"Automatic License Plate and Container Recognition, and Vehicle Profiling Enhance CVO Enforcement"
Automatic License Plate Recognition (ALPR) system play an ever increasing role in commercial vehicle law enforcement. The TDS Automatic License Plate Recognition and Automatic Container Number Recognition systems capture vehicle license plate and container number data and immediately verify this data against known lists to flag vehicles and containers that are suspect or wanted. The results are used to automatically identify violators and alert law enforcement authorities.
- LPR Brochure
- Stolen Vehicle Identification
- Wanted Felons, BOLO's and AMBER Alert
- Sexual Predators and DUI Surveillance
- Surveillance and Investigation
- Drug Enforcement
- Homeland Security and Interoperability
The TDS 3D Profiling System creates a complete physical outline of the vehicle including height and width profiles and the length of the vehicle.
Transport Data Systems works directly with a variety of users to maximize the benfits of CVO Enforcement systems. Custom webpage, database features, BOLO entry fields and search/sort critera are designed with the specific customer needs in mind. Queries of local BOLO, FCIC and NCIC databases mean near instantaneous results, in turn significantly increasing arrest rates. When combined with back office systems, Automatic License Plate Recognition and Automatic Container Number Recognition can also be used for data mining efforts related to crime scene investigation, criminal travel patterns and hotspots and other intelligence purposes.
TDS ALPR CVO enforcement products have been integrated into agricultural inspection, weigh station and port entry applications. The same equipment can readily be applied to border crossing and radiological monitoring applications.
These systems can also be used to perform a variety of other security and law enforcement functions including.
These systems can provide continuous monitoring of high traffic areas and communicate to local agencies all database hits, allowing for rapid, efficient, and appropriate deployment of resources.