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Unite

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Robots with Feeling: How Tactile AI Could Transform Human-Robot Relationships

  • Meta, which owns Facebook, WhatsApp, and Instagram, has introduced three new AI-powered tools—Sparsh, Digit 360, and Digit Plexus—designed to give robots touch sensitivity that closely mimics human perception.
  • The goal is to create robots that don’t just mimic tasks but actively engage with their surroundings, similar to how humans interact with the world.
  • The introduction of sensory robots raises larger questions: could this technology unlock new levels of collaboration, or will it introduce complexities society may not be equipped to handle?
  • Meta’s advancements in tactile AI, reflect a broader trend in Europe where countries like Germany, France, and the UK are pushing boundaries in robotic sensing and awareness.
  • Meta has teamed up with GelSight and Wonik Robotics to bring tactile AI advancements to the market. GelSight will be responsible for producing the Digit 360 sensor, which is slated for release next year and will provide the research community access to advanced tactile capabilities.
  • The PARTNR benchmark is a standardized framework for evaluating human-robot collaboration on a large scale. PARTNR will allow robots to navigate both structured and unstructured environments alongside humans.
  • Robots are already collaborating with humans in various industries across the world. Kiwibot has helped logistics companies dealing with labor shortages in warehouses.
  • As AI evolves to include tactile sensing, it raises the question of whether society is ready for robots that “feel.”
  • The implications of Meta’s tactile AI are significant, but whether these technologies will lead to revolutionary change or cross ethical lines remains uncertain.
  • We need to start educating ourselves and the upcoming generations on how to foster a healthy relationship between humans and robots.

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The Robot Report

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Sanctuary AI shows new dexterity with in-hand manipulation skills

  • Sanctuary AI demonstrated its dexterous robotic hand's in-hand manipulation skills.
  • The hand uses miniaturized hydraulic valves for actuation, offering higher power density.
  • The company aims to build a reliable system with human-level dexterity.
  • Sanctuary AI received additional funding and has a new CEO replacing the founder.

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COSMOS

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Watch swarms of ant-like microrobots lift heavy objects and more

  • Nanoengineers have designed tiny magnetic robots that swarm together like ants to pick up objects many times their size or even form rafts to float on water.
  • The robots assemble through magnetic attractions and respond to and be guided by magnetic fields.
  • They can climb obstacles, transport cargo, and unclog tubes resembling blocked blood vessels.
  • However, they require higher levels of autonomy for real-world applications in complex or confined spaces.

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The Robot Report

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Alimak Group, Skyline Robotics create autonomous building maintenance unit

  • Alimak Group and Skyline Robotics have partnered to create an autonomous building maintenance unit (BMU).
  • The partnership aims to automate the construction industry and enhance operational efficiency and sustainability.
  • Skyline Robotics' flagship robot, Ozmo, is a window-cleaning robot designed to improve safety and quality.
  • Alimak Group will integrate Skyline Robotics' technology to provide autonomous window cleaning and meet environmental regulations.

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TechBullion

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Skyline Robotics and Alimak Group Lead A New Era of Automating Building Maintenance to Accelerate New Construction Sites Globally

  • Skyline Robotics partners with Alimak Group to revolutionize building maintenance with Ozmo, the world’s first high-rise window-cleaning robot and a new generation of automated Building Maintenance Units.
  • The integration of Alimak’s BMUs with Skyline Robotics’ Ozmo creates a fully autonomous, sustainable, and innovative solution for high-rise window cleaning.
  • Some benefits of Ozmo include safety, efficiency and cost-effectiveness in addition to collecting valuable data for building asset management.
  • Facade maintenance automation market expected to grow at a CAGR of over 12% between 2024 and 2030.
  • Skyline Robotics’ CEO, Michael Brown, has a bold vision of “owning the facade” and automating all types of work at heights, starting with window cleaning.
  • Alimak Group’s decision to partner with Skyline Robotics represents a significant milestone for both companies.
  • The solution aligns with growing ESG (Environmental, Social, and Governance) requirements, ensuring compliance while reducing the environmental footprint of facade maintenance.
  • Skyline Robotics has received numerous accolades for its innovation and contributions to the industry.
  • The partnership between Skyline Robotics and Alimak Group marks a turning point in the evolution of facade maintenance and asset management.
  • By combining cutting-edge robotics with global vertical access expertise, the companies are setting a benchmark for the future of sustainable and efficient building maintenance.

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Livescience

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NASA commander Suni Williams meets tentacled Astrobee robot on ISS

  • NASA commander Suni Williams meets tentacled Astrobee robot on ISS
  • An Astrobee robotic free-flyer with tentacle-like arms was tested in a demonstration experiment aboard the International Space Station (ISS).
  • Williams can be seen imitating the robot's curved arms, which are designed to wrap around objects to aid in satellite maintenance and space debris management.
  • The tentacle-like arms were fitted to one of the Astrobee robots on the space station as part of an innovative technology demonstration called Responsive Engaging Arms for Captive Care and Handling (REACCH).

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Analyticsindiamag

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Meet Genesis, an Open-Source Universal Physics Engine That Generates 4D Worlds

  • Genesis is an open-source physics engine designed for robotics and physical AI applications.
  • It offers simulation speeds up to 80 times faster than existing GPU-accelerated robotic simulators.
  • Genesis enables the generation of 4D dynamic worlds and supports character motion and robotic policy generation.
  • The platform is open-source, built entirely in Python, and aims to make robotics research accessible to everyone.

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Medium

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AI & Medical Robotics: A Perfect Duo for Diagnosing Diseases

  • AI and medical robotics have revolutionized the healthcare industry by enhancing medical precision, personalized treatment and disease diagnosis and prediction.
  • Various types of robotic systems like service robots, surgical-assistance robots, social robots, autonomous robots, modular robots and mobile robots have been introduced in healthcare that help patients and doctors alike.
  • Robotic exoskeletons and robotic-assisted devices are used in physical therapy to support and guide patients through rehabilitation exercises.
  • In healthcare, emotional support is needed for patients dealing with chronic illness, mental health issues, or end-of-life care. However, robots can’t replicate the empathy, understanding, and emotional connection that human caregivers provide.
  • AI-driven healthcare systems can accurately position imaging equipment for X-rays, MRIs, and CT scans with minimal errors and detect diseases early on.
  • The integration of AI and medical robotics has vastly improved patient care, diagnosis, and preventive measures resulting in more intelligent, efficient systems in healthcare.
  • Challenges in using AI Robotics still remain such as handling medical jargon, ambiguity, and complex language structures, the cultural and ethical implications of privacy and autonomy, and cybersecurity.
  • Wearable health technology and telemedicine have also expanded access to healthcare services, particularly in underserved regions.
  • Webelight Solutions Pvt. Ltd is an AI/ML solutions provider company that can help healthcare organizations create innovative AI/ML solutions using automation, predictive analytics, and patient-centered care.
  • By integrating these technologies successfully, healthcare can see a positive revolutionary impact on patients.

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Dev

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Top Robotics Trends That Will Shape the Future of Automation in 2025.

  • Robots are evolving and not just confined to industrial assembly lines. By 2025, robots will be entering our workplaces, homes, and public spaces, becoming collaborators and assistants.
  • Humanoid robots are designed to mimic human appearance and behaviour with advancements in agility, dexterity, and adaptability. By 2025, humanoid robots are expected to fill skill gaps in industries with critical labour shortages.
  • Cobots are designed to work alongside humans by sharing tasks safely and efficiently. The cobot market is projected to reach $8 billion by 2025.
  • Embedded systems are specialized computer systems within robotic hardware that have been instrumental in improving the capabilities of modern robots. By 2025, embedded systems will play a pivotal role in reducing energy consumption, enhancing processing power, and enabling seamless connectivity between robotic systems.
  • IoT integration with robotics has paved the way for hyper-connected systems where robots communicate with other devices, machines, and databases. IoT-enabled robotics will be at the heart of Industry 4.0.
  • The combination of robotics and AI has been a game-changer, enabling robots to learn, adapt, and perform tasks that were impossible before. By 2025, robotics and AI will create a new generation of autonomous systems capable of understanding unstructured environments, making decisions independently, and operating with human-like intuition.
  • Despite the challenges such as cost, scalability, regulatory and ethical concerns and interoperability, the robotics industry is poised for exponential growth. By 2025, robots will not only automate repetitive tasks but also enhance creativity, decision-making, and problem-solving in industries such as healthcare, defence, and retail.

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Medium

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Robot Perception: Fine-Tuning YOLO with Grounded SAM 2

  • Robot perception involves using sensors like cameras, LiDAR, and radar to gather environmental data, which algorithms process to interpret surroundings.
  • In previous experiments, Grounded SAM 2 (G-SAM2) was found to be effective in detecting and segmenting robots based on prompts given in human language.
  • The next step is to run G-SAM2 on a real robot, but the challenge is the need for real-time performance.
  • Inference time of G-SAM2 on a NVIDIA T4 GPU was around 1.5 seconds, which is considered slow for real-time applications.

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Pymnts

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Robots Get Nimble New AI Brain for Tricky Warehouse Work

  • MIT researchers have developed an artificial intelligence system that could enable warehouse robots to handle odd-shaped packages and navigate crowded spaces.
  • The AI system, called PRoC3S, combines AI language models with computer vision to make robots smarter and safer.
  • The robots test their plans in a virtual environment before executing them in the real world, increasing accuracy and efficiency.
  • PRoC3S could revolutionize warehouse operations by allowing robots to perform complex tasks that traditionally require human dexterity and spatial awareness.

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Arduino

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Exploring Alvik: 3 fun and creative projects with Arduino’s educational robot platform

  • Alvik is an educational robot platform by Arduino that has been tested in creative projects.
  • The first project, called 'Hello, Alvik!' uses Alvik's AI capabilities to create interactive experiences.
  • The second project, 'Robo-Fight Club', turns Alvik into a battling robot for multiplayer gaming experiences.
  • The third project, 'Alvik Mini City', showcases how Alvik can assist in automation and problem-solving tasks.

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The Robot Report

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DoorDash partners with Wing to launch drone deliveries in Dallas-Fort Worth mall

  • Wing Aviation LLC partners with DoorDash and Brookfield Properties to bring drone delivery to local malls in the Dallas-Forth Worth metroplex.
  • Customers in Dallas-Fort Worth can now opt for drone delivery when placing an order on the DoorDash app at select malls.
  • More than 50 merchants will offer drone deliveries through DoorDash, with Wing's highly automated drones capable of delivering items in as little as 15 minutes.
  • Wing's partnership with DoorDash and Brookfield Properties aims to provide convenient and speedy air deliveries to customers while utilizing underutilized spaces in shopping centers.

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Unite

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The Hidden Role of Data Annotation in Everyday AI Tools

  • Around 77% of consumers use AI-powered services or devices in their daily lives, even if they don't realize it.
  • The AI algorithms that make tools effective rely on data annotation, which involves labeling data so machines can learn from it.
  • Data annotation enriches the machine learning (ML) process by adding context to content, so models can understand and use data for predictions.
  • Poorly annotated data causes disruptions in services like Google Maps and online shopping platforms that recommend products based on user behavior.
  • Human input is essential for annotating data to refine details and add contextual understanding.
  • AI tools like Google Maps, YouTube Recommendations, Smart Home Devices, and Healthcare Diagnostics use annotated data to function effectively.
  • Data annotation will play an increasingly important role in AI's future as demand for precise and comprehensive data labeling is expected to increase.
  • Understanding the significance of data annotation helps us appreciate the hidden work that powers the AI systems we use daily.
  • Human annotators bring a level of understanding that machines cannot replicate.
  • Even advanced technologies can't handle basic labeling tasks.

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