
NXCP-VPGS100
Vision-based Parking Guidance System
To solve the problem of drivers struggling to find available parking spaces, Nexuni has developed a vision-based solution that combines AI recognition models with LED occupancy indicators and parking space count displays.
Current Industry Challenges
- Ultrasonic-based systems are sensitive to environmental conditions and prone to interference. They also lack integration with payment or license plate recognition systems, limiting scalability.
- Vision-based systems may inaccurately switch indicator lights due to pedestrian movement or obstacles.
Our Solution
Nexuni Smart Visual Parking Guidance System
- Built on NXAI architecture with proprietary vision models that analyze actual parking slots and avoid false signals caused by pedestrians or obstacles
- Sentinel-based monitoring mode can record abnormal activities such as movement, boundary violations, or unusual behavior
- Clever hardware design minimizes deployment cost and complexity

Ultra-Low Power Micro AI Model
Nexuni’s proprietary micro AI model is deployed on embedded processors, offering high performance with ultra-low power consumption. Without relying on high-end computing, the system performs fast and accurate plate and space recognition on the edge, reducing both energy use and hardware cost—ideal for large-scale smart parking deployments.

Compact Size, Quick Installation, Easy Deployment
The VPGS is designed for simplicity—one cable can connect an entire row of units, and each device installs with just two screws. Its compact form factor fits easily above parking spaces without disrupting infrastructure, enabling large-scale and rapid deployment.
Product video
Specifications

| Model | NXCP-VPGS100 |
|---|---|
| Voltage | DC48V |
| Power Consumption | Single lens: 3.6WDual lens: 5W |
| Dimensions | 165.5 mm × 150 mm × 93 mm |
| Communication Port | RJ45 × 2 |
| Resolution | 2,000,000 |
| Operating Temperature | -20°C~+50°C |
| Humidity | Humidity < 95% (non-condensing) |
See how it runs on your site.
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