An image of the Hawkberg Under Vehicle Scanning System (UVSS) integrated seamlessly with ANPR technology.

Seamless integration: Hawkberg's advanced Under Vehicle Scanning System (UVSS) combined with ANPR for top-tier security and access control.

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Integrating Under Vehicle Surveillance System (UVSS) and Automatic Number Plate Recognition (ANPR) systems for security purposes involves combining technologies to enhance access control and surveillance. Here's a technical overview of UVSS and ANPR integration from a software engineering perspective:

UVSS (Under Vehicle Surveillance System):

  1. UVSS Hardware: UVSS typically consists of cameras and sensors embedded in the ground or installed on a road surface. These cameras capture images of the undersides of vehicles passing over them.
  2. Image Processing: The captured images contain vehicle undercarriage details. Image processing algorithms are used to analyze these images for security purposes. This can include detecting suspicious objects or anomalies.
  3. Data Transmission: The processed data, such as images and alerts, needs to be transmitted to a central server or control center. Communication protocols like HTTP, FTP, or custom protocols may be used for this purpose.

ANPR (Automatic Number Plate Recognition):

  1. ANPR Hardware: ANPR systems use cameras, often positioned near entry or exit points, to capture images of vehicle license plates. These cameras may have specialized lenses for better recognition.
  2. Image Processing: ANPR software employs optical character recognition (OCR) algorithms to extract and recognize the characters on the license plates from the captured images.
  3. Database Lookup: The recognized license plate numbers are typically compared against a database of authorized and unauthorized vehicles. This database can be stored locally or accessed via a network connection.
  4. Alert Generation: If a license plate match is found, the system can generate alerts, trigger access control barriers, or perform other predefined actions based on the recognized plate and database lookup results.


  1. Data Integration: Integration begins by capturing data from both UVSS and ANPR systems. Data from the UVSS system includes images and any detected anomalies, while data from ANPR includes recognized license plates.
  2. Data Correlation: The integration layer correlates data from both systems. For example, it matches the vehicle detected by UVSS with the license plate recognized by ANPR, creating a comprehensive record for that vehicle.
  3. Alerts and Actions: The integrated system can then generate alerts or trigger actions based on predefined rules. For instance, if an unauthorized vehicle is detected by UVSS and its license plate is recognized by ANPR, an alert may be sent to security personnel or access control barriers may be activated.
  4. Logging and Reporting: All data and system events should be logged for audit and reporting purposes, ensuring compliance with security and access control requirements.
  5. User Interface: A user interface may be developed to provide security personnel with a unified view of UVSS and ANPR data, alerts, and controls.
  6. Scalability: The system should be designed to scale, accommodating additional UVSS and ANPR units as needed.

Software Stack: The software stack for UVSS and ANPR integration may include programming languages such as Python, Java, or C++, along with databases for storing vehicle information and configurations. Middleware and communication protocols are used for data exchange between components.

Security: Security is of paramount importance, as the integrated system handles sensitive data. Implement encryption, access controls, and authentication mechanisms to protect data and system integrity.

Maintenance: Regular maintenance and updates are essential to ensure the continued reliability and accuracy of the UVSS and ANPR integration.

Overall, UVSS and ANPR integration enhances security and access control by combining the strengths of both technologies, providing a more comprehensive solution for monitoring and controlling vehicle access to secure areas.