Crowded public places are more vulnerable than everand lack appropriate protection
Attackers are frequently looking to *soft* targets such as major events, stadiums, transport hubs, hotels and placesof worship because they are difficult to protect
Traditional checkpoint security processes, that scan one personat a time are not well suited to securing crowded places
New Approach Required - Crowded public spaces requirenew approaches to security to seamlessly screen high volumesof people without undue disruption and delay.
Introducing
Human Security Radar®
(HSR™)
Apstec®’s HSR™ is revolutionizing the security of crowded public spaces. It is a fully automated, real-time walk-through mass people screening solution that detects firearms and explosives before they become tools of terrorism.
HSR™ has unparalled throughput. It is able to screen up to 10,000 people per hour per system and multiple people simultaneously without the need to empty pockets or remove coats, a major improvement over traditional style checkpoint processes that require the scanning of one person at a time and prevent the free movement of people.
HSR™’s real-time, automatic threat recognition capabilities dramatically improve security levels while efficiently screening large numbers of people. HSR™ automatically detects concealed firearms and explosives on the person and in body worn or carried backpacks, and identifies the threat, and its exact location, in real time, making it easy for security intervention.
Exceptional Accuracy
Firearms and explosives are detected consistently with a very low rate of false alarms.
Unparalleld High Throughput
HSR™ automatically recognizes threat items on the body and in body worn bags using sophisticated algorithms, artificial intelligence and machine learning.
Real-time /
Free flow
Multiple people walk through continuously at a normal pace. No need to stop and wait or remove jackets or empty pockets.
Automatic Threat Recognition
HSR automatically recognizes threat items on the body and in body worn bags using sophisticated algorithms, artificial intelligence and machine learning.