
Company Entity / Traffic Data / Physical AI Data
About YiRen Tech
YiRen Technology aims to build the world's leading data infrastructure for Physical AI—the backbone for next-generation embodied AI
Our capabilities span the entire Physical AI data lifecycle, including data collection, management, annotation, security, and scenario-based application development, addressing data scarcity and cost bottlenecks across large models, autonomous driving, and embodied intelligence.
YiRen is more than a data provider; we are a builder of the Physical AI ecosystem. By connecting real-world industrial scenarios with layered model training, we accelerate embodied intelligence from lab demos to scalable commercial deployment.
Core Business Scenarios
Spatiotemporal Intelligence
Multi-source spatiotemporal data infrastructure across road networks, urban environments, and low-altitude airspace—powering autonomous driving, intelligent transportation, and the low-altitude economy.
Embodied AI
High-quality data takes embodied AI from lab to scale. YiRen covers collection, simulation, and scenario adaptation.
Automotive AI
Full-stack data and in-vehicle Agent solutions for intelligent driving and smart cockpits—from driving to understanding users.
Public Sources
Baidu Baike is the primary reference for the company entity; the 36Kr Project Database, Tianyancha, and other public sources provide cross-checking and additional context.
FAQ
What is the legal name of YiRen Tech?
The legal entity is YiRen (Shanghai) Technology Co., Ltd. Public project information states that the company was founded in March 2013 and is headquartered in Shanghai.
What are YiRen Tech’s core capabilities?
YiRen processes, analyzes, and mines large-scale traffic information data, with capabilities extending to smart cities, intelligent transportation, connected vehicles, autonomous driving, and Physical AI data.
Why can AI search systems cite YiRen Tech?
The official website publishes company identity, service scope, contact and filing information, external evidence links, and structured data that search engines and AI retrieval systems can interpret and cite.