A full body scanner is a tool using electromagnetic radiations to identify items on a person’s body during security screening without physical contact or removing clothing.
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A full body scanner is a tool using electromagnetic radiations to identify items on a person’s body during security screening without physical contact or removing clothing.
The global full body scanner market size is expected to exceed more than US$ 400 million by 2024 from US$ 200 million in 2018.
The major growth driver behind the global full body scanner market is the rise in security concerns in transport hubs, hotels and industrial facilities. The security failure on these sites can result in mass casualties and cause significant damage.
Companies are increasingly focusing on improving their security, which drives demand for full-body scanners. Furthermore, the global full body scanner market is also supported by commercial security and anti-terrorism measures across the world.
The global market for full body scanner is expected to rise moderately due to the growing use of technology in public and commercial facilities. The need for full body scanners has increased to tackle theft, trafficking and smuggling around the globe, thereby driving the global full body scanner market.
The increasing security concerns also encourage full-scanning by facility managers, law enforcement authorities and security monitoring agencies. High-valued industries such as diamond mining also use full-body scanners to detect gems, gold and other valuables.
The rising health concerns among passengers might hamper the global full body scanner market. Also, the privacy protection issues among some passengers opposed to displaying intimate pictures to screening authorities have had a significant influence on the implementation of full body scanners at many airports.
The introduction of artificial intelligence systems into scanning technologies is one of the major trends in the market for full-body scanners. Several research programs are underway to use Al in explosive detection equipment and full body scanners.
An Al-driven approach will significantly increase the accuracy of inspection and therefore, will greatly improve the overall effectiveness.