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.
Fleet Management
A one stop solution for medium to heavy-duty commercial fleets—including trucks, buses, hazardous materials transporters, and construction vehicles—that require advanced safety monitoring, driver behavior analysis, and real-time fleet management.
- Easily locate and monitor vehicles, drivers, idle time, parking activity, and geofence events across your fleet.
- Improve driver safety with in-cabin voice alerts and safety scores that identify top and underperforming drivers.
- Reconstruct accidents with detailed incident analysis to accurately determine liability and clarify the cause of the accident.
Advanced AI Dashboard Camera
Engineered for the safety, uptime, and compliance demands of heavy-duty fleets, the K265 is our most advanced all-in-one video telematics platform.
- Comprehensive satellite tracking with optional ADR for precise positioning in difficult conditions.
- Real-time event detection via edge AI with a cloud-based insight service for high-accuracy ADAS and DMS monitoring.
- ECU integration via Smart CAN cable—enabling multi-channel OBD-II/J1939 vehicle and engine telematics.
Specification
| Platform | Qualcomm® QCS610 (Octa-Core CPU) |
|---|---|
| Operating System | Android™ 10 |
| Memory / Storage | 4GB / 32GB |
| Certifications | CE, CB, FCC/IC, UKCA, RCM, BQB, PTCRB, WEEE, ROHS |
| Carrier Approvals | AT&T, Verizon, T-Mobile |
| NFC | MiFare® or FeliCa HF RFID (ISO 14443 A/B & ISO 15693 compliant) |
| Wireless Interfaces | 4G LTE, Bluetooth® 5.0, WiFi (2.4 & 5 GHz) |
| Physical Interfaces | 2 × USB (1 Mini-USB + 1 USB-C) 2 × Micro SD Slots (up to 1 TB per slot) 2 × SIM (1 Nano SIM + 1 eSIM) 1 × Speaker (Built-in) 2 × Microphone (Built-in) |
| Built-in Cameras | Forward: Full HD (1920 x 1080) @ 30 fps (configurable) FOV: D 142.8° / H 120.4° / V 63.8° (±5%) |
| Inward: Full HD (1920 x 1080) @ 30 fps (configurable) FOV: D 142.8° / H 120.4° / V 63.8° (±5%) Supports infrared imaging | |
| Expandable Cameras | Up to 5 additional cameras (4 x TVI + 1 x USB) |
| Environment | -20°C–60°C (Operating Temperature) -30°C–85°C (Storage Temperature) |
| Dimensions | 124mm x 88.6mm x 101mm |
Standard AI Dashboard Camera
Built for commercial fleets that need dependable video telematics without unnecessary complexity, the K220 is a flexible and affordable entry-level platform.
- Easy installation through windshield mount.
- Satellite tracking with optional ADR for precise positioning in difficult conditions.
- Real-time event detection including ADAS and DMS monitoring.
- ECU integration via Smart CAN cable.
Specification
| Platform | Qualcomm® Snapdragon™ (Octa-Core CPU) |
|---|---|
| Operating System | Android™ 10 |
| Memory / Storage | 2GB / 16GB |
| Certifications | CE, CB, FCC/IC, UKCA, BQB, WEEE, ROHS, PTCRB, BIS |
| Carrier Approvals | AT&T, T-Mobile |
| Wireless Interfaces | 4G LTE, Bluetooth® 4.2, WiFi (2.4 & 5 GHz) |
| Physical Interfaces | 1 × Mini-USB 1 × Micro SD Slots (up to 1 TB capacity) 2 × SIM (1 Nano SIM + 1 eSIM) 1 × Speaker (Built-in) 1 × Microphone (Built-in) |
| Built-in Cameras | Forward: Full HD (1920 x 1080) @ 30 fps (configurable) FOV: D 142.8° / H 120.4° / V 63.8° (±5%) |
| Inward: Full HD (1920 x 1080) @ 30 fps (configurable) FOV: D 142.8° / H 120.4° / V 63.8° (±5%) | |
| Environment | -20°C–60°C (Operating Temperature) -30°C–85°C (Storage Temperature) |
| Dimensions | 112mm x 70mm x 47.9mm |
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.