🤖 Roboticists from Drexel University are working to develop touch-sensitive clothing to help their robot distinguish something as nuanced as a tap on the shoulder from something as potentially dangerous as an aggressive push. https://spr.ly/6043A5jDJ #MATLAB #Simulink #robotics

🫲 Next-gen robotic hands, built to work with people. 🫱 Chang Robotics has joined the $26M NSF-funded HAND ERC led by Northwestern University, advancing the next generation of dexterous, AI-powered robotics. Why this matters: many factories, labs, and hospitals struggle to automate delicate or repetitive manual tasks safely. HAND’s breakthrough “out-of-the-box” robotic hands are being designed to fill that gap — performing precise, high-risk, or fatiguing work so people can focus on higher-value roles. As an industry partner, Chang Robotics brings field-tested automation expertise to help move this technology from research to reality, making human-centered robotics safer, smarter, and more accessible for all. 🤖 📰 Read the full release: https://lnkd.in/eN_5mQkh

Robots are learning the art of touch. SharpaWave is changing the game with 22 degrees of freedom and thousands of tactile sensors that allow it to feel and respond almost like a human hand. This kind of innovation shows just how close we’re getting to making technology more intuitive, responsive, and human-centered. Telixia is exploring how breakthroughs like this shape the future of robotics and inspire the next generation of creators and innovators. We need your input. What features would you love to see in the next wave of AI and robotic design? Join our expression of interest: https://lnkd.in/dZETCT9P Video Source: Sharpa Robotics #Robotics #Innovations #EdTech #Technology

🔬What if robots could free scientists from repetitive tasks, so they could focus entirely on innovation? Automation is no longer exclusive to factories. Today, research, diagnostic and biotechnology laboratories are undergoing an interesting process of incorporating robotics. In our latest article, we explore how mobile robots and manipulators are transforming the way labs operate: https://lnkd.in/djhC69_j 💡 Some key insights from this transformation: In 2024, over 3,300 mobile robots were sold for lab applications: a 610% increase compared to the previous year. 💡Modern labs demand precision, safety, and adaptability. RB-THERON+ is our Mobile Manipulator developed for working in labs. 💡Robotics is redefining the human role in laboratories: fewer repetitive tasks, more innovation. #labs #robotics #automation

🤖 It’s fascinating to see how robotics is transforming the world beyond factories — stepping into labs, diagnostics, and biotech. The fact that mobile robots are now taking over repetitive lab tasks so scientists can focus purely on innovation says a lot about where we’re headed. I can’t help but think how this shift could shape industries closer to home — textile, pharma, and food — where precision, consistency, and data are everything. Would we see robots rolling through our mills or production floors in the next few years? I believe it’s not a matter of ifanymore, but when. #Robotics #Automation #Innovation #AI #Industry40

Integration sounds to be a key word these days and not only for Entreprise Software but more generally around Smart Manufacturing, Physical AI, Robotics. From Digital Twin simulation, these solutions enable real-time simulation and optimization of factory processes From Motion planning to Device based AI and Robot creation How many AI agents will be used and integrated during the flow to think, create, build, operate a new factory ? How many open-source projects will be used for such projects ? Time to run towards 2026 and a fair usage of technology. Let's what we will learn form tech leaders at https://worldsummit.ai/ #OpenSource #Robotics #DigitalTwin #Industry40 #SmartManufacturing #WorldsummitAI

Meet N1, the small, open-source humanoid robot that's making waves in the robotics community! 🤖💻 Recently, Fourier, the Shanghai-based robotics firm, released a demo video showcasing the N1's impressive gymnastic abilities, including a cartwheel and a 360-degree jump. 🤸♀️🔥 The N1's capabilities are a testament to its dynamic control and hardware strength, and its open-source platform makes it an exciting tool for developers and researchers. 📚💡 With its lightweight aluminum alloy and engineering plastics construction, the N1 is designed to be accessible and user-friendly, with an operating time of over two hours on a single charge. 📈 The implications of the N1's technology are significant, with potential applications in fields such as rehabilitation robotics, companionship, and sensory engagement. 🤝💻 As the robotics industry continues to evolve, it's exciting to see companies like Fourier pushing the boundaries of what's possible with humanoid robots. 🚀 Key statistics: 1. 📊 The N1 is approximately 1.3 meters tall and weighs roughly 38 kilograms. 2. 📈 It can reach speeds of up to 3.5 meters per second. 3. 📚 The N1's open-source platform makes it an ideal tool for developers and researchers. What do you think about the future of humanoid robotics? Share your thoughts in the comments! 💬 #Robotics #ArtificialIntelligence #HumanoidRobot #OpenSource #Innovation #Technology #FutureOfWork 🔄 Share 👍 React 🌐 Visit www.aravind-r.com #AravindRaghunathan

This robot proves that the next frontier in robotics is versatility. 🤖 By effortlessly handling different surfaces—from smooth floors to uneven grass—it's showing us what it means to be truly adaptable. The future of robotics is about creating machines that can work alongside us in any setting, solving complex problems and taking on new challenges. This is more than just a cool video; it’s a peek into a world where robots are dynamic, reliable, and a seamless part of our environment. What real-world application do you think would benefit most from this type of capability? Nirman Labs #Robotics #Tech #FutureOfWork #STEM #RoboticsDesign

🚀 Myo-Controlled Robot Project – Quick Success Challenge at Skolkovo Institute of Science and Technology During the Innovation Workshop’s Quick Success series, I had the opportunity to work on a project that combined biosignals and robotics in a very short timeframe. 🧩 The Challenge: Build a robot that can be controlled directly by human muscle activity using a Myo armband. Our prototype had to show a practical demo within just a few hours. ⚙️ What we did: Captured EMG signals (electrical activity of muscles) through the Myo armband. Programmed mappings of gestures (flex / relax) to motor movements of a small robot. Fine-tuned thresholds and responsiveness until the robot performed smoothly. 🎯 The Result: A functional Myo-controlled manipulator that could respond to gestures and push gaming blocks off a table in real time — proving how human–machine interaction can be prototyped quickly with the right tools and teamwork. 💡 Key Learnings: Translating biosignals into precise robotic motion. Hardware + software integration under time pressure. How rapid prototyping reveals the potential of next-gen human–machine interfaces. Grateful to the Skoltech Innovation Workshop team for designing such hands-on challenges that expand problem-solving and creativity. #MyoControl #Robotics #InnovationWorkshop #HumanMachineInterface #RapidPrototyping #Skoltech

How Robots Learn to Follow Lines? At Makers' Muse’, learning comes alive through curiosity and hands-on exploration. In this video, Parth Agrawal, Founder of Makers' Muse’, explains the fascinating science behind line-following robots. Using infrared sensors, these robots detect differences in reflected light. Dark colors absorb more light, light colors reflect more and the robot uses these variations to follow a path with precision. This simple yet powerful concept demonstrates how STEM principles come to life, sparking curiosity and creativity in young minds. Discover more about Makers’ Muse and their journey to make STEM accessible for everyone: https://makersmuse.in/ #MakersMuse #STEM #Robotics #LearningByDoing #MakerMindset #Innovation #STEMEducation #EdTech