Abstract: Systems and methods are contemplated for preventing an entrant and a threat associated therewith from accessing a protected area. An automated clearance procedure may be performed, which may comprise scanning the entrant with a plurality of sensors to obtain measurements, from which parameters corresponding to bio-health risk factors and/or concealed weapon identification may be derived. The clearance procedure may further comprise obtaining information from the entrant and/or retrieving information previously compiled therefrom. From this data, the identity of the threat and the associated risk may be found, which may be carried out via processors within a local network hub and/or a cloud-based system or both. From this threat data, an automated threat response procedure may be carried out, which may comprise denying the entrant access to the protected area, at least partially containing the entrant in a clearance entry point, and/or notifying one or more agencies of the threat.

Abstract: A ballistic resistant, fragmentation debris capture laminate panel is comprised of one or more ballistic resistant and containment materials that have been laminated together with one or more thermoplastic resin substrates such as polycarbonate and/or PETG. The ballistic resistant, fragmentation debris capture laminate panel can be manufactured with a variety of ballistic resistant and containment materials, by autoclave or hot press methods, and include decorative and/or image bearing appearance. Specifically, a ballistic resistant laminate, fragmentation debris capture panel of the present invention can be manufactured to include materials, such as aramid fiber sheet, ballistic ceramic products, and/or metal fabric sheet, or combination thereof, to meet one or several ballistic resistant standards and fragmentation debris capture ratings selected by the user for a specific building, construction or structural application.

Abstract: A ballistic resistant, fragmentation debris capture laminate panel is comprised of one or more ballistic resistant and containment materials that have been laminated together with one or more thermoplastic resin substrates such as polycarbonate and/or PETG. The ballistic resistant, fragmentation debris capture laminate panel can be manufactured with a variety of ballistic resistant and containment materials, by autoclave or hot press methods, and include decorative and/or image bearing appearance. Specifically, a ballistic resistant laminate, fragmentation debris capture panel of the present invention can be manufactured to include materials, such as aramid fiber sheet, ballistic ceramic products, and/or metal fabric sheet, or combination thereof, to meet one or several ballistic resistant standards and fragmentation debris capture ratings selected by the user for a specific building, construction or structural application.