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NATO LogoNewsroomNewsNew NATO scientific projects to help with the fight against terrorism
NATO LogoNewsroomNewsNew NATO scientific projects to help with the fight against terrorism17 Oct. 2018 - 18 Oct. 2018|Last updated: 12 Nov. 2018 14:55
NATO LogoNewsroomNewsNew NATO scientific projects to help with the fight against terrorism17 Oct. 2018 - 18 Oct. 2018|Last updated: 12 Nov. 2018 14:55EnglishFrenchRussianUkrainian
NATO LogoNewsroomNewsNew NATO scientific projects to help with the fight against terrorism17 Oct. 2018 - 18 Oct. 2018|Last updated: 12 Nov. 2018 14:55EnglishFrenchRussianUkrainianThree technologies on detection and clearance of improvised explosive devices (IEDs), namely a semi-autonomous robot for detection of mines and IEDs, a lightweight and easy-to-use mine detector and a handheld detector for dirty bombs, were successfully tested in Florence, Italy on 17 and 18 October 2018. These technologies are developed in the framework of NATO’s Science for Peace and Security (SPS) Programme.
of NATO’s Science for Peace and Security (SPS) Programme.A
Terrorist attacks in Europe and elsewhere have shown the vulnerability of critical infrastructures, such as metro stations and airports, to the use of hazardous objects like concealed weapons or explosives. Cooperation between scientists and experts is critical to develop best practices and technologies to counter these threats.
Terrorist attacks in Europe and elsewhere have shown the vulnerability of critical infrastructures, such as metro stations and airports, to the use of hazardous objects like concealed weapons or explosives. Cooperation between scientists and experts is critical to develop best practices and technologies to counter these threats.A simple, lightweight, easy-to-use and cheap handheld ultra-wideband (UWB) mine detector produced through 3D printing to be used mainly in port and border security
Terrorist attacks in Europe and elsewhere have shown the vulnerability of critical infrastructures, such as metro stations and airports, to the use of hazardous objects like concealed weapons or explosives. Cooperation between scientists and experts is critical to develop best practices and technologies to counter these threats.A simple, lightweight, easy-to-use and cheap handheld ultra-wideband (UWB) mine detector produced through 3D printing to be used mainly in port and border security”Without adequate regional and international cooperation, it would be impossible to address the variety of issues relating to threats from explosives today,” said Robert Weaver, NATO Deputy Assistant Secretary General for Emerging Security Challenges at a two-day workshop organised in cooperation with the University of Florence.
Terrorist attacks in Europe and elsewhere have shown the vulnerability of critical infrastructures, such as metro stations and airports, to the use of hazardous objects like concealed weapons or explosives. Cooperation between scientists and experts is critical to develop best practices and technologies to counter these threats.A simple, lightweight, easy-to-use and cheap handheld ultra-wideband (UWB) mine detector produced through 3D printing to be used mainly in port and border security”Without adequate regional and international cooperation, it would be impossible to address the variety of issues relating to threats from explosives today,” said Robert Weaver, NATO Deputy Assistant Secretary General for Emerging Security Challenges at a two-day workshop organised in cooperation with the University of Florence.Detecting explosives in real-time