Apstec Human Security Radar Screens Crowds at Geneva International Motor Show
Screening technology capable of scanning 10,000 people per hour deployed at prestigious automotive event
Geneva, March 7th 2019. Apstec Systems™ (Apstec™) today announced that its Human Security Radar (HSR) system will be deployed at the Palexpo Exhibition and Congress Centre in Geneva to improve safety and security for the International Motor Show 2019. Asptec’s HSR system is the world’s first fully automatic real-time mass people screening solution.
Held over a period of ten days, the Geneva International Motor Show is one of the automotive industry’s flagship events and attracts large numbers of visitors every year. The organisers are anticipating up to three-quarters of a million visitors over the duration of this year’s event, with capacity reaching 150,000 attendees a day during peak times.
HSR is uniquely well suited to managing this level of throughput and providing a high level of security without causing disruption to the flow of visitors into the venue, or negatively impacting their experience. Two HSR systems will be deployed for the show, each capable of screening up to 10,000 people per hour.
The Palexpo is one of the largest conference centres in Europe, and as such has a duty of care to its visitors. Traditional security checkpoints or manual searches, which scan one individual at a time, are not suited to large venues and public places, leading to queues and delays. Although security is still paramount, attention has moved towards the need to add a critical level of defence that doesn’t impede visitor experience.
HSR was designed to address this challenge, and offers a practical and cost-effective solution to security screening in high footfall scenarios. The first fully automated, real-time mass screening solution, HSR provides seamless security to protect public places from terrorist attacks.
Developed by specialists in the fields of radio physics, electronics and software engineering, the walkthrough system has been built in conjunction with leading authorities and ‘end users’ in security and counter-terrorism.
HSR screens for mass casualty threats including improvised explosive devices concealed on the body or in body-worn bags, and firearms wherever they are carried, without the need for an operator to inspect suspect materials. It leverages centimeter wave technology, meaning it can discriminate explosives from benign materials, with a high degree of accuracy.
Gregory Labzovsky, CEO, Apstec, explained: “Until recently, it’s been almost impossible to secure public spaces in a simple and cost-effective way, with existing approaches to security screening proving to be impractical, inconvenient and expensive to operate. HSR enables venue owners to close a critical security capability gap without impacting the experience of their patrons. We’re delighted to be working with The Geneva International Motor Show to enhance safety for thousands of motoring exhibitors and enthusiasts.”
The Palexpo’s deployment of HSR is the latest major implementation of this new technology. The system has been installed in some of the world’s busiest airports, as well as in sports stadiums, entertainment venues, mass transport hubs and networks.
Founded in 2003, Apstec has established itself as an innovator in the field of real-time mass people screening and threat detection technology. Backed by meticulous research and development by its leading experts specializing in the application of radio physics, electronics and software engineering to the development of technology for the detection of weapons and person-borne improvised explosive devices (PBIEDs), Apstec can boast the most mature and rigorously tested system available to the market today, the Human Security Radar® (HSR®). With patents allowed in 59 countries worldwide and the completion of numerous successful trials with leading organizations, Apstec is poised to make good on its mission to make the world a safer place. For more information about the company please visit: www.apstecsystems.com
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