GrayMatter Robotics opens AI innovation center for manufacturing

Robots are no longer just tools of precision, they are becoming systems of intelligence. By 2035, machines will not only perform tasks, they will perceive, reason, and collaborate, reshaping how factories, logistics networks, and energy systems operate. Hexagon Manufacturing Intelligence’s Future of Robotics 2035 report, explored in our latest feature on Connected Technology Solutions, reveals a future where robotics evolves from automation to autonomy, and where digital infrastructure becomes the true factory floor. The next industrial revolution will not be powered by machinery, but by cognition. Read the full article here ⬇️ https://lnkd.in/euDi_djh Follow Connected Technology Solutions for more insight on #DigitalTransformation, #AI, #Robotics, and #SmartManufacturing.

Robots are learning to coordinate and it’s changing everything about automation. Amazon’s latest innovation, Blue Jay, isn’t just another warehouse robot. It’s a multi-arm, AI-driven system that can pick, sort, and stow items at the same time turning what once required three stations into one intelligent workspace. We see this as a defining step toward collaborative intelligence — where machines no longer act alone but think, move, and adapt together. Here’s why this matters for the future of robotics: 🤖 Coordinated motion → multiple arms working as one system. ⚙️ AI-based planning → smarter, safer, faster workflows. 📦 Human-centric design → less strain, more creativity on the floor. This isn’t about replacing people , it’s about building systems that amplify human potential. The next decade of robotics will belong to those who can integrate AI, motion control, and spatial awareness into seamless collaboration. At Robotic Sir, we’re watching these breakthroughs closely and translating them into insights, education, and innovation for the next generation of builders. We are Robotic sir with Piyush Jain Bafna sir , Utsav Maji sir and Daivik Jain. #Robotics #AI #Automation #Industry4.0

🤖 Tight spaces just got easier for robots! Meet TAPOM, a breakthrough planning method that lets manipulators handle elongated objects in cluttered, low-clearance environments. Researchers developed a two-level approach: high-level topological analysis identifies critical pathways and generates guiding keyframes, while a low-level planner converts these into feasible robot movements. The result? Significantly higher success rates than existing methods when maneuvering through narrow passages—a real game-changer for real-world automation. • Why it matters: This tackles a major bottleneck in robotic manipulation, opening doors for deployment in warehouses, manufacturing, and confined-space tasks where precision matters. Follow for more AI and robotics breakthroughs! 🚀 #Robotics #RoboticManipulation #MotionPlanning #AI #Automation #RoboticsResearch Source: https://lnkd.in/gMSPpj_c

JP Morgan analysts believe that 2025 marks a turning point for the humanoid robotics industry — with robots finally moving beyond R&D and into real-world commercial deployment. We think JPM may have jumped the gun a bit, but the direction of travel is spot on. As the industry grows, so does the range of manufacturers and machines to choose from. At EnduX, we’ve been impressed by both established and emerging players — and we’ve recently added some remarkable humanoid models to our portfolio. But with so much hype (and so many models — from Unitree and Kepler to LimX and Galaxea), figuring out which robot actually fits your use case can be a real challenge. The overly technical language doesn’t help either — especially if you’re new to the space. That’s why in our latest blog articles (linked in the comments), we break down what really matters when buying a humanoid robot — from hardware and software specs to ROI, ethics, safety, and future-proofing. We also demystify the key hardware specifications — form factor, dimensions, strength, dexterity, mobility, power, robustness, reliability, and upgradeability — that make all the difference when comparing models. Whether you’re testing motion algorithms, building industrial automation, or exploring human-robot interaction, understanding these specs can save you time, money, and maybe even your sanity. What has been your biggest challenge in evaluating or deploying humanoid robots in the real world? Do you believe JPM hit the mark? #HumanoidRobots #Robotics #AI #Automation #TechInnovation #EnduX

🤖 Synergy Technologies – Transforming Automation with Vision-Powered Robots 👁️🦾 At Synergy Technologies, we’re redefining robotics by empowering machines with Computer Vision Intelligence — giving them the ability to see, analyze, and act with human-like precision. Our Vision-Powered Robots are built to enhance industrial efficiency through: 🔹 Real-Time Object Recognition – Robots that identify, sort, and assemble with micrometer accuracy. 🔹 Adaptive Learning – Systems that continuously learn from every operation to improve performance. 🔹 Human-Robot Collaboration (HRC) – Ensuring safe and seamless cooperation between people and machines. 🔹 Predictive Maintenance – Vision analytics detect anomalies before they cause breakdowns. From smart manufacturing and automated logistics to precision healthcare and agriculture, Synergy Technologies is driving the next wave of AI-driven automation — where robots don’t just follow instructions, they understand the world around them. 🌍 ✨ Empowering industries with intelligence. Shaping the future with vision. #SynergyTechnologies #ComputerVision #Robotics #Automation #AI #Industry5_0 #SmartManufacturing #Innovation

AI & Tech Innovation 2025 → Robotics, automation & on-device AI are reshaping industries Stay ahead with insights from #GTechOne 🔗 www.gtechone.com #AI #TechTrends #Innovation

🤖 What if robots could design themselves? New research just showed how. Meet Debate2Create (D2C)—a breakthrough framework where AI agents engage in structured debates to co-design robot bodies and control systems simultaneously. Design agents propose morphological changes, control agents create tailored reward functions, and a panel of judges evaluates the results in simulation. Through iterative rounds, this multi-agent debate produces increasingly optimized robots with surprising diversity. On a quadruped locomotion task, D2C discovered designs that travel 73% farther than baseline—no explicit diversity objective needed. • Why it matters: Automating robot co-design at scale could unlock specialized morphologies for any task, dramatically reducing manual engineering cycles. Follow us for more AI-driven robotics breakthroughs! 🚀 #Robotics #LLM #AI #CoDesign #Automation #MachineLearning Source: https://lnkd.in/gX8S9hYk

Manufacturing’s next frontier: autonomy. The lights-out factory marks a shift from automated lines to self-optimizing ecosystems, where AI, robotics, and intelligent design converge to enable continuous, human-light operations. To get there, manufacturers must rethink the fundamentals: 🔹 Design products for automation from the start 🔹 Rebuild data backbones for advanced robotics 🔹 Integrate AI to orchestrate entire production systems At Roland Berger, we see this not as the end of human labor — but the evolution of it: people moving from execution to orchestration. Learn more: https://okt.to/B0JrKi #RolandBerger #Manufacturing #Automation #AI #Industry40 #Sustainability

🤖 Augmentus just landed strategic funding to revolutionize how robots handle complex production. Applied Ventures is backing the company's software platform designed to tackle high-mix manufacturing—where production lines need to handle multiple part types efficiently. This investment will accelerate deployments, improve flexible parts handling, and cut production time significantly. • Why it matters: As manufacturers demand smarter, more adaptable automation, software-first robotics solutions are becoming the competitive edge. Follow us for the latest in robotics innovation and AI breakthroughs! 🚀 #Robotics #Manufacturing #AI #Automation #Innovation #RoboticsSoftware Source: https://lnkd.in/g5aY75ZC

The future of robotics is here. What if robot arms could learn new tasks instantly no data collection, no fine-tuning?   🚀 Introducing RDT2 the world’s first foundation model that zero-shot runs on any robot arm! 🤖 Imagine robot arms learning new tasks instantly, with no data collection or fine-tuning needed. RDT2 adapts effortlessly to unseen scenes, objects, and instructions, redefining robotic intelligence. This breakthrough enables plug-and-play robotics, delivering smarter and faster automation across industries. The future of robotic generalization starts now. 🌍✨ DM for credit or removal request No copyright intended. All rights and credit reserved to the respective owners.   Website: www.unboxindustry.com Contact: 0124 414 8999 Email: info@unboxindustry.com #RDT2 #AI #Automation #Robotics #Innovation #ZeroShotLearning