Songying Technology is a technology enterprise focused on physical AI and robot simulation training. Centered around the independently developed ORCA OS physical AI operating system, the company provides a unified technical foundation for robot R&D, training, validation, and industrial applications. For enterprise R&D and project delivery, the company offers ORCA Studio, the ORCA Physical AI Appliance, Scene & Data Services, and Industry Project Delivery; through ORCA Lab, it also serves academic users, individual developers, and innovation teams. Across scenarios including embodied intelligence, smart manufacturing, warehousing & logistics, low-altitude economy, healthcare & elderly care, home services, and education & research, Songying Technology helps partners build digital environments and conduct robot task training, process validation, and collaborative development. Songying Technology adheres to an open, decoupled technology roadmap, continuously connecting industry platforms, testing standards, compute partners, and multi-form robotics ecosystems to jointly advance physical AI infrastructure. Let machines train in the digital worldand act in the real world Mind Machines, Smartify Industries. Pursue technological innovation and continuously push industry boundaries. Drive customer success and advance industrial intelligence. Win together through teamwork and co-build the industry ecosystem. Pursue win-win outcomes and create lasting value for all. Released ORCA Lab 1.0; launched ORCA OS at WAIC, connecting R&D, validation, and deployment through multi-form robot collaborative training. Continued serving industry platforms and robotics companies; expanded partnerships with universities, domestic compute providers, and the industrial ecosystem; earned multiple industry recognitions. Released ORCA 1.0 and launched ORCA 2.0 commercially; advanced domestic GPU adaptation, participated in training ground construction, and headquartered in Shanghai. Built unified data collaboration based on USD; advanced multi-software interoperability and high-fidelity 3D robot simulation. Built the OpenUSD rendering and simulation foundation; completed architecture design and core module validation. Assembled the core technical team, defined the physical AI simulation research direction, and initiated ORCA R&D.