DexForce / 跨维智能

About DexForce / 跨维智能

Established in June 2021 in Shenzhen, China, DexForce Technology is a high-tech enterprise centered on developing embodied intelligence solutions. The company was founded by Kui Jia, a professor at the School of Data Science at The Chinese University of Hong Kong, Shenzhen, with a deep background in machine learning, computer vision, and generative 3D modeling. His academic and research work, particularly in Sim2Real 3D semantic learning, directly informs the company's technological foundation.

DexForce operates in the smart manufacturing and logistics markets, providing comprehensive 3D vision and AI solutions for industrial automation. Its business model revolves around manufacturing and selling a product matrix that integrates both hardware and software, targeting industries such as automotive manufacturing, new energy, and 3C manufacturing. The company generates revenue through the sale of its proprietary 3D cameras, AI-driven software, and complete automation solutions, including design, installation, and training services.

The company's core technology is Sim2Real, which involves training robotic models in physically realistic virtual environments before deploying them in the real world. This is powered by their self-developed DexVerse™, an AI engine and simulation platform that uses 3D generative AI to create vast amounts of synthetic data for training embodied intelligence models. Key products include the DexSense spatial and embodied intelligence sensors, Kingfisher 3D cameras designed to work in challenging lighting conditions, and the DexCore system. The DexCore system, utilizing a 3D Vision-Language-Action (VLA) foundational model, enables robots to perceive their environment, plan tasks, and execute complex manipulations based on visual or natural language commands. For industrial clients, DexForce offers PickWiz, a 3D vision-guided software that allows for rapid deployment and flexible production changes without extensive programming. This integrated approach enables robots to handle unpredictable situations and a wide variety of objects, facilitating large-scale commercial deployment of embodied intelligence.