About Us
Shanghai ChengDianFuZhi Technology Co., Ltd. was jointly established relying on the University of Electronic Science and Technology of China (UESTC) and Shanghai State-owned Investment Group. It undertakes the development of two key platforms: the Lingang Science and Innovation Platform for Intelligent Systems and the Pilot-scale Platform for Embodied Intelligent Components of Humanoid Robots in Shanghai.
Adhering to the four-wheel-driven development strategy of “industry as the foundation, technology as the core, talent as the guarantee, and finance as the driving force”, the company focuses on the artificial intelligence sector and delves into large language models, embodied intelligence and other core tracks. It carries out key technological research, commercialization of scientific and technological achievements and cultivation of industrial ecosystems, striving to build a new-type R&D institution featuring a high-level cycle integrating technology, industry, finance and talent.
Products
We focus on vertical AI agent solutions, supporting enterprise-grade agent customization, development, and delivery across governance, security, and smart park scenarios.
The first grassroots governance AI agent product in China.
Legal references, case studies, and mediation records — powered by 160 million court documents and 26,000 national laws and regulations.
Addresses limited staff, broad expertise requirements, and high case volumes — auto-generates mediation applications and intake forms.
Faster mediation, fewer disputes.
Compliance-driven protection with full-domain intelligent control.
Integrated hardware-software video security architecture delivering five-layer protection: anti-intrusion, anti-attack, anti-tampering, anti-virus, and anti-leakage.
Strengthens weak IoT terminal authentication, prevents command tampering, and enables high-speed encryption in a compact form factor.
Secures data and commands with end-to-end terminal defense.
Integrating data and intelligence to reshape industrial park operations.
Intelligent park operations that free staff from repetitive patrols and manual scheduling, enabling focus on high-value services and strategic decisions.
Transforms experience-based management into data-driven operations — improving efficiency, service quality, and reducing energy and labor costs.
Visible, manageable, controllable, and trustworthy.
AI Robotics
Our desktop AI chess robots combine industrial-grade robotic arms with vision AI to deliver millimeter-level precision, high safety, and engaging home learning experiences — bringing embodied AI interaction to families and institutions worldwide.
Lightweight, safe, and mass-producible — achieving 0.5 mm precision for natural human-robot interaction at a fraction of industrial arm cost.
End-to-end pipeline from visual perception to multimodal decision-making and precise manipulation, trained to perform at championship level.
Proprietary AI manufacturing lines reduce cost to 1/75 of traditional industrial arms, ensuring consistent quality at scale.
Chinese Xiangqi · Learn · Practice · Certify
Premium Xiangqi experience for serious learners
From amateur 20 kyu to professional 9 dan
Ages 3–12 · Four board games in one device
Disney IP edition · Chess meets coding
Staunton chess · Human vs. AI · Game review
Embodied AI
A high-fidelity robotic calligraphy reproduction system that combines precision motion capture with trajectory replication — faithfully recreating the brushwork and personal style of master calligraphers.
The system integrates a CR5 collaborative robot with a 3D vision module. The vision system precisely tracks brush-tip trajectories, while proprietary vibration suppression and transfer learning algorithms remove hand tremor and noise — optimizing each stroke path for an artistically authentic result.
Central processing and motion planning hub that coordinates vision feedback, path optimization, and robotic execution in real time.
CR5 collaborative arm equipped with a traditional calligraphy brush, delivering precise stroke force and trajectory control.
3D vision system that continuously tracks brush-tip position and movement, enabling accurate capture and reproduction of calligraphic forms.
