The UVSS is a ground-level imaging system that inspects vehicle undersides for threats, contraband, or unauthorized modifications during entry or exit at secure locations.

It can be deployed in a permanent location and also deployed semi-permanently. Currently, there is a model in beta testing that is mobile and easily deployed that will be shortly available.

Vehicles pass over a recessed or surface-mounted camera array that records high-resolution images. The system stitches these images into a complete undercarriage view for inspection.

It significantly mitigates the risk of human error, increases inspection speed, and ensures every vehicle is documented with a clear, consistent visual record. By automating the inspection process, it allows for near real-time analysis, reducing congestion at entry points and improving traffic flow without compromising security.

From a safety perspective, automation eliminates the need for personnel to approach or crawl beneath vehicles, reducing exposure to potential threats such as explosives, hazardous materials, or moving traffic. Operators remain at a safe distance while the system captures and analyzes detailed undercarriage imagery, maintaining full situational awareness through the command interface.

The system not only detects anomalies such as foreign objects, mechanical alterations, or concealment attempts, but it also records the license plate and links it to the corresponding vehicle undercarriage image. Each scan is stored and time-stamped, allowing the system to compare returning vehicles against previous inspections to identify any new or missing components that could signal tampering or hidden threats.

This data-driven comparison capability adds significant value by improving both the accuracy and depth of every inspection. The archived images create a traceable history that supports investigations, compliance audits, and long-term risk management.

In short, the system enhances timing, safety, and value by combining automation, precision imaging, and comparative intelligence into a single, efficient process.

Yes. It uses infrared illumination and durable enclosures designed for 24/7 operation in outdoor environments regardless of weather conditions.

Yes. It can compare current scans against previous records to identify modifications, damage, or concealed threats between visits.

The scan occurs in real-time as the vehicle passes. Full imaging and analysis are completed within seconds, allowing traffic to continue with minimal delay.

Yes. It integrates with license plate recognition, gate controls, access systems, and surveillance networks to provide complete vehicle security management.

Government facilities, border crossings, ports, stadiums, large events, corporate campuses, and private sites with controlled vehicle access all benefit from this system.

The system archives scans for future comparison and investigation. All data handling follows strict privacy and security standards, with customizable retention policies.

We manage every stage of implementation including system setup, calibration, operator training, and ongoing maintenance. Our team can conduct regular performance checks to ensure consistent reliability and image accuracy throughout the system’s lifespan. In addition, we can develop the standard operating procedures and policies that govern daily use, data handling, and safety protocols. When needed, we design and administer hands-on training and testing programs to verify operator competency and ensure that the system is being used to its full potential in accordance with operational standards.