Hetao Honeycomb Intelligent Simulation Joint Laboratory is jointly established by three parties. Targeting real-world application scenarios across industries such as automotive, consumer electronics, home appliances, and high-end equipment, the lab is centered on AI-driven engineering computing and comprises four research centers: Embodied Robot Simulation, Intelligent Industrial Simulation, Intelligent Computing Methods, and Industrial Intelligent Agent R&D.
Key technical efforts will focus on core CAE+AI algorithms including mesh generation, geometry processing, and numerical PDE solvers, covering critical scenarios such as collision, drop, NVH, structural durability, fluid dynamics, and electromagnetics. The lab also advances domestic chip adaptation and compute acceleration, enabling coordinated development of algorithms, computing power, and domestic chips — providing a solid underlying foundation for physical AI simulation.
Hetao Honeycomb Intelligent Simulation Joint Laboratory is jointly established by three parties. Targeting real-world application scenarios across industries such as automotive, consumer electronics, home appliances, and high-end equipment, the lab is centered on AI-driven engineering computing and comprises four research centers: Embodied Robot Simulation, Intelligent Industrial Simulation, Intelligent Computing Methods, and Industrial Intelligent Agent R&D.
Key technical efforts will focus on core CAE+AI algorithms including mesh generation, geometry processing, and numerical PDE solvers, covering critical scenarios such as collision, drop, NVH, structural durability, fluid dynamics, and electromagnetics. The lab also advances domestic chip adaptation and compute acceleration, enabling coordinated development of algorithms, computing power, and domestic chips — providing a solid underlying foundation for physical AI simulation.
