The Chemical Threat Clustering Tool provides an efficient means of analyzing the exhaustive body of possible threats by identifying representative chemical exemplars for use in threat assessments.

This fact sheet outlines COVID-19 lessons learned and parallels for radiological and nuclear emergencies.

Technologies developed with DHS funding may have significant commercial potential. To harness this potential, DHS grants licenses that allow a company to make, use, and/or sell DHS technologies in the commercial marketplace. The DHS Technology Transfer and Commercialization Program (T2C) maintains a list of DHS technologies available for licensing and manages all licensing activities for DHS. 

The Biometric and Identity Technology Center focuses on methods, tools, and technologies to recognize individuals and protect sensitive personal information through advanced biometrics and other capabilities.

Currently under development by DHS S&T and the National Aeronautics and Space Administration Jet Propulsion Laboratory (NASA JPL), POINTER is a precision positioning sensor system that locates first responders via low-frequency magnetic fields that can transmit signals through materials including wood, concrete, brick, and rebar.

To better understand the stability of SARS-CoV-2 on surfaces and understand the potential risk of contact transmission,  the  present  study  was  conducted  to  examine  the  influence  of  environmental  conditions,  matrix composition, and droplet size on the surface persistence of SARS-CoV-2.

This study was conducted to examine the efficacy of eight disinfectants that are representative of major classes of disinfectants found in liquid cleaners to reduce the viral load on contaminated surfaces.

The Vehicle Inspection for Early Warning (VIEW) system is designed to be low-cost, automated, fast ,and resilient with both permanent and mobile configurations.

DHS S&T's Technology Transfer and Commercialization Program (T2C) manages technology transfer and commercialization activities across DHS and the DHS laboratory network. 

The Department of Homeland Security Science and Technology Directorate (S&T) is working with Avon to develop a high-pressure, low-profile self-contained breathing apparatus that will meet National Fire Protection Association 1986 standards and have a more compact design and improved weight distribution across the user's back.