In a groundbreaking development for warehouse automation, Ambi Robotics just launched AmbiStack, a multipurpose robotic system that promises to transform the way items are stacked onto pallets and into containers. 

This innovative solution tackles a fundamental challenge in logistics: maximizing space utilization and reducing shipping costs.

AmbiStack operates like a real-world 3D Tetris game, expertly arranging items to optimize space in containers and pallets. By minimizing wasted space, warehouses can significantly reduce shipping costs and improve overall efficiency.

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"Logistics companies are under continuous pressure to deliver items faster and for lower cost, which puts a lot of strain on operations to maintain reliability while rapidly adapting for the future," Jim Liefer, CEO of Ambi Robotics, also tells CyberGuy. 

"AmbiStack can be rapidly configured to automate the repetitive motions involved in a huge variety of stacking and palletizing applications, driving greater accuracy and efficiency, while future-proofing warehouse operations."

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The rapid development and deployment of AmbiStack was made possible by PRIME-1, Ambi Robotics' new artificial intelligence foundation model for warehouse robots. This advanced AI enables AmbiStack to begin working efficiently from day one in production environments.

Ken Goldberg, co-founder and chief scientist at Ambi Robotics, tells CyberGuy, "The engineering team at Ambi Robotics used 4 years of proprietary warehouse data to train a state-of-the-art generative model for 3D warehouse operations; their experiments with real production systems confirm that PRIME-1 significantly outperforms their previous systems."

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Cost reduction and efficiency: AmbiStack addresses the pressing need for automated solutions that cut labor costs, reduce manual inefficiencies and tackle accuracy challenges.

Ergonomic improvements: The system alleviates the physical strain on workers by handling heavy lifting tasks.

Adaptive intelligence: Trained using Sim2Real reinforcement learning, AmbiStack can make real-time decisions, adapting to various scenarios and delivering a faster return on investment.

Tackling complex tasks: Stacking presents more challenges than sorting, making AmbiStack a significant advancement in robotic capabilities.

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AmbiStack utilizes advanced vision systems and AI models trained on extensive data from parcel sorting experiences. The robot learns in a virtual environment, earning higher scores for better stacking performance with random items.

Jeff Mahler, co-founder and CTO of Ambi Robotics, tells CyberGuy, "AmbiStack represents an evolution of our AI-powered robotics, building on our technology in physical AI to add stacking as a fundamental new robot skill in AmbiOS. We’ve started the AI flywheel for stacking with Sim2Real reinforcement learning and performance will only improve as robots collect data from production environments. We are committed to advancing this capability to provide reliable systems that deliver a strong ROI for our customers."

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The potential market for AmbiStack is vast, as efficient packing and stacking are crucial in logistics. By optimizing container usage, AmbiStack ensures that companies aren't "shipping air," leading to substantial cost savings in transportation.

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AmbiStack is designed to complement human workers, not replace them. It allows employees to focus on decision-making and strategic tasks while reducing physical strain and repetitive motions.

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By combining advanced AI with practical robotics, AmbiStack is addressing a long-standing challenge in logistics. As the industry continues to evolve, solutions like AmbiStack will play a crucial role in shaping the future of warehouse operations and supply chain efficiency.

Do you believe these technologies will ultimately complement human workers or gradually replace them entirely in logistics and warehouse operations? Let us know by writing us at Cyberguy.com/Contact.

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In a world where loneliness is becoming increasingly prevalent, researchers have taken a bold step forward by introducing Melody, a life-sized artificial intelligence robot designed to combat this growing epidemic. 

However, Melody is not just another gadget; she represents a significant move toward creating robots that closely resemble humans in both appearance and interaction.

Realbotix, the innovative tech firm responsible for Melody's creation, aims to produce robots that are not only visually indistinguishable from humans but also capable of meaningful interactions.

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According to CEO Andrew Kiguel, "Melody was created with the intention of having robots that are easy to travel with and modify for various forms of personal interaction." This focus on adaptability allows Melody to serve multiple roles, from educational tools to companions in entertainment.

Melody boasts an impressive array of features that enhance her functionality and user experience:

Realistic movements: Equipped with advanced motor technology, Melody can execute fluid and natural movements, enhancing her ability to engage in lifelike interactions.

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Eye tracking and object recognition: With micro-cameras embedded in her eyes, she can maintain eye contact and recognize objects, making conversations feel more genuine.

Modular design: Her components can be easily disassembled and reassembled, allowing for portability and customization according to user needs.

Open-source compatibility: Melody's design supports integration with various AI platforms, including Realbotix's proprietary companionship AI, making her versatile for different applications.

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Realbotix emphasizes that Melody's primary purpose lies in fostering connection rather than intimacy. Her role as an engaging companion is designed to enhance human experiences through interaction and fun. However, she can engage in adult conversations if desired. The company envisions Melody as a versatile solution for addressing loneliness, with potential applications across multiple domains such as education, healthcare and personal companionship.

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With a price tag of $175,000, Melody is positioned as a premium product aimed at those seeking a unique blend of companionship and technology. This investment speaks to the growing market for humanoid robots designed for personal interaction, reflecting a shift in how we view relationships in an increasingly digital world.

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One look at Melody, and you might think she is designed for something else entirely. As technology evolves, so too does our understanding of companionship. Melody represents not just a technological advancement but also a cultural shift towards accepting robots as part of our social fabric. With her ability to remember personal interactions and adapt to individual preferences, she challenges our perceptions of connection in the modern age.

What do you think about the rise of humanoid robots like Melody? Are they the solution to loneliness or just another gadget? Let us know what you think by writing us at Cyberguy.com/Contact

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U.S. robotics company Tombot has introduced "Jennie," an innovative AI-powered robotic pet designed to provide comfort and companionship to those facing cognitive health challenges.

This groundbreaking creation is set to transform the lives of millions struggling with dementia, mild cognitive impairment and various mental health issues.

Jennie's inception stems from a personal tragedy experienced by Tombot CEO Tom Stevens. When his mother, Nancy, was diagnosed with Alzheimer's, the family had to make the heart-wrenching decision to rehome her beloved dog, Golden Bear. 

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This difficult choice led to increased loneliness and depression for Nancy. Recognizing the widespread need for a solution, Stevens founded Tombot with the mission to create a robotic companion that could provide the emotional benefits of pet ownership without the associated challenges.

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Jennie's lifelike appearance is the result of a collaboration with Jim Henson's Creature Shop, renowned for creating the iconic Muppets. This artistic partnership has resulted in a hyperrealistic Labrador retriever puppy that captures the essence of a real dog.

Jennie features an impressive array of interactive technologies designed to create a lifelike and engaging companion experience. The robotic puppy features sophisticated interactive touch sensors strategically placed across its body, allowing it to respond authentically to human touch and interaction. When a user pets or touches Jennie, the advanced sensor technology enables nuanced, realistic reactions that mimic a real puppy's behavior.

Voice command recognition technology allows Jennie to understand and respond to verbal instructions, creating an incredibly realistic puppy-like interaction. Users can give commands like "speak" or "sit," and Jennie will react accordingly, providing a sense of genuine companionship and responsiveness.

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To enhance its authenticity, Jennie's sounds are meticulously crafted from actual recordings of 8- to 10-week-old Labrador puppies. These genuine puppy sounds create an incredibly immersive experience, making interactions feel remarkably true to life and emotionally engaging.

The robotic puppy is engineered for practical, everyday use with an impressive all-day battery life. Users can simply plug Jennie in overnight, similar to charging a smartphone, ensuring the companion is ready for full daily interaction without interruption.

A dedicated smartphone app provides users with extensive customization options. Through this digital interface, owners can name their Jennie, personalize its functionality and track daily interactions, adding another layer of personal connection to the robotic pet experience.

Tombot is committed to continuous improvement, offering regular software updates that will introduce new behaviors and commands. This approach ensures that Jennie remains dynamic and evolving, with the potential for expanding capabilities over time through simple app-based upgrades.

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Jennie was specifically designed to address the needs of individuals facing various health challenges:

Dementia and mild cognitive impairment: Peer-reviewed studies suggest that robotic animals can help ease symptoms such as hallucinations and aggressive outbursts.

Anxiety and depression: Jennie provides comfort and support for those struggling with mental health issues.

Loneliness: The robotic puppy offers companionship to seniors and others experiencing isolation.

Stress: Jennie can help alleviate psychological stress in long-term hospital patients.

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Tombot aims to register Jennie as an FDA-regulated medical device, potentially expanding its use in hospitals and care facilities. With over 7,500 preorders from homes, hospitals and care centers, Jennie is poised to make a significant impact in the field of robotic companionship.

Jennie offers an affordable and accessible alternative to live pet ownership. This is particularly beneficial for those who cannot safely or practically care for a real animal due to health or living conditions. To join the Jennie waitlist, prospective owners can click the link on Tombot's website, and the company will directly contact you with specific pricing details and shipping availability as the next production batch approaches. The company tells CyberGuy that Tombot puppies will likely retail for around $1,500.

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Jennie represents a significant step forward in addressing the emotional and companionship needs of those facing cognitive and mental health challenges. By combining cutting-edge technology with a compassionate approach, Tombot has created a solution that could improve the quality of life for millions of people worldwide.

Do you think AI robotic companions like Jennie could provide genuine comfort and emotional support in your life or the life of a loved one? Why or why not? Let us know what you think by writing us at Cyberguy.com/Contact.

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AgiBot, a pioneering Chinese artificial intelligence and robotics company, has introduced a transformative open-source dataset called AgiBot World Alpha. 

This comprehensive collection represents a significant milestone in humanoid robot training, capturing intricate data from over 100 robots across diverse real-world scenarios. 

By providing an unprecedented window into robotic movement and interaction, AgiBot has created a multidimensional resource that promises to reshape our understanding of robotic learning and adaptation.

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The AgiBot World Alpha dataset is more than a simple data collection. Researchers and developers can now access an extensive repository containing over 1 million robotic movement trajectories. The dataset spans multiple industries, including home environments, restaurants, industrial settings, offices and supermarkets, providing unprecedented diversity in robotic training scenarios.

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Historically, robotics training has been constrained by limited real-world data and controlled environments. AgiBot's dataset addresses this fundamental challenge by offering comprehensive, authentic scenario representations. The collection includes complex movements such as fine-grained manipulation, sophisticated tool usage and advanced multi-robot collaboration techniques.

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AgiBot has integrated cutting-edge technological components to capture high-quality data. The dataset leverages array-based visual tactile sensors, durable six-degree-of-freedom hands and mobile dual-arm robotic systems. These advanced hardware configurations enable researchers to explore nuanced robotic learning methodologies.

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The dataset is strategically hosted on GitHub and Hugging Face, ensuring broad accessibility for researchers and developers. However, the Creative Commons CC BY-NC-SA 4.0 license restricts usage to academic and research purposes, preventing commercial applications.

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AgiBot has outlined an ambitious future development strategy. Planned releases include AgiBot World Beta, expected in early 2025, which aims to expand the dataset to approximately one million high-quality robotic trajectories. The company also anticipates launching the AgiBot World Colosseum platform and a potential global robotics challenge.

The release of AgiBot World Alpha could fundamentally transform robotics research and development. By providing authentic, diverse training data, the dataset enables more sophisticated approaches to:

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Generative AI has dramatically accelerated robotics development, allowing more intelligent software capable of understanding contextual scenarios. AgiBot's dataset represents a critical step in creating more adaptable, intelligent robotic systems that can process and respond to diverse environmental challenges.

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By providing a comprehensive, open-source dataset that spans multiple industries and scenarios, AgiBot has made advanced robotic learning very accessible. This means that instead of expensive, exclusive research being limited to a few well-funded labs, now more people can contribute to and learn from cutting-edge robotic data. As we look to the future, this dataset stands as a collaborative innovation, promising to bridge the gap between theoretical robotics and practical, context-aware artificial intelligence.

Do you trust a Chinese AI robotics company with open access to advanced robotic learning data? Let us know what you think by writing us at Cyberguy.com/Contact.

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Prosthetic hands have long struggled to replicate the dexterity and functionality of natural hands, often limiting users to a single grasp function at a time. 

This limitation has made everyday tasks, such as typing on a keyboard or braiding hair, challenging for those who rely on prosthetics. 

However, a groundbreaking study from Florida Atlantic University (FAU) offers promising advancements that could transform the experience of prosthetic hand users.

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Researchers at FAU's College of Engineering and Computer Science, in collaboration with the Charles E. Schmidt College of Science, conducted an innovative study that combined haptic feedback, electromyogram control and a wearable soft robotic armband. This study aimed to investigate whether users could control grip forces applied to two different objects simultaneously with a dexterous artificial hand.

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The study's findings, published in Scientific Reports, demonstrated that multiple channels of haptic feedback allowed participants to successfully grasp and transport two objects at once without dropping them, even when visual feedback was obstructed.

For example, participants managed to pinch a card between their fingers while simultaneously unscrewing a water bottle lid or toggling a light switch with their little finger.

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A key innovation in this research was the development of a multichannel soft robotic armband designed to convey artificial sensations of touch. This armband included soft actuators that provided proportional contact force feedback and vibrotactile stimulators that alerted users if they were about to drop or break an object. The armband's design allowed it to deliver haptic feedback at three critical points corresponding to the thumb, index and little fingers, effectively enhancing the user's ability to control multiple objects simultaneously.

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Participants in the study reported that haptic feedback was significantly more important than visual feedback, especially since visual cues often failed to indicate when an object was about to be lost. This insight underscores the necessity of integrating tactile sensations into prosthetic technology.

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The implications of this study extend beyond immediate user benefits; they suggest a paradigm shift in how prosthetic hands could be controlled in the future. By enabling refined dexterous control through enhanced sensory feedback, this research opens new pathways for individuals with upper limb loss to engage in complex tasks traditionally deemed impossible with current prosthetics. This includes activities such as playing musical instruments or performing intricate surgical procedures.

In addition, the researchers noted that participants with limb loss performed as well as able-bodied subjects in key performance metrics during the tasks. This finding is particularly encouraging for clinical applications and indicates that advancements in technology can bridge gaps in functionality for users.

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COULD THESE EXOSKELETON 'POWERED PANTS' MAKE OUTDOOR ACTIVITIES EASIER IN THE FUTURE?

As researchers continue to refine these prosthetic technology systems, we may soon see prosthetic hands that not only replicate but exceed the capabilities of natural hands, empowering users to reclaim their independence and engage fully in both everyday activities and specialized tasks. This innovative approach not only addresses existing limitations but also paves the way for future developments in assistive technologies for individuals with disabilities.

What personal experiences or stories do you have related to the use of prosthetics or assistive devices? Let us know by writing us at Cyberguy.com/Contact.

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Get ready for some pretty cool innovations that are lighting up CES 2025, the world's biggest annual tech event. From AI-powered smart glasses to revolutionary TVs and mind-blowing gadgets, this year's show is proving that the future isn't just knocking. It's bursting through the door. We've scoured the show floor to bring you the most exciting tech that's not just pushing boundaries but completely obliterating them.

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Anker's solar beach umbrella is way more than just shade. This umbrella is part of Anker's SOLIX lineup and does something pretty unique. It charges your devices while you're chilling outdoors. What makes it special? Perovskite solar cells that are seriously impressive. These cells are about 30% more powerful than traditional solar cells in bright sunlight and perform twice as well in low light. The umbrella can pump out 80 watts of power through USB-C and even has an XT-60 connection to power things like Anker's new EverFrost electric cooler. So you could literally keep your drinks cold and your phone charged at the same time. While they haven't announced the price yet, you can expect to see this tech to hit stores sometime in spring or summer.

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Artronic just unveiled Komutr, a super-slim set of wireless earbuds with a genius magnetic charging case that attaches right to compatible phones, chargers and accessories. The charging case is just 0.47 inches thick and is designed to stick to the back of your MagSafe-compatible phone. No more digging through bags or forgetting your earbuds at home. The case even has a clever flip-up lid that works as a kickstand for watching videos. These earbuds pack some serious battery power, up to 10 hours of listening time per charge and a total of 30 hours when you include the charging case. For those without MagSafe phones, Artronic promises "adjustable options," but let's be real: The magnetic attachment is where the magic happens. Want to get your hands on these? Mark your calendar for January 15th when preorders open. The Komutr will start shipping in May and will set you back $129. It's not bad for a pair of earbuds that basically become one with your phone.

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Have you ever binge-watched a cooking show and suddenly craved that exact dish? Well, Samsung's got your back with Samsung Food, a mind-blowing TV feature that uses AI to recognize dishes on screen and instantly serve up their recipes faster than you can say "bon appétit." The tech isn't just about recipes. Samsung Food can track your grocery deliveries, build shopping lists from your fridge contents and even suggest meal plans. Samsung's calling it the "ultimate AI sous chef," and honestly, they might be onto something. Sure, the AI won't actually cook for you (bummer, right?). But for wannabe home chefs who get inspired by every cooking show and movie, this could be a total game-changer. Just don't blame Samsung if you end up spending more time watching cooking shows than actually cooking. Of course, you'll need a 2025 Samsung TV to access this culinary magic. Samsung Food will be available on the QN90F, QN80F and QN70F model TVs.

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The Roborock Saros Z70 is changing the game by doing what most robot vacuums can't: intelligently handling stray items. When a sock or pair of underwear drops on the floor, this smart device doesn't just push them around or get stuck. Instead, it extends a hidden mechanical arm, carefully moving the items to a designated area, keeping your space neat and preventing cleaning interruptions. Robot vacuums have evolved from simple floor cleaners to intelligent assistants that can navigate around obstacles, handle pet hair and now even manage misplaced clothing.

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Ever wished your leafy friends could tell you exactly what they need? Well, get ready to have your mind blown because LeafyPod is here to turn that dream into reality. This nifty little gadget has all sorts of high-tech sensors that keep an eye on things like soil moisture, light and humidity. LeafyPod uses its AI smarts to figure out exactly how much water your plant needs and doles it out accordingly. No more drowning your poor succulents. LeafyPod’s water reservoir can keep your green buddies hydrated for up to four weeks. That's right. You can finally take that monthlong vacation without coming home to a jungle of crispy leaves. It's like having a tiny plant whisperer right in your living room.

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The Lymow One is a beast. With its "Savage Traverse System" of tank-like tracks, this robot mower isn't playing around. It chews through leaves, pine cones and small branches like they're nothing, using powerful mulching blades and a centrifugal fan to keep things tidy. Pet owners, relax. Its advanced obstacle recognition means Fluffy and Fido stay safe while this lawn-taming machine does its work. It's basically a robotic landscaper that turns your yard into a perfectly manicured paradise. However, it doesn't come cheap. It will set you back $3,000.

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The Mirokaï robot from Enchanted Tools is turning heads at CES 2025, offering a unique blend of utility and charm. This humanoid robot is designed to excel in various professional settings, from health care to hospitality, with the ability to perform tasks like moving equipment in hospitals, providing customer service and offering guidance. Drawing crowds at the event, the Mirokaï showcases how characterful robots can reshape interactions in workplaces and service environments, promising a future where technology meets human-like engagement.

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Halliday's smart glasses are making waves at CES 2025 with their innovative "DigiWindow" technology, featuring a 3.5-inch private display positioned in the upper-right corner of your vision that remains completely invisible to others. Weighing just 35 grams, these lightweight glasses are designed to look like traditional eyewear while packing cutting-edge technology. The unique near-eye display projects directly onto the user's retina, offering a proactive AI assistant that can summarize meetings, provide real-time translations, handle notifications and offer turn-by-turn navigation. Priced between $399 and $499, the glasses are expected to ship by the end of Q1 2025 and can be controlled through voice commands, a frame interface or a smart ring with a trackpad. Halliday's smart glasses support prescription lenses and boast an impressive eight-hour battery life.

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Bird Buddy's innovative new camera is designed to transform how gardeners interact with their outdoor spaces. The Petal camera offers users a comprehensive view of plant life and insect activity through a sleek, intelligent device. Featuring 4K resolution and advanced AI recognition technology, the camera allows users to live stream garden interactions directly to their smartphones with unprecedented clarity and detail. The device comes with an optional solar panel, ensuring continuous operation without the need for frequent battery changes. Users can expect to track and identify various insect and plant interactions, turning their garden into a dynamic, observable ecosystem. Bird Buddy plans to launch the Petal camera on Kickstarter this spring, continuing their mission of connecting technology with nature in engaging and user-friendly ways.

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Mirumi is a charming clip-on robot that transforms an ordinary bag into an interactive experience. This furry companion from Yukai Engineering spontaneously turns its head, mimicking a shy infant's curiosity. Unlike complex AI robots, Mirumi offers pure, simple charm; it doesn't speak, move independently or require advanced programming. When your bag moves, Mirumi peeks around; if someone approaches too quickly, it bashfully turns away. Priced at an affordable $70 and launching via crowdfunding in mid-2025, this little robotic mascot is less about technological complexity and more about bringing a smile to your face.

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From Halliday's discreet smart glasses to Samsung's AI-powered TVs and Roborock's intelligent vacuum, this year's show is proving that innovation knows no limits. These aren't just products; they're glimpses into a future where technology becomes a seamless, intelligent extension of our daily lives.

So, which of these innovations has you counting down the days until they hit the market? Let us know by writing us at Cyberguy.com/Contact.

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China's latest innovation in policing technology has rolled onto the scene, quite literally. 

The Rotunbot RT-G, developed by Logon Technology, is a spherical robot that's turning heads and chasing down criminals at impressive speeds. 

This 276-pound mechanical machine is pushing the boundaries of what's possible in law enforcement robotics. Let's break down what this crime-fighting machine is all about.

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The RT-G is not your average police assistant. This self-balancing sphere can reach speeds of up to 22 mph on both land and water, making it a formidable pursuer of suspects. Its amphibious capabilities allow it to navigate through mud, slush and even dive into rivers, emerging unscathed on the other side.

What sets the RT-G apart is its rapid acceleration. It can hit speeds of about 19 mph in 2.5 seconds, giving it a significant advantage in pursuit scenarios. This quick burst of speed, combined with its ability to handle drops from knee-high ledges and potentially roll down staircases, makes it a persistent and resilient force in the field.

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The Rotunbot RT-G is equipped with an array of advanced sensors and technologies that make it a sophisticated piece of equipment. These include GPS for precise positioning, multiple cameras and ultrasonic sensors for environmental awareness, obstacle avoidance capabilities and threat and target tracking systems. These features enable the RT-G to navigate complex environments while avoiding collisions with people and objects. Additionally, the robot uses gyroscopic self-stabilization to maintain its balance and keep its wide contact patch firmly on the ground, ensuring smooth and quiet operation.

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IS THIS 4-WHEEL SECURITY ROBOT ABOUT TO REPLACE HUMAN SECURITY GUARDS?

For law enforcement purposes, the RT-G comes equipped with a comprehensive range of non-lethal tools designed to manage diverse tactical scenarios. These tools include tear gas dispensers, smoke bomb launchers, high-decibel horns, acoustic crowd dispersal devices and net shooters capable of close-range suspect apprehension.

This sophisticated arsenal allows the robot to handle various situations, from crowd control to individual suspect takedowns, without resorting to lethal force, providing law enforcement with a versatile and humane technological solution.

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IS THIS AUTONOMOUS SECURITY GUARD ROBOT THE PROTECTION YOU NEED?

The Rotunbot RT-G is not just a concept; it's already being put to the test. In Wenzhou, a city in China's Zhejiang province, these robotic spheres are assisting police patrols in commercial zones. This real-world trial is providing valuable insights into the effectiveness and practicality of the RT-G in actual law enforcement scenarios.

However, despite its impressive capabilities, the RT-G is not without its limitations. Video footage shows that the robot can be somewhat unstable when making turns, and its pursuit capabilities may be easily thwarted by a flight of stairs. These challenges highlight the ongoing need for development and improvement in robotic law enforcement technology.

The Rotunbot RT-G's amphibious nature, high-speed capabilities and non-lethal arsenal make it a versatile tool for police forces. However, like any new technology, it raises questions about privacy, surveillance and the increasing automation of policing. The RT-G may be rolling into the future of law enforcement, but we must carefully consider the implications of deploying such advanced robotic systems in our communities.

How do you feel about the increasing use of robotic technology in law enforcement, and what potential risks or benefits do you see emerging from these technological advancements? Let us know what you think by writing us at Cyberguy.com/Contact.

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While you were busy watching your favorite NBA stars sink three-pointers, a robot was quietly perfecting its game-winning shot in Nagakute, Japan. 

That's right, a humanoid robot named CUE6 just stepped onto the court and made jaws drop faster than a Steph Curry buzzer-beater. 

CUE6, Toyota's basketball-playing robot, claimed a Guinness World Record for the longest shot by a humanoid robot, proving that AI can play basketball with the best of them.

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The story of CUE began in 2017 as a passion project for a small group of Toyota engineers. Inspired by the challenge of replicating human-like precision in physical tasks, the team embarked on a journey to build a basketball-playing robot. Early prototypes were rudimentary, cobbled together from LEGO components. Yet, each iteration brought new advancements, transforming CUE from a simple mechanical shooter into a sophisticated humanoid robot.

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By 2019, CUE’s third generation broke its first Guinness World Record, achieving 2,020 consecutive basketball free throws. This milestone showcased the robot’s ability to adapt and learn, using artificial intelligence to analyze and refine its shooting mechanics. Later versions introduced groundbreaking features, such as autonomous movement, ball handling, and even dribbling—a skill that required the robot to adjust to the subtle variations of each bounce.

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CUE6’s latest achievement was no small feat. The robot’s AI had to account for multiple variables: the ball’s weight, the trajectory, and even the atmospheric conditions of the court. Despite missing its first attempt, CUE6 recalibrated and succeeded on its second shot, showcasing its capacity for real-time learning and adaptation.

The project leader, Tomohiro Nomi, expressed pride in the accomplishment, emphasizing that the robot’s AI was designed to develop its own optimal throwing style. "We wanted to surprise the world and demonstrate the power of craftsmanship and technology," he said.

CHINESE HUMANOID ROBOT COULD BE THE FUTURE OF AFFORDABLE IN-HOME CARE 

CUE’s journey isn’t just about sinking hoops. It represents a broader exploration into how robots can mimic human behaviors and adapt to dynamic environments. While a basketball-playing robot might seem like a novelty, the underlying technology has far-reaching implications. From industrial automation to healthcare, the principles of adaptive AI and robotics developed through projects like CUE could revolutionize countless fields.

Toyota’s ultimate goal is ambitious: to create a humanoid robot that can dunk like Michael Jordan. While that day might be years away, the progress made by the CUE project serves as an inspiring example of what’s possible when human ingenuity and cutting-edge technology converge.

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The journey from a LEGO prototype to a world-record-holding humanoid robot is nothing short of amazing. CUE6's story is a great reminder of what can be achieved with a bit of innovation and a lot of perseverance. Whether it's on the basketball court or in other arenas, CUE6’s record-breaking shot stands as a testament to the power of dreaming big and pushing boundaries.

Do you think having robots like CUE6 shoot hoops is a cool tech advancement, or are we taking things too far? Let us know by writing us at Cyberguy.com/Contact.

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Imagine slipping on a pair of shorts that could make walking feel like a breeze, almost as if you've instantly shed 20 pounds. Sounds too good to be true, right? Well, get ready to have your mind blown! Scientists at the Technical University of Munich have cooked up something that might just change the game for anyone who's ever wished walking was a little easier.

They call it the WalkON system, a pair of high-tech shorts that's not your average gym wear. These bad boys can cut down the energy you need for a stroll or jog by up to 18%! Whether you're a spring chicken or in your golden years, these shorts could be a game-changer, especially if stairs have become your nemesis or long walks leave you winded.

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The WalkON system combines sensors, artificial tendons and smart motors to enhance your natural walking motion. It starts with advanced sensors embedded in the shorts that continuously monitor the stress on your tendons. These sensors are incredibly precise, picking up on subtle changes in your movement, including how fast you’re walking and the angle of your hips.

Connected to these sensors are two thin artificial tendons that extend from your thighs to a specially designed waist belt. These tendons play a crucial role in how the system assists you. When you start to walk, the shorts analyze your gait pattern and can even detect the moment you transition from standing to walking. As each leg enters the "swing phase," the system knows exactly when to kick in.

At just the right moment, small but powerful motors activate and gently pull on the artificial tendons. This action helps lift your thigh, reducing the effort needed by your hip flexor muscles, making it feel much easier to move. What’s really impressive is how adaptable WalkON is; whether you prefer a slow stroll or a brisk jog, the system adjusts its level of assistance based on your speed and leg weight. All of this happens seamlessly, so you experience a natural enhancement to your movement rather than feeling like you’re being pushed or pulled by a machine.

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EXOSKELETON HELPS PARALYZED PEOPLE REGAIN INDEPENDENCE

The WalkON system significantly reduces energy expenditure by 18% for young people walking uphill. For older individuals walking on level ground, it decreases energy expenditure by 10%. This reduction in energy expenditure is equivalent to the feeling of instantly losing 22 pounds or 13 pounds, respectively. The system allows you to walk slowly or jog, providing versatility in movement. Participants in tests reported high satisfaction with the device, giving it a mean rating of 6 out of 7 for its ability to assist while maintaining a sense of control.

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The WalkON system can benefit anyone seeking to increase their mobility; however, it shows particular promise for older adults who may experience declining physical capabilities. Additionally, individuals weakened by illness can find significant advantages in using WalkON to enhance their mobility and independence. Furthermore, the device is designed for those looking to maintain an active and healthy lifestyle, making it a versatile solution for a wide range of users.

WEARABLE EXOSKELETON CAN TURN YOU INTO A SUPERHUMAN ATHLETE

Unlike traditional rigid exoskeletons, WalkON's soft, flexible design offers several advantages over its more cumbersome counterparts. Conventional exoskeletons often feature rigid frames that can be difficult and time-consuming to put on, limiting their practicality for daily use.

In contrast, WalkON's soft robotic shorts can be put on quickly and easily, similar to regular clothing, and are more than a mechanical device. Professor Lorenzia Masia, the lead researcher, aptly compares WalkON to an electric bike for walking. This analogy highlights the system's ability to enhance natural movement without overpowering it, making mobility more accessible and appealing to a wider range of users. The lightweight, tendon-driven design of WalkON allows for a more natural range of motion, adapting to the user's movements rather than constraining them.

Furthermore, WalkON's compact and unobtrusive nature addresses a common concern with exoskeletons: social acceptance. Its design allows it to be worn discreetly under regular clothing, potentially increasing user comfort in social situations. This feature, combined with its efficiency in reducing metabolic cost, positions WalkON as a more practical solution for everyday use compared to bulkier exoskeleton systems.

Given the current stage of development and testing, it's likely that WalkON could be available to you within the next three to five years, pending further research and regulatory approvals.

While no exact price point is yet available, we can compare it to other assistive technologies. Current exoskeletons can cost anywhere from $40,000 to $100,000-plus. However, given WalkON's simpler design and intended widespread use, it's possible that it could be priced more affordably, perhaps in the range of $5,000 to $15,000 when it first hits the market. As with many technologies, the price could decrease over time as production scales up.

The WalkON system's potential to enhance mobility for people of all ages, particularly older adults and those with health challenges, is immense. By making movement easier and more efficient, WalkON could encourage more active lifestyles, potentially improving overall health and quality of life for many individuals. While questions about availability and cost remain, the development of WalkON is a promising sign that we're moving towards more accessible and user-friendly mobility assistance solutions.

If you could design your own mobility assistance device, what features or capabilities would you include and why? Let us know by writing us at Cyberguy.com/Contact.

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Imagine having a personal tennis coach who never gets tired, always hits the perfect shot, adapts to your skill level and is available 24/7. 

Enter the PongBot, a groundbreaking artificial intelligence-powered tennis robot that's turning heads in the tennis world. 

This isn't just another ball-serving machine; it's a smart training partner designed to elevate your tennis game.

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The PongBot comes with a clever clip-on sensor that tracks your position on the court. This sensor ensures that the PongBot can deliver shots tailored to your exact position, simulating the dynamic nature of a real tennis match. Additionally, this technology enables the AI match training feature to adjust ball speed and spin in real time, providing a highly immersive and challenging training experience.

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Want a personalized training experience? The PongBot app lets you create custom drills down to the individual ball level. Imagine programming a sequence like a deep forehand return, followed by a short backhand, two volleys and an overhead shot — all saved and ready for your next practice session. The PongBot offers up to 300 preprogrammed drills with three difficulty levels. Whether you're a beginner or a seasoned player, there's a drill that'll challenge you just right.

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The real game-changer is the AI match training feature. The robot continuously reads your court position and analyzes your performance, adjusting ball speed and spin to simulate real match conditions. It's like having a smart opponent who knows exactly how to push your limits.

QUADRUPED ROBOT CLIMBS LADDERS, CREEPS US OUT  

The PongBot isn't just smart, it's powerful. It can serve balls at up to 80 mph with various spin types (topspin, underspin or no spin), reaching up to 60 rotations per second. With a ball capacity of 150 and a battery life of eight hours, you'll have plenty of time for an intense training session.

What truly sets the PongBot apart is its ability to integrate with the broader tennis technology ecosystem. It works seamlessly with smart devices like intelligent rackets and can sync performance data with the Apple Watch. The over-the-air updates promise continuous improvement, ensuring your training tool stays cutting-edge.

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The PongBot's journey began on Kickstarter, where it far exceeded its initial goal of just $10,000. This overwhelming support showcases not only the demand for innovative training solutions but also confidence in the creators behind this project. Early backers still have the chance to snag some fantastic deals. You can get the Pace S for about $699 or the Pro model for $899.

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Despite some caution often associated with crowdfunding platforms, potential backers can feel secure in their investment here; the team behind PongBot has solid backing from Qualcomm and experience in creating impressive robotics technology. If everything goes according to plan, backers can expect their machines to ship by December — just in time for some serious off-season training.

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By combining AI, smart sensors and adaptive training modes, PongBot offers tennis players an unprecedented opportunity to improve their game. Backed by Qualcomm and created by robotics experts who've already impressed the tech world with ping-pong robots, the PongBot isn't just another crowdfunding project. It's a serious training tool for players who are serious about improving their tennis game.

Would you feel comfortable using a robotic training partner like the PongBot to enhance your tennis skills? Let us know by writing us at Cyberguy.com/Contact

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In a groundbreaking development, researchers at Johns Hopkins University (JHU) and Stanford University have successfully trained a robotic surgical system to perform complex tasks with the skill of human doctors. 

This achievement marks a significant step toward autonomous robotic surgery, potentially transforming the future of medical procedures.

The team utilized a da Vinci Surgical System, a robotic platform typically controlled remotely by surgeons. Using a machine learning technique called imitation learning, they trained the system to perform three critical surgical tasks: manipulating a needle, lifting body tissue and suturing.

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What sets this approach apart is the training method. Instead of painstakingly programming each movement, the robot learned by watching hundreds of videos recorded from wrist-mounted cameras on da Vinci robots during actual surgical procedures. This method allows the robot to learn from the collective experience of numerous skilled surgeons, potentially surpassing the capabilities of any single human operator.

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The researchers developed an AI model that merges imitation learning with the machine learning architecture used in popular language models like ChatGPT. However, this model operates in the language of robotics — kinematics — translating visual input into precise robotic movements. This sophisticated approach allows the system to understand and replicate complex surgical maneuvers with remarkable accuracy.

THE CREEPY YET HELPFUL HUMANOID ROBOT READY TO MOVE INTO YOUR HOME

The surgical system not only executed tasks as proficiently as human surgeons but also demonstrated the ability to correct its own mistakes. As Axel Krieger, assistant professor at JHU, noted, "Like if it drops the needle, it will automatically pick it up and continue. This isn't something I taught it to do." This level of autonomy and adaptability is crucial in surgical settings where unexpected situations can arise. The robot's ability to problem-solve and adjust its actions in real time could potentially reduce complications and improve patient outcomes.

ROBOTS GET A FEEL FOR HUMAN TOUCH, NO ARTIFICIAL SKIN REQUIRED 

This breakthrough could significantly speed up the development of autonomous surgical robots. Traditional methods of programming robots for surgery are time-consuming and limited in scope. With this new approach, Krieger explains, "We only have to collect imitation learning of different procedures, and we can train a robot to learn it in a couple days." This rapid learning capability opens up possibilities for quickly adapting surgical robots to new procedures or techniques, potentially revolutionizing the field of robotic surgery.

WHAT IS ARTIFICIAL INTELLIGENCE (AI)?

The JHU team is now working on expanding this technology to train robots to perform complete surgical procedures. While fully autonomous robotic surgery may still be years away, this innovation paves the way for safer and more accessible complex treatments worldwide. The ability to train robots on entire surgical procedures could lead to standardized, high-quality surgical care even in areas lacking specialized surgeons.

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By harnessing the power of AI and imitation learning, we're witnessing the birth of surgical robots that can learn and adapt much like human surgeons. As this technology continues to evolve, it holds the promise of reducing medical errors, increasing surgical precision, and potentially making advanced surgical procedures available to more patients globally. While there are still challenges to overcome, including ethical considerations and regulatory approvals, the future of AI-assisted and autonomous robotic surgery looks increasingly promising.

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