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Robotics News
Digitaltrends
5d
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Tiny magnetic robot rolls inside the gut to look for signs of cancer
- Researchers at the University of Leeds have developed a tiny magnetic robot equipped with a small ultrasound sensor that can be used for non-invasive gut scanning.
- The robot, controlled externally using a large magnet kit, can capture high-resolution 3D scans and detect anomalies in the gut wall.
- The robot's unique oloid shape allows it to roll easily inside the gut cavity, making it safer, cheaper, and more targeted.
- By eliminating the wait interval between diagnosis and intervention, the robot can offer immediate scanning results, potentially reducing waiting times and repeat procedures.
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The Robot Report
5d
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Flexxbotics updates FlexxCORE to help robotic companies scale production
- Flexxbotics has updated FlexxCORE to help robotic companies scale production.
- FlexxCORE enables longer unattended production, increased capacity, and improved product quality.
- FlexxCORE allows industrial and collaborative robots to run multiple machines and operations for multiple part SKUs.
- The update provides interoperable communication, compatibility with over 1,000 makes and models of machinery, and faster connector creation.
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Unite
6d
329
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Dave Williams, Senior Principal at PAE Engineers – Interview Series
- Dave Williams is the Senior Principal at PAE Engineers with 20 years of experience in mechanical engineering, focusing on data centers, labs, and healthcare facilities.
- PAE Engineers prioritizes sustainability in designing energy-efficient, high-performance data centers with innovative cooling solutions.
- Williams recalls his first data center project, converting an old semiconductor facility, facing challenges in repurposing equipment and ensuring proper operation.
- Data center design priorities have shifted towards efficiency in cooling and power distribution over the past 20 years.
- Challenges in data center design include power availability, cooling capacity, and meeting stricter regulations.
- PAE Engineers integrates sustainability by setting goals for low PUE, optimizing cooling systems, and considering renewables and rainwater capture.
- Innovative solutions like liquid cooling and increased use of free cooling help improve energy and water efficiency in data centers.
- Balancing high-performance computing demands with sustainability goals can be achieved without compromising reliability when done thoughtfully.
- AI plays a crucial role in optimizing energy efficiency and real-time operations in data centers through machine learning and peak shaving.
- The future of AI-driven data centers may involve higher-density racks, immersion cooling, onsite renewables, and fully automated facilities for better efficiency.
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Unite
6d
275
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Artificial Intelligence: Addressing Clinical Trials’ Greatest Challenges
- Clinical trials are vital for the advancements in modern medicine, but they face challenges like slow pace, high costs, and low approval rates.
- Artificial Intelligence (AI) is offering solutions to the barriers in clinical trials, such as recruitment inefficiencies, limited diversity, and patient inaccessibility.
- AI technology can predict patient enrollment rates, optimize site selection, and enhance patient eligibility criteria through machine learning algorithms.
- One-third of a clinical trial's duration is consumed by patient recruitment, a bottleneck that AI can address by improving patient matching and recruitment efficiency.
- AI can also help in making clinical trials more accessible to underrepresented demographic groups by facilitating decentralized trials and utilizing wearables for data collection.
- Diverse representation in clinical trials is crucial for developing treatments that are safe and effective for all populations, highlighting the significance of improving patient diversity.
- By embracing AI-powered solutions, the healthcare industry can create a more inclusive, patient-centered, and innovative clinical research ecosystem.
- AI has the potential to optimize trial design, streamline recruitment and retention processes, and enhance healthcare outcomes for a broader range of patients.
- The integration of AI technologies in clinical trials is essential for accelerating drug development and advancing towards more equitable healthcare solutions.
- The future of clinical trials relies on the adoption of AI to overcome challenges and revolutionize the drug development process for the better.
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Unite
6d
366
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SplxAI Secures $7M Seed Round to Tackle Growing Security Threats in Agentic AI Systems
- SplxAI, a leader in offensive security for Agentic AI, has raised $7 million in seed funding to enhance the SplxAI Platform, aiding organizations using advanced AI agents and applications.
- The funding round, led by LAUNCHub Ventures, aims to address the evolving threat landscape as agentic AI systems gain prominence in enterprise applications.
- Agentic AI poses security risks like prompt injections, off-topic responses, and context leakage, requiring specialized cybersecurity solutions like SplxAI.
- The SplxAI Platform offers automated red teaming for AI systems, conducting real-time penetration tests across various modalities and industries.
- Key features include dynamic risk analysis, domain-specific pentesting, CI/CD pipeline integration, and compliance mapping with industry standards.
- Notable customers of SplxAI include KPMG, Infobip, Brand Engagement Network, and Glean, demonstrating significant growth and industry adoption.
- Investors like LAUNCHub Ventures and Rain Capital back SplxAI's scalable AI security vision, emphasizing the importance of proactive security measures.
- The company has welcomed new strategic hires like Stan Sirakov and Sandy Dunn to enhance its Board of Directors and cybersecurity initiatives.
- SplxAI's tools, Agentic Radar and Real-Time Remediation, strengthen AI security through dependency mapping, static code analysis, and automated prompt generation.
- With a global reach supporting security testing in over 20 languages, SplxAI aids in identifying threats such as context leakage, social engineering attacks, and biased outputs.
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The Robot Report
6d
337
igus reaches $1B in sales and continues innovation, global expansion
- igus GmbH, based in Cologne, Germany, achieved €1.105 billion ($1.19 billion U.S.) in sales in the past year, amidst economic constraints and geopolitical challenges.
- Despite the industry's concerns about German robotics losing competitiveness, igus increased active customers by 5% and reported a 2.5% decline in turnover.
- Founded in 1964, igus specializes in motion plastics, producing lubrication-free polymers and is a leader in energy supplies, cables, and bearings.
- The company emphasizes customer benefits through innovation and increased automation, highlighted by its Low-Cost Automation developments and online marketplace.
- igus is venturing into humanoid robotics, developing its first high-performance plastic humanoid robot for flexible use in various workstations with a quick ROI.
- In its sustainability efforts, igus is focusing on CO2 reduction and eco-friendly innovations, converting energy chains to recycled materials and investing in clean energy solutions.
- The company strives to boost sustainability by offering eco-friendly products and practices, such as recycled materials and clean energy solutions.
- igus is expanding its global presence and investing in automation and new products, including establishing new lead screw production in the U.S. and testing areas for robotics technologies.
- With investments in innovation and global expansion, igus continues to lead in motion plastics, automation, and robotics, setting a trajectory for further growth and technological advancement.
- Overall, igus demonstrates a commitment to innovation, sustainability, and customer-centricity as it expands its global footprint and product offerings in the automation and robotics industry.
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Unite
6d
201
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The Rise of Smarter Robots: How LLMs Are Changing Embodied AI
- Recent advances in large language models (LLMs) are transforming robots, making them smarter, more flexible, and better at working alongside humans.
- Embodied AI allows robots to interact with the physical world, bridging digital intelligence with real-world applications like manufacturing, healthcare, and household tasks.
- Modern embodied AI focuses on adaptability, where robots can learn from experience and act autonomously, enhancing their capabilities.
- Large language models (LLMs) like GPT enable robots to understand natural language, improving communication, decision-making, and planning abilities.
- LLMs assist robots in learning new tasks through language-based feedback, enhancing their skills without constant human intervention.
- LLMs have been integrated with embodied AI, enabling robots to handle complex tasks, adjust plans based on feedback, and learn from past experiences.
- Multimodal integration of LLMs combines language with sensory inputs like vision or touch, enhancing robots' ability to understand and perform tasks based on integrated data.
- Real-world applications of LLM-powered robots include household assistance, industrial processes, hospitals, and labs, showcasing the practical impact of this technology.
- Challenges in LLMs in embodied AI include accuracy in translating language into action, computational demands, and ethical considerations regarding autonomy and safety.
- The fusion of LLMs and embodied AI is paving the way for advanced robotics, but addressing challenges like accuracy, computational efficiency, and ethical implications is crucial for the technology's future.
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The Robot Report
6d
342
AI advances lead to more nimble humanoids, greater autonomy at NVIDIA GTC
- NVIDIA GTC 2025 featured leading developers with NVIDIA products in their robots, but fewer humanoid robot vendors were present.
- 1X Technologies showcased a nimble humanoid with teleoperation capabilities, emphasizing autonomy through training and safety with a user-friendly design.
- Agility Robotics demonstrated AI-driven whole-body control with their Digit humanoid, showcasing advancements in AI development.
- RIVR displayed a robust wheeled quadruped robot for last-mile deliveries, highlighting the practical applications of legged robots.
- Neura Robotics teased a bipedal 4NE-1 humanoid robot, set to be unveiled later this year at the Robotics Summit & Expo.
- Teradyne outlined plans for an AI platform for Universal Robots and Mobile Industrial Robots, focusing on flexible ecosystem development.
- CoBot presented the Proxie robot for collaborative robotics, featuring swerve drive and a cart-capture device for enhanced mobility.
- Intuitive Surgical's da Vinci robot was showcased for teleoperation, demonstrating user-friendly control and immediate learning curve.
- Pebble Mobility's Pebble Flow RV, equipped with a NVIDIA ORIN processor, showcased autonomous features like Magic Hitch and regenerative braking.
- NVIDIA GTC showcased advancements in robotics, from safety-driven humanoids to AI-driven learning experiments and self-driving RVs, signaling an exciting future for robotics.
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Unite
6d
70
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Dark Factories and the Future of Work: How AI-Driven Automation is Reshaping Manufacturing
- AI-driven automation, particularly in dark factories, is revolutionizing the manufacturing sector, exemplified by China's advancements in fully automated facilities like Xiaomi's smart factory in Changping.
- Dark factories operate without human workers, relying on AI, robotics, and advanced technology for 24/7 production, enhancing efficiency and precision while reducing labor costs.
- China's Made in China 2025 strategy aligns with the country's push toward automation and AI integration in manufacturing, with significant investments in industrial robotics.
- The rise of dark factories in China supports environmental goals by improving energy efficiency through streamlined operations and reduced energy consumption.
- Despite the benefits of AI-driven automation, concerns arise about potential job displacement and the need for workers to acquire new skills to adapt to the evolving economy.
- China leads in industrial automation, with high robot density per manufacturing worker, driven by companies like Foxconn and BYD that have automated significant portions of their operations.
- The rapid adoption of automation raises challenges around job losses, with reports predicting a significant number of manufacturing jobs could be lost to robots by 2030.
- As automation transforms industries globally, it is crucial to invest in education and retraining programs to help workers transition into new roles requiring skills like AI programming and data analysis.
- The future of work will involve humans collaborating with machines, emphasizing the need for education and training to ensure workers are prepared for an AI-driven economy.
- By focusing on reskilling, promoting AI ethics, and facilitating human-machine collaboration, the manufacturing industry can navigate the challenges posed by AI-driven automation and create a future where automation enhances human labor.
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Robotsblog
6d
383
Image Credit: Robotsblog
Creativity in motion: The modular robot Otto from HP Robots
- The HP Robots Otto is a versatile, modular robot designed for educational purposes, promoting robotics, 3D printing, electronics, and programming.
- Otto's modular design allows students to build, program, and customize it, enhancing creativity and technology understanding.
- It supports various programming languages like block-based programming, Python, and C++, enabling students to enhance their coding skills.
- Equipped with sensors like ultrasonic and line tracking, Otto offers interactive functionalities for tasks like navigation and line tracing.
- Students can 3D print and customize Otto's outer parts, promoting technical understanding and artistic skills.
- Otto is suitable for students aged 8 and above, providing all the components needed to build a functional robot.
- Programming Otto is done through a web-based platform supporting block-based, Python, and C++ programming environments.
- Expansion kits like Emote, Sense, Interact, and Invent offer additional functionalities for creative projects and environmental interaction.
- Curricula, project ideas, and materials provided with Otto support effective STEM lessons for both classroom and home use.
- HP Robots Otto is praised for fostering technical understanding and creativity, offering a comprehensive platform for students in the world of technology.
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Medium
6d
16
Image Credit: Medium
Key Takeaways from a rookie at the “AI Super Bowl”
- The recent conference highlighted a shift towards Physical AI, focusing on practical advancements in robotics and industrial automation.
- Nvidia showcased commitment to AI with key announcements and investment in the space.
- Reasoning and Agentic AI were significant topics, representing advancements in AI capabilities towards active problem-solving.
- A surge in inference workloads is predicted due to reasoning AI agents, leading to increased demand for compute capacity.
- Nvidia's approach revolves around the concept of the 'AI factory' to drive intelligence, revenues, and profits in the AI era.
- The emphasis on data/AI infrastructure at the conference was surprising, showing Nvidia's focus on compute, networking, and liquid cooling.
- The event brought a cool factor to AI infrastructure, with Jensen Huang's keynote resembling Steve Jobs' product launches in the nerdy tech space.
- The conference showcased advancements in hardware and software innovations to enhance token creation efficiently.
- Nvidia's 'system optimization' is targeted at addressing power bottlenecks and maximizing system performance in the AI domain.
- The focus on Physical AI, Reasoning and Agentic AI, and compute infrastructure at GTC signified a maturation of AI technology and applications.
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Digitaltrends
6d
1.1k
Image Credit: Digitaltrends
Figure’s humanoid robot no longer walks like it needs the bathroom
- California-based Figure AI has designed a humanoid robot with improved walking ability.
- The new 02 robot exhibits a more relaxed walking style, with realistic strides that enable quicker movement.
- Figure is preparing for production manufacturing, scaling up robots at commercial customers, and planning to launch robots into homes.
- The company aims to develop AI-powered humanoid robots that eliminate the need for unsafe and undesirable jobs, improving lives.
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Analyticsindiamag
6d
338
Image Credit: Analyticsindiamag
Figure AI’s 02 Humanoid Can Now Walk Naturally Like a Human
- California-based robotics company Figure AI has introduced a humanoid robot capable of walking with human-like movements.
- The breakthrough aims to enhance the robot’s adaptability for industrial and domestic applications by mimicking natural human locomotion, using reinforcement learning (RL) to learn through trial-and-error simulations.
- The training process simulates thousands of virtual humanoids in parallel, achieving a human-like gait through an end-to-end neural network trained via RL in a high-fidelity physics simulator.
- Figure AI's advancements in humanoid robotics position it as a competitor in the industry, and the company plans to scale production, manufacturing, and commercial deployment.
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Pymnts
6d
186
Image Credit: Pymnts
AI Startups: Ex-Cruise CEO’s Robot Startup Valued at $2 Billion With No Product
- Former Cruise CEO Kyle Vogt's new robotics startup, The Bot Company, has raised $150 million to develop AI software and hardware for humanoid robots, valuing the company at $2 billion.
- The Bot Company, co-founded by Paril Jain and Luke Holoubek, aims to create robots capable of doing household tasks using advanced AI technology.
- In Silicon Valley, companies like Google, Meta, Nvidia, Tesla, and various AI startups are investing in developing humanoid robots for diverse applications.
- Lila Sciences, focusing on building a scientific superintelligence platform, secured $200 million in seed funding to pioneer AI-driven autonomous labs.
- Lila Sciences plans to use generative AI and autonomous science units to enhance experimentation across fields like life, chemical, and materials sciences.
- Carbon Arc raised $56 million to establish a data exchange for AI model training, addressing the challenge of accessing structured data for AI advancement.
- Carbon Arc's platform aims to transform raw data into structured formats to facilitate the utilization of data by AI models and businesses.
- Flock Safety, a crime-fighting startup, raised $275 million to provide safety solutions for municipalities using license plate readers, AI-powered cameras, and drones.
- Flock Safety's technology has assisted law enforcement agencies and businesses in combating crimes like homicides, assaults, human trafficking, and organized retail crime.
- The funding for Flock Safety will be utilized to enhance data intelligence, develop U.S.-made drones, and build an interoperable safety ecosystem.
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