Composite Polymorphic Robots-UP - Beijing Yunji Technology Co., Ltd.

Composite Polymorphic Robots-UP AI + Embodied Intelligence

Value Developers Using Hotels as Mature Model to Empower More Industries

Hotels

Co-building Digital Intelligence for China's Hospitality Industry with Hotels

Hospitals

Exploring Industry with Leading Robot Technology

Buildings

Indoor + Outdoor Closed-Loop Relay Delivery

Factories

Robot Self-Networking, Task-Based Collaboration

Communities

AIoT Connectivity

Multi-Robot Collaborative Scheduling

Multi functional module independent development and optimization

Interactivity

Multi modal interaction technology for understanding and processing human intentions

Adaptability

Robot learning technology quickly identifies and adapts to different service scenarios

Realtime Performance

Real time planning and decision-making

Structural Diversity

Stronger flexibility and adaptability

Polymorphic Reconstruction

Customize extensions for different application needs

Functional Decoupling

Multi functional module independent development and optimization

Cross-Modal Learning

Multimodal perception, understanding, and learning of complex information in the physical world

Autonomy

Multi sensor implementation of comprehensive situational awareness

Includes complete mature multi-modal perception, cognition, and positioning/navigation capabilities, providing one-stop robot service solutions for factories, hospitals, apartments, buildings, and other scenarios as well as robot companies.

Precise Positioning

Multi-sensor fusion vision algorithm, unaffected by ambient light conditions, enabling more accurate and reliable positioning across all scenarios.

Precise Positioning

With top-view + bottom-view dual 3D cameras and surround ultrasonic design, UP prevents falls and pinching, accurately identifying suspended obstacles.

Anti-Fall/Anti-Pinching

With top-view + bottom-view dual 3D cameras and surround ultrasonic design, UP prevents falls and pinching, accurately identifying suspended obstacles.

Anti-Fall/Anti-Pinching

With top-view + bottom-view dual 3D cameras and surround ultrasonic design, UP prevents falls and pinching, accurately identifying suspended obstacles.

Effortless Navigation Through Dense Obstacles

Can precisely identify densely arranged objects and fast-moving targets, with flexible obstacle avoidance that ensures safe and efficient operation in crowded environments like hotels, hospitals, and factories.

Effortless Navigation Through Dense Obstacles

Can precisely identify densely arranged objects and fast-moving targets, with flexible obstacle avoidance that ensures safe and efficient operation in crowded environments like hotels, hospitals, and factories.

Adapts to All Terrains, Excels in Narrow Passages

Ultra-low center of gravity counterweight/independent suspension system/high-torque motor design

Carpet

Concrete

Tile

Floor

Rich API Interfaces, Comprehensive Development Documentation

01Supports composite polymorphic robot's scheduling requirements
02String request, JSON string response, no escaping needed
03Foolproof API command set, simple and easy to use

SLAM Ultra-Large Mapping

01Tested 200,000㎡ seamless movement, theoretically supports unlimited size
02Map supports breakpoint resuming, autonomous loop closure, complex scenarios can use tool assistance
03One-stop mapping tool, cloud-based H5 page requires no installation

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