SuperAI Decentralized Robotics Happy Hour
​​🥂 Ready to mix, mingle, and geek out? Join us for SuperAI Decentralized Robotics Happy Hour, proudly brought to you by OpenMind, DCG, NUS Engineering and with speaker from Unitree.
​Whether you’re a builder, researcher, dreamer, or just robotics-curious, this is your chance to swap stories, share ideas, and make new friends over some tasty drinks. We’re bringing together the brightest minds in blockchain, robotics and beyond for an afternoon of good vibes and great conversation.
​Location details are provided upon approval.
​3:00-3:30PM Guest Arrival & Sign-In
​3:30-4:00PM Opening Keynote: DCG, OpenMind
​4:00-4:30PM Robotics Research Showcase: NUS Engineering
​4:30-5:30PM Networking Break
​5:30-6:00PM Unitree: Product Spotlight
​6:00-7:00PM Social & Drinks
​About OpenMind
​OpenMind is building the universal operating system for intelligent machines. Its OM1 platform enables robots of all forms to perceive, adapt, and act in human environments. FABRIC, its decentralized coordination layer, creates secure machine identity and powers a global network where intelligent systems collaborate. Together, they lay the foundation for machines that can operate across any environment while maintaining security and coordination at scale. OpenMind is based in San Francisco, and encourages you to learn more at www.openmind.org.
​About DCG
​​​Founded in 2015 by Barry Silbert, DCG is a global investor, builder, and incubator committed to advancing decentralized ecosystems built on blockchain technology. As the most active investor in the space, DCG has backed over 250 early-stage technology companies across 40 countries and holds more than 70 token and digital asset investments. In addition to its investment portfolio, DCG is the parent company of subsidiaries including Grayscale, Fortitude Mining, Foundry, Luno, and Yuma. For additional information about DCG, visit www.dcg.co.Â
​About Unitree
​Unitree Robotics is focusing on the R&D, production, and sales of consumer and industry‑class high‑performance general‑purpose legged and humanoid robots. We attach great importance to independent research and development and technological innovation, fully self‑researching key core robot components such as motors, reducers, controllers, LIDAR and high‑performance perception and motion control algorithms, integrating the entire robotics industry chain.