The Tate UVSS is designed to improve facility safety by optimising the vehicle screening process. Simple to deploy, the system enables organisations to realise significant cost savings related to infrastructure investments and operations by streamlining what has traditionally been a multi-step procedure into a single tool.

Tate UVSS Platform – IP68 scanning system with area scan machine vision camera and fish-eye lens (mounted on the roadway). LPR/ANPR camera.
Tate UVSS Controller – processing server with data storage and built-in video management platform – Tate Enterprise.
Tate Driver Camera (optional) – capture and recognition of driver and passenger face through vehicle windshield.

The Tate Software Platform provides hardware- software system management, video monitoring and recording, allowing surveillance of the undercarriage of vehicles and cross-referencing with video archive.

Single embedded customizable Tate UVSS GUI providing vehicle’s single and multifactor passage inspection, combination of undercarriage image and data for survey, as well as report and image export.

Software is developed in the UK, ensuring compliance with national standards and supporting trusted procurement.

• Undercarriage images are saved together with respective recognised vehicle license plates, driver and passenger faces (optional) allowing for future searches and analysis.

• Undercarriage scans of a particular vehicle can be used as a reference image for comparison and FOD (Foreign Object Detection) when this vehicle appears again.

• Operator can simultaneously compare both images, search and mark suspicious zones, access or deny subsequent vehicle’s movement in single GUI.

• Professional customisable Tate UVSS GUI for seamless vehicle passage checks workflow.

Compact UVSS-platform does not require heavy construction work to deploy and is easy to maintain.
Highly durable construction is capable of resisting a vehicle accidentally running over the UVSS platform with its wheels.
No need for physical sensors to detect vehicle presence due to build-in video analytic detectors.