Fleetio’s Post

We have done some seriously impressive with robotics within Life Sciences but nothing human like to this level of achievement. https://lnkd.in/eN-YiMC6 #robotics

Spatial intelligence is making impressive leaps. Boston Dynamics’ Atlas robot showcases autonomous power in this video, moving car parts with adaptive sensors and no teleoperation. Atlas performs real-time adjustments, targeting automotive factory work. Boston Dynamics’ Atlas robot is impressive because it demonstrates true autonomy in complex tasks—picking and moving automotive parts without human guidance. It adapts to environmental changes, like shifts in object positions or action failures, using advanced sensors and real-time adjustments. This level of independence, especially in dynamic factory settings, sets a high bar for robotics, as most competitors still rely on pre-programmed or remote-controlled actions. Plus, Atlas’s efficient, powerful movements save time, showcasing its potential to transform industrial automation with speed and adaptability. But of course, a reminder that this is only a demo! https://lnkd.in/dWtzFasp

Using a variety of sensors and ML models, Atlas is able to work fully autonomously, detecting and reacting to changes in the environment 🤖 What a great application for automotive manufacturing parts sequencing! https://lnkd.in/egTdgbWB #automotive #manufacturing #robotics #humanoid

Exciting Breakthrough: Atlas robot shows true autonomy in industrial settings 🤖 Just watched a fascinating development in robotics - Atlas demonstrating autonomous parts handling between containers and sequencing dollies. What makes this truly remarkable? Key breakthroughs: ✅ Real-time autonomous decision making - no pre-programmed paths ✅ Advanced ML vision models for environment understanding ✅ Sophisticated error recovery without human intervention ✅ Multi-sensor fusion (vision, force, proprioception) Why this matters for industry? The ability to handle dynamic environments and recover from failures autonomously marks a significant shift from traditional industrial robotics. We're seeing robots that can truly adapt, not just execute fixed programs. 💡 Industry Impact: ✅ Reduced reliance on structured environments ✅ More flexible manufacturing setups ✅ Enhanced safety in heavy lifting tasks ✅ 24/7 operation potential While impressive, we're not at full automation yet. The real victory here is achieving adaptable automation that can work alongside humans rather than replacing them entirely. This is a glimpse into the future of manufacturing where robots and humans collaborate more naturally. Exciting times ahead! Thoughts? What aspects of this development excite you the most? #Robotics #AI #Manufacturing #Innovation #FutureOfWork https://lnkd.in/gCWetUFJ

#DisruptiveTech 🟣 In a new video caught by TechCrunch, Boston Dynamics’ humanoid robot Atlas can be seen working autonomously in a demo space, sorting engine parts between numbered bins. The company claims that Atlas doesn’t need to be controlled by humans to do work. According to the video description, Atlas uses machine learning to detect environmental changes and work around them. It also has a “specialized grasping policy” to help it maintain a firm hold on objects, continuously estimating the state of what it’s holding. After receiving some bin locations to move parts between, Atlas will get to work without prescribed movements, opting to perform tasks independently. #automation #robotics #robots #autonomous Campaign Catapult, Pravo Consulting

Multiway Robot Control System can simultaneously support the collaborative operation of hundreds of vehicles of different models in the same area. It can quickly plan the optimal routes and achieve the overall optimal navigation route planning, thereby completing tasks in the shortest possible time and ensuring the highest operational efficiency 🚀 🚀 🚀

🔧 Harnessing AI for a Better Work Experience in Manufacturing 🤖 The rapid advancements in AI and robotics, like those being made by Boston Dynamics, are transforming the manufacturing landscape. From autonomous robots handling repetitive or hazardous tasks to AI systems optimizing workflows, we’re seeing an exciting shift in how work is being done. But it’s not just about increased efficiency and profitability—these tools can significantly improve the employee experience. By automating mundane or physically demanding jobs, we give our people the chance to focus on creative problem-solving, strategic planning, and customer interaction—the tasks that drive real value and satisfaction. The goal isn’t to replace our workforce but to elevate their roles, enabling them to do more of what they excel at while fostering a safer, more engaging workplace. In the end, this isn’t just good for business, it’s good for people. https://lnkd.in/gvfbc9sK #stickwithus #AIFuture #SmartManufacturing #EmployeeExperience #Automation #Robotics #BostonDynamics #Innovation #Leadership

🃏 Excited to share my latest project on moving vehicle detection using YOLO! 🖥️📸 I recently developed a simple yet effective system for detecting moving vehicles utilizing the YOLO (You Only Look Once) algorithm. This project aims to accurately identify and classify moving vehicles in real-time, providing a practical application of computer vision. Here are some highlights: 🔍 Project Objective: Create a reliable moving vehicle detection system capable of identifying and classifying different vehicles in real-time with high accuracy. #YOLO #ComputerVision #VehicleDetection #RealTimeDetection #MachineLearning

Maybe in the nearterm, humanoid robots should constrain movements to a human-like range-of-motion. The upsell in efficiency can happen in cost reduction conversation in smaller groups, off camera. Amazing work atlas team. https://lnkd.in/gkMMKAY4

Can being in two places at once actually become a reality? 😱 Mario Cirillo and Craig Cheshire, from TD Synnex, explore the possibilities of using your 'digital self' to be in two places at once with Copilot! Would you prefer digital Mario to real Mario? 😂 #Copilot #TechInnovation #TechTrends