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Together with Safelog, we are implementing a new generation of neuromorphic general-purpose autonomy that outperforms existing systems like LiDAR or Visual SLAM in robustness, efficiency, and flexibility. The Opteran Mind combines the affordability of AGVs with the flexibility of AMRs, creating robust, low-cost autonomy for mobile robots. "Instead of collecting more and more data, the solution generates almost no data at all. And absolutely basic technologies are enough to operate the system stably. That's impressive." Mathias Behounek, Managing Director, Safelog #AMR #AGV #MobileRobots #Autonomy #AI #LiDAR #SLAM #Neuromorphic

Does #quantum #technology only offer advantages for the optimisation of processes, material development and drug production, or can it - if in the wrong hands - also be misused ❓ #QSolid coordinator Frank Wilhelm-Mauch (Forschungszentrum Jülich) contributes his expertise to this discussion with reference to #cryptography and the safety of autonomous cars. 🔐 🚘 The article is in German. 🇩🇪 👉 https://lnkd.in/empTapGr

🚀🤖 Big news in humanoid robotics! Boston Dynamics just unveiled a new Atlas robot, now equipped with electric actuators for quieter, more precise operation, it marks a leap in robotic engineering. 🔧 These electric actuators improve responsiveness and enable high torque, essential for complex, precision tasks in industrial environments. 🧠 Upgraded with advanced AI, including reinforcement learning and computer vision, Atlas can adeptly navigate and adapt to dynamic settings, making it a powerhouse for real-world applications. 🔄 Integrated seamlessly with Spot and Stretch through Orbit software, Atlas is at the forefront of creating intelligent, interconnected robotic systems. 🏭 Undergoing trials in Hyundai’s production lines, this Atlas is not just a prototype but a significant step towards robust commercial use in various industries. 🌟 A landmark development in humanoid robotics, pushing boundaries in automation and operational efficiency. To read the whole article: https://lnkd.in/dDiJZhXh #HumanoidRobotics #TechInnovation #BostonDynamics

Practical research: University of Klagenfurt, Silicon Austria Labs and Fraunhofer are building a bridge between science and companies. 👍💡 Silicon Austria Labs (SAL) is currently working on the three-year “Giraffe” project to develop new navigation systems. The goal is to develop a first prototype of a self-driving car. 👍 Read more in the article. 👇 #carinthia #research #business #innovation #drones #regionmarketingcarinthia #locationmarketingkärnten

Only smart labeling enables the autonomous system to understand the environment properly. This is key to generating the correct actions and reactions, in particular the system (vehicle or robot) is interacting with humans. But the basic question is: How to separate efficiently from exhausting labeling activities: what are the relevant data? How could an autonomous system focus on relevant sensor data only? Relevant data for the most efficient system training meeting the highest functional safety level? These items the AIMMO experts like to discuss with you, giving you insights in new, innovative solutions at #CES24. Here the details:▶️ https://lnkd.in/es4zyxJk

  Should A.I. have a booth on the next Milipol or Techtextil ? In the context of military operations, maintaining soldier comfort while ensuring high performance in diverse environments is a significant challenge. Advanced ventilation systems integrated with Artificial Intelligence (AI) in military apparel represent a groundbreaking approach to address these challenges effectively. AI-driven ventilation goes beyond traditional passive cooling garments by actively managing air flow based on real-time conditions and the soldier's physical state. This dynamic approach enhances both comfort and operational effectiveness. AI-enhanced military uniforms are equipped with a network of sensors that continuously monitor various parameters, including temperature, humidity, and the soldier's physiological signs such as heart rate and skin temperature. These sensors provide a comprehensive dataset that AI algorithms can analyze to determine the need for increased or decreased ventilation. Utilizing machine learning models, the AI system processes the data to understand the soldier's current activity level (e.g., resting, marching, engaging in combat) and the external environmental conditions. This processing enables the system to predict the optimal level of ventilation required to maintain comfort without compromising the protective functions of the uniform. Climapp application in test for the moment is a first step into this technology. Based on the analysis, the AI controls micro-fans or electro-active polymers embedded within the fabric of the uniform. These components can be activated to increase air circulation specifically in areas where excessive heat or moisture build-up is detected. For instance, if a soldier is overheating during a high-exertion task, the system can momentarily enhance airflow around the torso and armpits, key areas prone to sweating. In scenarios where internal sensors detect a high body temperature, small, lightweight micro-fans embedded in the fabric activate to draw cool air from outside and expel warm air from within. These fans operate in a targeted manner, focusing on areas that require immediate cooling. Electro-Active Polymers can change their shape or stiffness when an electric current is applied. In ventilation applications, they function by altering the porosity of the fabric, increasing air permeability in response to detected increases in body temperature or sweat levels. AI-driven ventilation systems in military apparel are more than just an upgrade to traditional cooling methods—they represent a sophisticated integration of technology and tactical gear designed to meet the specific needs of modern warfare. As these technologies evolve, they promise not only to improve soldier endurance and effectiveness but also to redefine the standard for combat readiness in varying climates and operational scenarios. Time to get hi tech A.I. into textiles and military apparel! #techtextil #soldierofthefutre #smp.systems 

World premiere: Our portfolio company Innok Robotics will be, for the first time exhibiting at the HANNOVER MESSE 2024. Innok is one of the global technologically leading players in the autonomous mobile robot (AMR) arena - with particular focus on 1) "pure indoor missions", particularly when bad floor surfaces are an issue. And 2) "combined indoor&outdoor missions", when connecting way points / stations in various brown field buildings could generate seamless end2end automation. And 3) "pure outdoor" missions, e.g. connecting buildings, also when cracks in the ground, slopes on the plant area etc. Watch the video in the article below, showing Innok's INUDUROS AMR solving real world intralogistics problems, like helping customer RIGDON GmbH, Germany's largest truck tire manufacturer, headquartered in Günzburg, Bavaria. By the way: Innok is currently running in parallel two fundraising campaigns for Innok: One managed by EY, an institutional 5 m€ Series B round (Min Ticket: 1 m€). The other one is geared towards private investors, smaller Family Offices and Business Angels: 2+ m€ (Min Tickets: 100k€), thereof 600k soft committed so far + 800k€ already hard committed by Mr. Heinz Ferchau, founder of FERCHAU and German SME investor and general+operating partner Prolimity Capital Partners & co-investors. If interested please reach out to me via LI or E-Mail. BusinessAngels.Network - BAN BusinessAngels BusinessAngles | Social Media Marketing Agency Business Angels Deutschland e.V. (BAND) Business Angels Switzerland Business Angels Europe Connect Business Angel Network

🤖 Check out the article in MM MaschinenMarkt about our new sensitive force torque sensor SensONE T5 from Bota Systems AG 💪 #ForceTorqueSensor #force #torque #sensor #6axis #robots #multiaxis

Did you know that at Zebra, we kicked things off in 1969??? In that time, we've gone from barcode wizards to AI overlords (well, not quite, but you get the jist). We've got scanners, cameras, and 3D sensors – basically, everything short of a robot butler to keep your cars in check. Our AI is like having a smart mate who does the boring bits, so the real workers can actually get stuff done. Genius, right? The best bit ... our tech helps car makers not muck up the planet. Find out more in this great interview with Benjamin Defaye https://lnkd.in/eJNDWc-s #TechWizards #AI #GreenMachines #ZebraTechnologies

Robotic arms have long been a symbol of cutting-edge technology and innovation, revolutionizing various industries with their precision and adaptability. From manufacturing to healthcare, these mechanical wonders have transformed the way tasks are performed, leading to increased efficiency and productivity. Origins and Development: The concept of robotic arms traces back to the mid-20th century when researchers began exploring ways to automate industrial processes. Early designs were rudimentary, often limited by technology and cost. However, rapid advancements in robotics, materials science, and control systems propelled the evolution of robotic arms into sophisticated machines capable of intricate movements and tasks. Uses Across Industries: Today, robotic arms are ubiquitous, found in a wide range of industries. In manufacturing, they assemble products with unmatched speed and precision, reducing errors and minimizing downtime. In healthcare, robotic surgical arms assist surgeons in performing delicate procedures with enhanced dexterity and accuracy, leading to shorter recovery times and improved patient outcomes. Additionally, robotic arms are deployed in hazardous environments such as nuclear reactors and space exploration, where human presence is limited or dangerous. Technological Innovation: The modern robotic arm is a marvel of engineering, equipped with advanced sensors, actuators, and control algorithms. Artificial intelligence and machine learning algorithms enable robotic arms to learn and adapt to new tasks, further expanding their capabilities. Collaborative robots, or cobots, are another recent innovation, designed to work alongside humans safely, opening up new possibilities for automation in small-scale operations and intricate tasks. Challenges and Future Outlook: Despite their numerous advantages, robotic arms still face challenges such as high costs, complex programming, and concerns about job displacement. However, ongoing research and development efforts are focused on addressing these issues, aiming to make robotic technology more accessible and user-friendly. As technology continues to evolve, we can expect to see even more innovative applications of robotic arms, further revolutionizing industries and improving our daily lives. In conclusion, robotic arms have come a long way since their inception, evolving into versatile tools that play a vital role in various fields. With continued advancements in technology and increased adoption, the future of robotic arms holds immense potential to drive progress and innovation across industries worldwide. #snsinstitution #snsdesignthinker #snsdesignthinking #snsct #snsmct