Our Solutions
Industrial Inspection
Our comprehensive inspection system combines a flexible software platform with a Qualcomm® platform AI Camera, and leverages domain-specific large vision models (LVMs) for accurate quality control.
- Enhances production efficiency and improves product quality.
- Leverages the Qualcomm® platform's edge capabilities and the latest AI technology to significantly reduce development and deployment costs.
- Enables rapid expansion to new categories of quality inspection without requiring any coding.
Technologically advanced, all-in-one AI cameras.
Built on the Qualcomm® QCS6490 Platform, these cameras deliver advanced inspection capabilities.
- Concurrent support for three cameras with AI processing capabilities.
- A casing designed for optimal thermal conductivity.
- 12 TOPS of AI processing power with a cost-effective design.
Specification
| Computing Platform | Qualcomm® QCS6490 |
|---|---|
| Cameras | 12MP @ 30FPS × 3 |
| Pixel Size | 1.55μm |
| Lens Interface | C/CS mount, 12mm focal length, F2.8–F16 aperture |
| Operating System | Qualcomm® Linux® |
| Memory / Storage | 8GB / 128GB |
| Interfaces | 1 × Gigabit RJ45 (wired network) 1 × USB 3.1 Type-C 3 × DIP (CMA1.2.3) 1 × HDMI 1 × RS485 3 × Optical isolation inputs/outputs 1 × Expandable GPIO port |
| Power Voltage | 9–36V DC (Wide voltage) |
| Main Control Box Size | 123.8 × 109.8 × 49 mm |
| Operating Temperature | 0°C–50°C |
| Storage Temperature | -30°C–70°C |
A proven and mature solution validated by multiple industry customers.
Greige Fabric Quality Control, Textiles
Inkjet Coding Quality Control, Consumer Products
Rapid deployment in just 2-3 Months.
AI Security Cameras
Transform security operations with edge AI cameras and natural language queries powered by optimized large language models (LLMs)—enabling faster, smarter, and context-rich insights from video data.
- Real-time on-device analytics reduces latency, lowering bandwidth and cloud costs, and complying with privacy regulations.
- The vision AI pipeline is easily extended to recognize domain-specific objects, behaviors, and contextual patterns.
- The powerful natural language interface saves operators significant time in identifying incidents and generating reports.
Humanoid Robots
Enhance industrial and commercial performance with AI-driven humanoid robots—automating complex, multi-step tasks, augmenting human teams, and increasing operational agility across dynamic work environments.
- Advanced perception systems and real-time decision-making ensure safe navigation of diverse surroundings.
- Human-like dexterity and support for fine motor skills allow for high precision in demanding workloads.
- Continuous learning algorithms enable performance optimization and allow the robots to adapt to new situations over time—without the costs of reprogramming.
Entry Interface: "Cute Kid" Humanoid
The gateway to embodied AI, allowing developers and institutions to prototype sovereign intelligence in a compact physical platform.
Key Highlights
- Proven motion stability
- Designed for Embodied AI education and research
- Agile movement with expressive dance and sports capabilities
- Lightweight and portable form factor
Scenario Agents (Modular Skills)
- Default Agent: Greeting, interaction, hosting
- Soccer Agent: Ball tracking, kicking, gesture control
- Dance Agent: Dynamic choreography and motion performance
- Hi-Chat Agent: Education, assistant tasks, social interaction
| Parameters | Specification |
|---|---|
| Height | 95 cm |
| Weight | 19.5 kg |
| Battery Life | ~80 minutes |
| Degrees of Freedom | 22 DoF |
| AI Compute | Up to 48 TOPS |
| Mobility | Omnidirectional walking with dynamic balancing |
Advanced Interface: "Adult" Humanoid
The primary embodied interaction interface, designed for real-world deployment across public spaces, enterprise environments, and national AI experiences.
Key Highlights
- Integrated multi-core AI architecture for multimodal interaction
- Ergonomic humanoid design aligned with human-centered environments
- Large-model driven interaction for intelligent scenarios
- Strong autonomous mobility with high environmental adaptability
- Advanced perception: 360° LiDAR + multi-camera sensing system
Typical Application Scenarios
- Object Recognition & Localization
- Exhibition Reception and Visitor Interaction
- Interactive Learning and Educational Assistance
- Knowledge Q&A and Public Engagement
Specification
| Dimensions | 30cm × 75cm × 169cm (L × W × H) |
|---|---|
| Battery Life | ≥ 2 hours |
| Degrees of Freedom | 40+ active joints |
| Navigation | Real-time autonomous navigation and obstacle avoidance |
| Mobility | Omnidirectional walking with dynamic balancing |
Autonomous Forklifts
Enhance warehouse operations with advanced autonomous forklift and AGV systems—streamlining material handling, optimizing workflows, and reducing operational overhead across facilities.
- Intelligent route planning and dynamic obstacle avoidance improve throughput while minimizing downtime and safety risks.
- Real-time fleet coordination and task allocation increase picking accuracy, accelerate pallet movement, and maximize space utilization.
- Scalable automation reduces labor dependency, lowering operating costs and offering high efficiency at all hours.