Firearms
Validation and Evaluation of Magneto-Optical Imaging Technology for Recovering Obliterated Serial Numbers in Firearms
Examination of the Short-and Long-term Impact of School Shootings
Evaluating Gunshot Detection Technology (GDT) to Aid in the Reduction of Firearms Violence
Sentinel Events: A Sustainable Model for System Change
Evaluating the law enforcement, prosecutor, and court response to firearm-related crimes in St. Louis
Applied Research, Development, and Method Validation of Toolmark Imaging, Virtual Casing Comparison, and In-Lab Verification for Firearms Forensics
Gun Safety Technology Challenge
Challenge Closed
This challenge has closed. This page is kept available for informational purposes. Thank you for your interest in the NIJ Gun Safety Technology Challenge. No winners will be selected for this Challenge. No stage 2 and stage 3 testing will take place. We encourage to continue checking NIJ.gov for future opportunities.
On this page find:
Viable, Affordable, and Meaningful Integration of Organic and Inorganic Analysis of Firearms Discharge Residue
Decrease the Controlled Substance and Firearm Analysis Backlog Utilizing Overtime
Process Evaluation of BJA''s Firearm Lock Distribution and Safe Storage Program
RECOVERY OF DEFACED SERIAL NUMBERS USING INFRARED THERMAL IMAGING
Magneto-Optical Sensors Bring Obliterated Serial Numbers Back to Life
Applied Research and Development of a Three-Dimensional Topography System for Imaging and Analysis of Striated and Impressed Tool Marks for Firearm Identification using GelSight
Firearms and Violence Topical Working Group Meeting Summary 2011
Success Story: Demonstrating Objectivity in Ballistic Identification: Statistical Validation Using Topographical Imagery
Magneto-Optical Sensors Bring Obliterated Serial Numbers Back to Life
A sensor technology first developed for medical use is being adapted to detect and visualize destroyed serial numbers in firearms.