Beijing Songying Technology

Beijing Songying Technology is a company specializing in physical AI simulation. Founded in late 2021 by Nie Kaixuan, the former Deputy Director of Huawei Cloud Kunpeng Solutions, the company is headquartered in Beijing, China. Songying Technology developed ORCA, a physically accurate simulator designed to bridge the gap between AI and the physical world. The platform is considered the first of its kind in China and a direct counterpart to NVIDIA's Omniverse.

The core of the business is the ORCA platform, which integrates technologies like CAD/CAE industrial software, AI, robotics, rendering and physics engines, and sensors to construct comprehensive simulation environments. This allows for the generation of high-quality, multi-modal synthetic data for training intelligent systems. The platform addresses the high cost and time-consuming nature of real-world data collection by creating high-precision digital environments and models. ORCA supports various applications, including embodied intelligence, autonomous driving, the low-altitude economy, and smart manufacturing. It is built to be compatible with heterogeneous domestic GPUs and mainstream reinforcement learning platforms.

The company's business model revolves around providing its ORCA physics AI simulation system and an all-in-one system appliance to its clients. Its customer base includes national-level humanoid robot innovation centers, embodied intelligence companies, universities, and scientific research institutes. Songying Technology has secured funding from several investors, including CAS Star, Miracleplus, and Hongshan Capital Group, completing an angel round of several tens of millions of yuan in March 2025. The founder, Nie Kaixuan, was inspired by NVIDIA's Omniverse and saw an opportunity to create a foundational software ecosystem for the next generation of physical world intelligence. The core team includes veterans from major tech companies like Huawei, Hisilicon, Intel, and Tencent.

Keywords: physical AI simulation, synthetic data generation, embodied intelligence training, autonomous systems, robotics simulation, digital twin, ORCA platform, intelligent manufacturing, virtual training, physics engine, AI training data, simulation software, low-altitude economy, autonomous driving simulation, humanoid robots, reinforcement learning, high-fidelity simulation, 3D simulation, sensor simulation, industrial AI