it. And in light of news this week, one company is increasingly positioned to dominate the near future.

    Epic Games and Disney revealed Wednesday that they are designing an “entertainment universe” together full of Disney-flavored games to play and things to buy. The multiyear project will deploy Epic’s under-the-hood technology and Fortnite’s social gaming ecosystem to bring characters from Disney’s vast intellectual property vault to life. Disney invested $1.5 billion for a chunk of Epic in the deal.

    In an image promoting the project, Disney and Epic portray their work together as a series of futuristic colorful islands floating in space with highways running between them and a Magic Castle glowing in the center, a beacon of cash-printing possibility. Those highways, whether literally or symbolically, will connect with Epic’s Fortnite — a hit game that’s now evolved into a massive online social ecosystem.

    Fortnite’s evolution

    Fortnite is best-known as a third-person shooter where 100 players swarm a shrinking virtual island and fight to be the last man standing. The game is famous for its goofy maximalism and it encourages players to dress in custom “skins” which can be obtained by playing or be bought through Epic’s lucrative virtual swag shop. In Fortnite, you can, as Darth Vader, roll over your enemy in a giant hamster wheel, slingshotted through the attic of a suburban foursquare home. Your foe might be dressed as Goku from Dragon Ball Z, Ariana Grande or Meowscles, a buff shirtless cat (an Epic original).

    In its early days, Fortnite was about as ubiquitous and popular as a game can be. Streaming gameplay routinely drew hundreds of thousands of viewers on Twitch, where a cottage industry of pro Fortnite players emerged, all laser-focused on Epic’s polished battle royale. By 2020, the game already had more registered players than the population of the United States. In 2023, the game saw something of a resurgence and 100 million people logged in last November.

    Anyone who still thinks of Fortnite solely as that goofy battle royale will be surprised to learn the extent of Epic’s true ambitions.

    In recent years, Epic has steadily been expanding its marquee title into something much more akin to a platform or marketplace than a simple standalone game. Over the years, Fortnite’s psychedelic seasonal events, kaiju Travis Scott concerts and user-generated sandbox worlds all hinted at these grand plans. In December, Epic tripled down by simultaneously launching three new games within the game: Lego Fortnite, a Minecraft/Animal Crossing hybrid, Fortnite Festival, a rhythm game from the studio behind Rock Band, and Rocket Racing, a fast-paced racing title from the makers of Rocket League.

    That slate of new games was already ambitious, but this week’s surprise news that Disney is coming to Fortnite (or the other way around) is on another level entirely. The two companies already have a relationship; Disney first invested in Epic through its accelerator program in 2017 and has licensed many of its Marvel and Star Wars characters to Fortnite as skins, but the new $1.5 billion investment signals a much deeper long-term play.

    Disney needs Fortnite

    With Fortnite, Disney is in an interesting position of needing something it probably couldn’t do better itself.

    Epic Games is light years ahead of many of its peers on seamless online multiplayer gaming. Running smooth, fast simultaneous instances of detailed virtual worlds for many millions of people is both technically complex and expensive. Any Fortnite player could be forgiven for not realizing that because Epic’s core experience runs perfectly the vast majority of the time, enabling people across devices to play and chat together instantly. Fortnite looks and moves as well as it does thanks to Epic’s Unreal Engine 5, which Disney’s partner Square Enix will also use for Kingdom Hearts IV, the latest game in the hit franchise featuring Disney characters.

    In the announcement, Disney CEO Bob Iger called the Epic partnership “Disney’s biggest entry ever into the world of games.” Because whatever the two companies come up with will be interoperable with Fortnite, Disney also stands to instantly gain Fortnite’s 100 million monthly players without needing to build a player base from scratch.

    The benefits will also extend the other way, and Fortnite might be able to leapfrog Roblox’s own numbers, which are currently at least double its own. Disney, like Lego, will also widen Fortnite’s appeal beyond the audience that plays battle royale and Fortnite’s other shooting-centric games. Fortnite offerings in other genres could bring in players both younger and older and expand the game’s appeal to more women, who are currently enjoying the rise of cozy gaming, and to parents looking for family-friendly titles.

    Fortnite’s business model is also key for the potential success of the Disney collaboration. Games in Fortnite’s ecosystem are free to play, and the company makes its money through brand licensing partnerships and in-game purchases like skins, dances and emotes, which rotate through its virtual store on a daily basis.

    If the popularity of Fortnite character skins from Disney-owned franchises like Star Wars and Marvel is any indication, players will be eager to collect their favorites and show them off on Fortnite’s slickly-animated avatars. From Elsa and Mickey to Princess Leia and Iron Man, Disney’s vast vault of characters is a near-endless resource with limitless revenue potential for both companies.

    State of the metaverse

    Meta may have gone to the trouble of renaming itself after the metaverse, but when solving for the future, the company formerly known as Facebook got the equation backward. By focusing on VR hardware, a market the company mostly had cornered after buying Oculus in 2014 for $2 billion, Meta wound up with a solution in need of a problem — a how without a what. Apple’s new Vision Pro, while technically very impressive, may hit a similar adoption wall.

    While Meta was obsessing over building its Oculus acquisition into a mainstream consumer product, companies like Epic, Roblox, Minecraft-maker Mojang and others were developing avatar-driven virtual worlds where people loved spending time. Importantly, those worlds are widely available and hardware agnostic, meaning that a PlayStation 5 player could square off in a fight against someone on a PC or even an iPhone (Epic’s complex standoff with Apple notwithstanding).

    Horizon Worlds was Meta’s answer to those experiences — creepy legless avatars and all — but by then many millions of people were already invested in a virtual world that suits them, no headgear necessary. These social gaming worlds are all extremely sticky and people love hanging out in them, expressing themselves through virtual purchases and generally doing the whole thing sans VR.

    In light of their success, Epic, Roblox and Mojang all smartly positioned things we once thought of as games instead as platforms. Fortnite, Roblox and Minecraft all host user-generated content, sometimes called UGC — a not very helpful acronym that means players can also upload their own game modes and virtual goods there for other players to try or buy. This content is very, very popular — according to Epic, 70% of Fortnite players play user-made content in addition to the core experience. Its what people think of when they talk about Roblox. For these companies, user-generated content doesn’t cost anything, keeps players coming back and can bring in low-effort revenue.

    Fortnite, Roblox, Minecraft and other avatar-based virtual worlds can co-exist, but Fortnite boasts some unique advantages. While its peers lean on their nostalgia-heavy looks, Fortnite’s high fidelity graphics and sophisticated animations (so sophisticated they’ve sparked more than one lawsuit over dance moves) are more future-proofed and brand friendly. Minecraft and Roblox are powerhouses in their own right, but the former is more of a game than an ecosystem and the latter will need to prove it can retain its young core users as they age up. Meanwhile, Epic commands a deep understanding of the ways people want to express themselves online and the technical prowess, and now partnerships, to make it possible.

    Online multiplayer games aren’t social networks in a traditional sense, but the two categories are converging, with games becoming more like social networks and social networks increasingly full of games. As the Fortnite cinematic universe expands to include Lego, Rock Band and now Disney, Epic is poised to introduce a huge swath of new players to a virtual world that’s as much about who you’re with as it is about what you’re doing — and wasn’t that the promise of the metaverse all along?

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    Taylor Hatmaker

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