Chery's Robots Hit the Streets: AI Assistants Go Global
Chery's Bold Leap Into Embodied AI
At its recent "AI Night" showcase in Wuhu, China, Chery Automobile surprised attendees by shifting focus from cars to something more futuristic - autonomous robots that walk among us. The automaker revealed its Mojia robot series as the company's third strategic pillar, complementing its traditional fuel vehicles and electric car businesses.
From Concept to Concrete Helper
The Mojia robots represent more than just flashy prototypes. These machines demonstrate practical intelligence that understands environments, follows instructions, and takes initiative - what experts call "embodied AI." Leveraging Chery's automotive manufacturing expertise gives these robots an edge in durability and real-world functionality.
"We're giving artificial intelligence arms and legs," explained a Chery engineer during a demonstration where Mojia robots smoothly handled traffic direction and hospital reception duties.
Global Footprint Grows Rapidly
What makes this rollout remarkable is its scale:
- Currently deployed across 30+ countries
- Serving in 100+ application scenarios
- Roles evolving from simple tools to collaborative partners
The robots already assist with:
- Urban management: Traffic monitoring and violation detection
- Healthcare: Patient triage and facility navigation
- Public services: Park patrols and government building assistance
Smart Ecosystem Integration
The Mojia platform doesn't operate in isolation. It connects with Chery's broader mobility ecosystem:
- Vehicle sensors feed real-time road data to optimize robot patrol routes
- Public interaction data improves AI understanding models across products
- Shared computing resources enhance response times for both cars and robots
This interconnected approach creates what Chery calls "a lifestyle network powered by trustworthy AI."
Key Points:
- Strategic shift: Embodied AI becomes Chery's third growth driver after conventional and electric vehicles
- Real-world ready: Robots currently active in healthcare, traffic management and public service roles worldwide
- Synergistic system: Robot operations integrate with vehicle sensors and smart city infrastructure
- Human-centric design: Developed as assistants rather than replacements for human workers
