The next wave of robotics and autonomous systems won't just be won in the lab it'll be won in the capital markets. Last week in Singapore, Tashi's CEO Amar Bedi and CBO Jay McCarthy joined global leaders at Hall Chadwick U.S. Capital Access Forum. This included a Robotics & AI panel featuring Chairman of Nasdaq APAC Bob McCooey and "AI for Humanity" Co-Author James (Kayliang) Ong, discussing how companies building critical technology infrastructure AI, robotics, distributed systems access the capital they need to scale globally. The convergence is real. Geopolitics is reshaping supply chains. Industrial AI and robotics are becoming national strategic priorities. And the companies that get the capital architecture right early will be the ones that define the next decade. Worth a read if you're watching where serious capital is flowing in deep tech. https://lnkd.in/dJT7Mabe #Drones #Robotics #Tashi
Robotics & AI Capital Access Forum: Tashi's Amar Bedi and Jay McCarthy
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Robots just aced autonomous tests for Beijing 2026 Half-Marathon: LiDAR nav, sensor fusion, edge AI gait on slopes. Tech: From human-tethered (2025) to 21km solo. Startup: Weekly prototypes → pilots → mass production (1K+ orders post-event). Gov Turbo: E-Town’s 10K sqm hubs, ¥1M orders, R&D subsidies, data farms powering 300+ firms. China Speed = Gov + grit. Exponential. #HumanoidRobots #ChinaSpeed #DeepTech #IndiaInnovation #RoboticsIndia #StartupIndia #AatmanirbharBharat #Meity #DSTIndia
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🎆🤖 China’s New Year Show May Have Just Rewritten Robotic History Every year, the celebrations for Chinese New Year push the boundaries of spectacle. But this year, something different happened. What we saw wasn’t just entertainment. It was a demonstration of technological orchestration at scale: • Hundreds of autonomous drones forming massive aerial patterns • Robots performing synchronized choreography • AI-powered coordination managing complex movement in real time • Precision timing across machines operating simultaneously It’s also a reminder that robotics is not just about factories and warehouses. It’s entering culture, art, and public experiences. Sometimes the most powerful demonstrations of technology don’t happen in labs or factories they happen during moments of celebration. 🎇 Do you think large-scale robot performances will become the future of live events and celebrations?
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150+ humanoid robot developers in China racing to commercialise bipedal machines for factories and warehouses Over 150 Chinese startups race to build factory-ready humanoid robots, backed by state funding and a dominant component supply chain. Key takeaways: - 150+ humanoid robot developers in China racing to commercialise bipedal machines for factories and warehouses - $144 million raised by X Square Robot backed by ByteDance, signalling investor confidence in near-term returns - 70% of global lidar sensor production controlled by Chinese manufacturers, anchoring the physical AI supply chain https://lnkd.in/gxt4xZUP #HumanoidRobots #PhysicalAI #ChinaTech #AIinASIA #AsiaPacific
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Beyond the Chatbot: The Rise of Physical AI What’s the next step in the AI journey? At Bank of America Institute, we’re looking at how intelligence is transitioning from software into machines that see, learn, and act. This shift into "Physical AI" is opening unprecedented opportunities across: ✍️Robotics: Transforming labor and productivity. ✍️Autonomous Vehicles: Redefining logistics and transport. ✍️Drones: Enhancing real-world data and delivery. Check out the first publication in our new three-part series exploring the transition from lab-based robotics to everyday reality. Read more here: #AI #PhysicalAI #Robotics #Innovation #BankOfAmerica https://bit.ly/41w6Baw
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Why AI creates value only when it acts AI services today can bring significant benefits to companies. Summarizing information, supporting decisions, finding patterns, and evaluating concepts are all powerful capabilities. But remaining at the cognitive level without action limits their real impact in many business contexts. What truly matters is how these capabilities contribute to operations. This is where AI agents with action capabilities change the picture. When an AI system can act and not only analyze or generate, it begins to contribute more like a worker within the organization. It can execute tasks, control processes, and interact with real systems. Today, many of these applications are still forms of automation. Areas like land and air mobility are among the first to adopt such systems. Robotics and physical AI are increasingly entering real industrial environments. As with cognitive AI, the most effective systems are those designed for a specific domain. Generic solutions rarely deliver operational value. Purpose-built agents, trained with relevant data and aligned to real workflows, do. If you are considering physical AI agents in your company, we at TELLgen can support you. With experience in aviation with our Autonomous Drone Pilot we help identify the right applications, prepare and collect training data (through simulation and real-world methods), and design agents tailored to your operations. We also ensure alignment with AI regulations and industrial standards, working with relevant authorities to enable safe, high-impact, real-world AI deployment. https://lnkd.in/dSk5RUtF #TELLgenAI #AIinBusiness #AIagents #AutonomousDronePilot #APV #UAS #AdvancedAirMobility
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Curious about the first real impacts of AI agents in business and society? We have taken a specific direction to realize them.
Why AI creates value only when it acts AI services today can bring significant benefits to companies. Summarizing information, supporting decisions, finding patterns, and evaluating concepts are all powerful capabilities. But remaining at the cognitive level without action limits their real impact in many business contexts. What truly matters is how these capabilities contribute to operations. This is where AI agents with action capabilities change the picture. When an AI system can act and not only analyze or generate, it begins to contribute more like a worker within the organization. It can execute tasks, control processes, and interact with real systems. Today, many of these applications are still forms of automation. Areas like land and air mobility are among the first to adopt such systems. Robotics and physical AI are increasingly entering real industrial environments. As with cognitive AI, the most effective systems are those designed for a specific domain. Generic solutions rarely deliver operational value. Purpose-built agents, trained with relevant data and aligned to real workflows, do. If you are considering physical AI agents in your company, we at TELLgen can support you. With experience in aviation with our Autonomous Drone Pilot we help identify the right applications, prepare and collect training data (through simulation and real-world methods), and design agents tailored to your operations. We also ensure alignment with AI regulations and industrial standards, working with relevant authorities to enable safe, high-impact, real-world AI deployment. https://lnkd.in/dSk5RUtF #TELLgenAI #AIinBusiness #AIagents #AutonomousDronePilot #APV #UAS #AdvancedAirMobility
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𝗧𝗵𝗲 𝗙𝗮𝗶𝗹𝘂𝗿𝗲 𝗼𝗳 𝗖𝗼𝗼𝗽𝗲𝗿𝗮𝘁𝗶𝘃𝗲 𝗔𝗜 𝗦𝘆𝘀𝘁𝗲𝗺𝘀 You build cooperative AI systems for robots, drones, or autonomous vehicles. But do you know how they perform in real-world network conditions? Researchers introduced AgentComm-Bench, a benchmark that tests multi-agent embodied AI systems under six real-world network impairments. - Latency: delays in message transmission - Packet Loss: messages that are dropped - Bandwidth Collapse: reduction in available bandwidth - Asynchronous Updates: agents operating on different cycles - Stale Memory: agents acting on outdated information - Conflicting Sensor Evidence: receiving contradictory data The results show performance drops of over 96% in navigation and 85% in perception. This highlights a critical gap between lab evaluations and deployable systems. You can use AgentComm-Bench to stress-test your coordination algorithms and develop more robust communication architectures. Source: https://lnkd.in/gqMci3qs Optional learning community: https://t.me/GyaanSetuAi
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This robot drone doesn’t just fly. It walks, rolls, balances, climbs, and transforms depending on the terrain. Developed by California Institute of Technology, the Multi-Modal Mobility Morphobot (M4) can switch between eight different movement modes in real time. One robot. Multiple mobility strategies. Is multi-modal locomotion the future of exploration and inspection robots? Stay updated with the latest insights on #Robotics, #AI, #Automation, and #SmartTech. 🚀 👉 Newsletter: https://lnkd.in/drdRjYKJ 👉 Whatsapp Channel : https://lnkd.in/d8s9A5nj 👉 Telegram Channel : https://t.me/ctorobotics 🎥 Video Credit : Caltech ⚠️ This video is shared for educational and informational purposes only. It does not contain any sponsored deals, advertising, or commercial intent. Credit to the original creator. All rights belong to the respective brand. If you are the owner and wish to have it removed or credited differently, please contact us. #Robotics #DroneTechnology #Innovation #Engineering #FutureTech
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Next week, I'm presenting the Future of Robotics and you're invited. 📅 Tuesday, March 24 | 2 PM ET | Free & open to all Physical AI is not a future state. Robots powered by AI are already operating in factories, hospitals, warehouses, and on the battlefield. We will cut through the hype and focus on what's actually happening and where it's going next. We'll cover: - Robots across industries: Humanoids, quadrupeds, drones, and specialized robots solving real problems today - The orchestration layer: The AI-powered coordination of robot fleets into intelligent, networked systems - Emerging opportunities: What proprietary CB Insights data reveals about investment trends and adoption Link in the comments to register and come ready with questions. #Robotics #PhysicalAI #AI #Humanoids
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China Will Be the World Leader in Technology and AI In the coming years, China is poised to lead the world in artificial intelligence, robotics, and advanced technologies. To visit now is to stand at the frontier of innovation, seeing the future as it unfolds in real time. In cities like Shenzhen and Hangzhou, autonomous buses glide through traffic, drones deliver packages within minutes, and entire neighborhoods run on cashless systems powered by facial recognition. What feels like science fiction elsewhere is already everyday life in China. To visit now is to witness not only the speed of innovation, but the way technology is seamlessly woven into daily existence. It’s like standing inside the future, while the rest of the world is still catching up. #CrossCultural #ChinaEurope #GlobalCollaboration #InternationalPartnerships #InterculturalLeadership #SustainabilityInnovation #RegenerativeFuture #SystemsChange #ConsciousLeadership #HolisticHealth
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