Embodied Intelligent Brain
Core Platform

The embodied intelligent brain core platform is an advanced intelligent agent development platform that enhances human–machine collaboration through embodied intelligence and AIoT technologies. It integrates multimodal perception, real-time decision-making, and dynamic interaction, providing end-to-end support from prototyping to real-world deployment.

Embodied Brain

Spatial Intelligent Core
Fast Autonomous Decision-Making

Using GIS and BIM–based digital twin technology, the platform builds a real-time spatial “brain” for embodied intelligence, enabling accurate analysis of object attributes, spatial relationships, and human–machine interactions to support autonomous decision-making.

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Embodied Cerebellum

Dual-Engine Control Millimeter-Level Precision Execution

It features dual engines for operation and motion control, ensuring precise and stable execution through a meta-skill library and adaptive error correction.

Core Advantages：

Map Creation & Visual Route Editing

Create site maps and visually plan or adjust patrol routes.

Real-Time Remote Control & Live Video

Remotely control the robot and view live video for real-time monitoring.

Multi-Robot Management

Manage and monitor multiple robots from a unified platform.

Patrol Task & Checkpoint Management

Set patrol schedules, routes, checkpoints, and task requirements.

Inspection Data & Historical Records

Collect inspection data, alarms, images, and videos for traceability and analysis.

Security System Integration via APIs

Integrate with customers’ existing security platforms and systems through standard APIs.

Charging & Battery Management

Monitor battery status and support automatic return-to-dock and charging.

Easy Patrol Point Management

Easily add, delete, or modify patrol points directly on the map.

Multi-Dimensional Intelligent Analysis

Combines multi-modal sensing and AI to detect personnel, equipment, and environmental anomalies for real-time risk alerts.

Multimodal Perception Fusion

A multimodal sensor fusion perception model is built, integrating vision, speech, tactile, olfactory, and other modalities, supporting dynamic environment modeling and real-time data fusion.

One Brain Controls Multiple Machines | Cross-Ontology Compatibility

Supports unified control of multi-configuration entities such as quadruped robots, wheeled robots, and humanoid robots.