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Robotics News
Eu-Startups
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Zurich-based aerial robotics startup Voliro flies high with €19.8 million to deploy their maintenance drones
- Swiss aerial robotics startup Voliro raises €19.8 million in Series A extension to accelerate development of their inspection drones.
- Funding includes participation from noa and a debt facility from UBS, with Cherry Ventures leading the original round.
- Voliro's technology enhances industrial safety, asset maintenance for wind farms, and addresses workforce shortages in inspections.
- Their Voliro T drone features a patented tiltable rotor system for stable contact during inspections.
- The company aims to improve safety, data quality, and efficiency in inspections, offering a versatile and intelligent platform.
- Voliro has a global presence, conducting over 100 contact inspections monthly for customers like Chevron and Holcim.
- Their drones target hard-to-access infrastructure to prevent failures, reduce risks, and lower inspection costs in various industries.
- Traditional manual inspection methods are costly, infrequent, and reactive, leading to corrosion-related failures and accidents.
- Voliro's automation solutions help industries detect issues early, reduce downtime, and attract digital-native technicians.
- The investment will accelerate the development of AI-powered inspection reporting, enhanced autonomy, and modular payloads for Voliro's drones.
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Medium
4w
262
Image Credit: Medium
V-JEPA 2: How Meta’s New AI Model Teaches Robots Real-World “Common Sense”
- Meta has introduced V-JEPA 2, a new AI world model aiming to improve robotics and machine intelligence by enhancing real-world 'common sense.'
- AI historically struggled with physical intuition, excelling in text and image recognition but lacking in real-world application.
- V-JEPA 2, or Video Joint Embedding Predictive Architecture 2, is Meta's latest AI model geared towards enabling robots and AI agents to comprehend and predict real-world scenarios.
- Unlike previous models requiring extensive labeled robot data, V-JEPA 2 learns from vast amounts of internet video and can adapt to robot tasks with minimal additional training.
- The model aims to bridge the gap between AI perception and real-world action by enhancing common sense reasoning.
- V-JEPA 2's ability to learn from internet videos allows it to possess a broader understanding of real-world scenarios without the need for extensive manual labeling of data.
- This new AI model holds the promise of empowering robots and AI agents to not just see the world but also understand and predict events within it.
- V-JEPA 2's innovation lies in its capability to leverage internet video data for training, making it more versatile and adaptable in various robot tasks.
- The deployment of V-JEPA 2 represents a significant advancement in enabling AI to navigate and make sense of real-world situations, marking a shift towards bridging the gap between AI perception and real-world application.
- The implications of V-JEPA 2 extend beyond enhancing robotics and machine intelligence, as it holds the potential to revolutionize AI applications across various industries.
- The introduction of V-JEPA 2 signals a profound step forward in the evolution of AI capabilities, particularly in the realm of common sense reasoning and real-world adaptability.
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Unite
4w
169
Image Credit: Unite
DeepCoder-14B: The Open-Source AI Model Enhancing Developer Productivity and Innovation
- DeepCoder-14B is an open-source AI model designed for code generation, offering transparency and accessibility to developers.
- Developed with 14 billion parameters, it employs advanced techniques like distributed Reinforcement Learning and iterative context lengthening.
- Trained on 24,000 coding problems, DeepCoder-14B achieves a Pass@1 accuracy of 60.6% on LiveCodeBench, rivaling larger models like OpenAI's o3-mini.
- The model excels in mathematical reasoning tasks and algorithmic challenges, showcasing its versatility and high performance.
- Open-source AI models, such as DeepCoder-14B, provide transparency and customization advantages over proprietary alternatives.
- DeepCoder-14B can assist developers in generating code snippets, debugging, handling large codebases, and supporting educational purposes.
- Challenges for DeepCoder-14B include limitations in solving specialized tasks, hardware requirements, training complexity, and legal considerations for generated code.
- Despite challenges, DeepCoder-14B remains a valuable tool for boosting productivity and innovation in software development, especially for independent developers and researchers.
- The model's integration of AI technology with open-source principles signifies a shift towards collaborative and accessible coding assistance.
- DeepCoder-14B underscores the importance of responsible use of AI tools to ensure code quality, security, and practical applicability in real-world scenarios.
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The Robot Report
4w
97
farm-ng updates Amiga robot software for small, midsize farms
- Farm-ng has updated its Amiga robot software stack to enhance user experience for small and midsize farms.
- The company aims to offer affordable, practical, and easy-to-use agricultural robotics systems.
- The Amiga robot is a modular, electric, open-architecture robot catering to small farms, research institutions, and developers.
- Updates include a streamlined UI, automated implement control in farming zones, improved hands-free navigation accuracy, and a Job Manager for operational efficiency.
- The new UI provides an intuitive dashboard for monitoring robot health, switching apps, and managing implements easily.
- The Job Manager allows users to plan, save, and repeat tasks within defined paths and zones, enhancing hands-free operations like seeding and spraying.
- All software functions are available as over-the-air updates for existing Amiga users, eliminating the need for additional hardware installations.
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TechJuice
4w
196
Image Credit: TechJuice
Robots Can Now “Feel”: Synthetic Skin Brings Touch to Machines
- Engineers have developed a synthetic skin for robots that allows them to sense touch, pressure, texture, and temperature.
- The synthetic skin contains ultra-thin, flexible sensors that mimic nerves, sending signals to the robot's system upon touch.
- Advances in materials science and neuromorphic computing enable the synthetic skin to provide real-time feedback for robots to adjust their actions.
- The technology enhances how robots interact with humans, making them safer and more capable in settings like elder care, physical therapy, and prosthetics.
- Robots in industries can use touch sensitivity to handle fragile items, check for defects, or work safely alongside people.
- The synthetic skin aids in safety by allowing robots to detect contact immediately, reducing accidents and building trust in busy environments.
- In surgeries, the touch sensitivity can help robotic tools feel tissue resistance, leading to more precise operations and less damage.
- The advancement aims to make robots more empathetic and human-aware for future tasks like personal assistance or emotional support.
- The synthetic skin innovation marks a significant progression towards creating safer, more helpful, and human-like robots that collaborate with humans.
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11 Likes
Medium
4w
264
Image Credit: Medium
Robots Are Ready. So Are We.
- In 2024 and 2025, about half of iPhone final assembly still involves human labor, with only 10-30% of manufacturing operations using robots.
- The global robotics market, despite being small at $16.5 billion in 2025, is poised for growth due to economic and technological factors.
- Robots are becoming more affordable, with average industrial robot costs dropping from $50,000 in 2005 to $10,000-12,000 in 2025.
- Robots can be rented through Robots-as-a-Service, making them accessible even to small and medium-sized enterprises.
- The integration of robotics and AI is advancing rapidly, allowing for smarter robots with capabilities like movement and decision-making.
- The robotics industry is seeing increased interest globally, with a focus on both purchasing and manufacturing robots.
- VC fund Betatron is actively investing in robotics companies, particularly focusing on Collaborative Robots and Mobile Robots.
- Betatron's investment strategy prioritizes commercial viability and outcomes over deep tech or research.
- Technological advancements in AI, robotics, renewable energy, and battery storage offer opportunities to decouple human progress from environmental degradation.
- The convergence of technologies can lead to waste reduction, decarbonization, improved living standards, and equitable access to education and healthcare.
- Robots and AI hold the potential to deliver global equity and sustainability with a reduced ecological footprint.
- The future foresees robots playing a significant role in advancing these technological innovations and fostering a more sustainable world.
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The Robot Report
4w
428
Welding project uses robotics to crunch 12 workhours into 45 minutes
- A welding project for fencing on a bridge utilized robotics and automation to reduce 10-hour manual tasks to 45 minutes.
- Properly Works collaborated with Seibel Modern to create a fully automated robotic work cell for welding tasks.
- The project achieved a 12-1 reduction in time and reduced touch-up work by 50% through automation.
- The AutomationDirect Productivity 3000 PLC coordinated the robotic work cell, ensuring precise positioning and safety measures.
- Special cases were accommodated through the PLC's programming, enabling variations in fence segments.
- The system addressed weld quality by using an automatic reamer and shielded cables for harsh EMI/RFI environments.
- The intuitive operator interface, built on the C-more HMI panel, allowed easy monitoring and control of the welding process.
- The client saw significant improvements in efficiency, with a single fence segment now taking only 45 minutes to produce.
- AutomationDirect was the preferred supplier for the project, providing necessary automation components for successful integration.
- The success of the project has led the client to consider further automation projects with Properly Works.
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25 Likes
The Robot Report
4w
160
SCHURTER releases UHP high-current SMD fuse for humanoids
- SCHURTER has released a UHP high-current SMD fuse designed specifically for humanoid robots to address the need for high-performance components in compact formats.
- The UHP fuse aims to protect battery systems and power electronics in humanoid robots, offering reliability in demanding and space-constrained environments.
- It features a rated current up to 100A, breaking capacity of 2000A @ 80VDC or 3000A @ 63VDC, safe tripping in 15s at twice the rated current, and an operating temperature range of -55°C to +125°C.
- The UHP fuse is tailored for robotic platforms with high-density power architectures, ensuring safety and reliability for complex motion control and energy systems.
- Humanoid robots are increasingly using off-the-shelf components like the UHP fuse to meet the escalating demand for commercial deployments.
- Companies such as Hyundai Motor Group, GXO, Schaeffler AG, and Figure AI are deploying humanoid robots for various applications, highlighting the need for scalable manufacturing processes.
- Developers are exploring the scalability of humanoid manufacturing as demand grows, with component providers offering specialized solutions like the UHP fuse to facilitate mass production.
- The UHP fuse is UL-listed, RoHS-compliant, optimized for automated assembly, and available in tape-and-reel packaging through franchised distributors.
- The UHP fuse serves as a critical component for high-efficiency battery packs, DC/DC converters, and motor controllers, supporting the safe and long-term operation of humanoid robots in diverse environments.
- The evolving landscape of humanoid robotics industry emphasizes the importance of reliable components like the UHP fuse to ensure the functionality and performance of advanced robotic systems.
- Off-the-shelf components like the UHP fuse from SCHURTER are enabling manufacturers to streamline production processes and meet the demands of a growing market for humanoid robots.
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9 Likes
Medium
4w
196
Image Credit: Medium
The Future is Here: AI-Driven Surgical Robotics are Revolutionizing Healthcare
- AI-driven surgical robotics are revolutionizing healthcare by combining artificial intelligence with robotic systems to assist surgeons in performing complex procedures with enhanced accuracy.
- Robotic systems like the Intuitive da Vinci offer real-time data analysis, improved vision, dexterity, and control to surgeons, making surgeries more efficient and precise.
- Benefits of AI-driven surgical robotics include enhanced precision, reduced errors, improved success rates, faster procedures, and easier minimally invasive surgeries for quicker patient recovery.
- Advancements in AI and robotics enable remote surgeries, surgical training through simulators, and the potential for pushing the boundaries of surgical innovation.
- Despite challenges like high costs and specialized training requirements, the future of surgery with AI-driven robotics shows great promise in providing better and safer procedures for patients.
- AI-driven surgical robotics represent a significant advancement in healthcare, offering personalized and efficient care through the utilization of cutting-edge technologies.
- The ongoing developments in AI and robotics herald a new era of innovation in surgery, promising exciting possibilities for the future of healthcare.
- The continuous evolution of AI in surgery signals the potential for groundbreaking innovations that could further transform healthcare practices.
- The integration of AI and robotic technologies in surgical procedures signifies a paradigm shift towards more effective and advanced patient care.
- The collaborative efforts of AI and robotics in the surgical setting open up opportunities for unprecedented advancements and improvements in healthcare standards.
- The emergence of AI-driven surgical robotics underscores the transformative potential of technology in redefining healthcare practices for better patient outcomes.
- As AI continues to play a pivotal role in surgical innovation, the horizon holds immense possibilities for further advancements and breakthroughs in healthcare.
- AI-driven surgical robotics showcase the transformative impact of technology on healthcare delivery, encouraging continued exploration and implementation of innovative solutions.
- Exciting times lie ahead in the realm of AI-driven surgical robotics, as advancements offer a glimpse into the promising future of healthcare with enhanced capabilities.
- The integration of AI in surgical robotics signifies a progressive shift towards optimizing patient care and surgical outcomes through advanced technological solutions.
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The Robot Report
4w
138
Sojo Industries raises $40M to scale mobile manufacturing lines
- Sojo Industries raises $40 million to scale its mobile manufacturing lines that focus on food and beverage products.
- The funding will be used to scale Sojo Flight deployments, enhance the Sojo Shield platform, and expand automation.
- Sojo Industries delivers advanced robotics, mobile manufacturing, and modular packaging solutions for the food and beverage industry.
- Their technology aims to meet the demand for high-speed, high-throughput, variety-pack production in a more efficient manner.
- Sojo's systems serve Fortune 500 companies and various sectors within the food and beverage industry.
- S2G Investments provided the financing for this round, emphasizing the need for innovative solutions in the supply chain.
- Sojo Flight offers mobile manufacturing lines that can be operational in one hour, enabling variety-pack production on-site for customers.
- The company's Sojo Shield platform provides real-time geolocation, analytics, and operational insights across the supply chain.
- Customers have saved over 5 million freight miles with impactful emissions savings and increased efficiency through Sojo's solutions.
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8 Likes
Unite
4w
17
Image Credit: Unite
6 New ChatGPT Projects Features You Need to Know
- OpenAI upgraded ChatGPT Projects with significant new features, enhancing productivity and organization.
- Voice Mode now enables discussing files and past chats with AI through voice commands, improving mobile workflows.
- Enhanced Memory feature allows AI to reference past conversations, creating continuity and more informed responses.
- Full Mobile Functionality lets users upload files, switch models, and utilize different AI models on the go.
- Surgical Sharing Controls enable sharing specific conversations without exposing entire project content.
- Expanded File Capacity allows for up to 20 documents per Project, with improved document processing and cross-referencing.
- Project-Level Custom Instructions offer specialized AI assistance tailored to specific tasks.
- Privacy Controls respect user data privacy preferences, with tiered settings based on user types.
- ChatGPT Projects evolves into persistent AI workspaces, integrating voice integration, contextual memory, and granular controls.
- The upgrades position Projects as essential tools for AI-assisted work, with future developments likely focusing on real-time collaboration and deeper integrations.
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1 Like
The Robot Report
4w
379
How robotics is changing the apparel industry
- Cam Myers, founder and CEO of CreateMe Technologies, discusses the use of robotics and adhesive technology in garment production on The Robot Report Podcast.
- The challenges of automating clothing manufacturing, benefits of adhesives over traditional sewing, and potential for reshoring production are highlighted.
- CreateMe Technologies focuses on sustainability and adapting to consumer demands in the apparel industry.
- Aldebaran, the maker of Pepper and Nao robots, filed for bankruptcy and laid off staff, impacting the robotics industry.
- The Congressional Robotics Caucus relaunched with a focus on elevating the priority of robotics in the U.S. industry.
- Amazon is developing AI software to train humanoid robots for package delivery, indicating further advancements in automation.
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22 Likes
The Robot Report
4w
433
Coco Robotics raises $80M to scale sidewalk delivery robots
- Coco Robotics raised $80 million in strategic funding to scale its sidewalk delivery robots, advance its AI platform, and grow enterprise partnerships.
- The CEO of Coco Robotics, Zach Rash, emphasized the importance of building technology and a business model based on current unit economics.
- Coco Robotics has completed over 500,000 zero-emission deliveries in major U.S. cities and Helsinki, expanding globally.
- The company plans to deploy thousands of vehicles by the end of 2025 to create sustainable last-mile logistics solutions.
- Partnerships with companies like Uber and DoorDash have helped Coco Robotics in scaling its autonomous delivery robots.
- Coco has expanded its partnership with DoorDash, enabling customers in Los Angeles and Chicago to access their fleet through the DoorDash app.
- Other companies like Starship Technologies, Serve Robotics, and Kiwibot are also working on automated last-mile delivery solutions.
- Starship Technologies and Serve Robotics have completed millions of deliveries, while Kiwibot focuses on the college campus market.
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26 Likes
Unite
4w
343
Image Credit: Unite
Beyond Drones and AI: Rethinking the Future of Humanitarian Demining
- The article discusses the use of drones in humanitarian demining efforts, focusing on automating the process to enhance safety and efficiency.
- Drones with AI are primarily useful in the non-technical survey stage, scanning large areas and collecting data to flag potential mine regions.
- However, the technical survey stage still relies on personnel with metal detectors, dogs, and machines to pinpoint exact mine locations.
- Challenges in demining include casualties, long timelines, high costs, and threats to civilians from mines/ERW.
- Current drone solutions struggle with detecting mines buried under soil or vegetation, especially non-metallic and old metal mines.
- Technical limitations, weather dependency, and high costs hinder the effectiveness of drone-based demining solutions.
- Research on ground-penetrating radar mounted on drones shows promise in precise mine detection with day/night capabilities and in various weather conditions.
- The use of radar technology coupled with AI can significantly improve accuracy, efficiency, and cost-effectiveness in demining operations.
- Exploration of advanced technologies like ground-penetrating radar stands as a crucial development for the future of humanitarian demining.
- The article provides insights into the challenges of current drone-based demining solutions and highlights innovative approaches for effective mine detection and clearance.
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