Drugfire
Drugfire (written DRUGFIRE) is a multimedia database imaging system that automates the comparison of images of bullet cartridge cases, shell casings and bullets that was developed by MSI(Mnemonic System Inc.).[1] It is a multimedia database imaging system that allows examiners from across the country to compare and link evidence obtained in the form of spent cartridges and other ammunition casings.[2] When the Federal Bureau of Investigation came under pressure to respond to the wave of gun violence gripping American cities during the crack cocaine epidemic of the 1980s and early 1990s, the FBI sub-contracted MSI to come up with a faster way of comparing and linking evidence obtained in the form of spent cartridges and other ammunition casings from drug-related crimes across the country.[3]
![](../I/m/Identfy_features_of_Bullet.gif)
Development
Before Drugfire was invented, firearm examiners had to rely on a technique devised in the 1920s to compare ammunition markings. This involved looking at a casing under a microscope and the examiner had to compare the two casings to see if there were similar markings on the bullet which would most likely mean that the bullets had been fired from the same gun.[4]
From the years of 1991 and 1992, MSI devolved Drugfire, a forensic imaging system that allows investigators to compare ammunition markings from a specific shooting to databases of seemingly unrelated shootings which allowed the FBI to solve numerous cases.[5]
Notable cases
Drugfire was used by the Oakland Police to solve the murder of Tommie Cain. A month after Cain's shooting death, an Oakland patrol officer pulled over Jovan Reynolds and Henry Bruce for a routine traffic stop. The officer found a .38-caliber revolver in the car, which he took into evidence as both men were felons. When the gun was test-fired and entered into the Drugfire system, police found that its bullet matched the slug had come from Cain's body. With the information, Reynolds and Bruce were questioned and eventually confessed to the murder. Police investigators said the case would most likely still had been open if not for the use of Drugfire.[6]
![](../I/m/Bullet_mark.jpg)
Usage
Drugfire has been considered by many experts to be a widespread success because it has resulted in many previously unsolved "cold cases" being solved.[7]
- Drugfire has been installed in well over 100 crime labs throughout the United States.
- Drugfire is currently being used by more than 500 firearm examiners and technicians.
- Drugfire has processed in excess of 65,000 homicide and murder cases worldwide.
- Drugfire has matched and as a result solved more than 5,200 cases worldwide.[8]
References
![](../I/m/Gun_Ammunition.gif)
- ↑ Roach, Ronald. "Drugfire and IBIS help lawmen fight bad guys" May 19, 1997 Washington Business Journal. Retrieved on February 5, 2008 -
- ↑ Roach, Ronald. "Drugfire and IBIS help lawmen fight bad guys" May 19, 1997 Washington Business Journal. Retrieved on February 5, 2008 -
- ↑ https://www.fbi.gov/hq/lab/fsc/backissu/april2000/schehl2.htm Retrieved on February 5th 2008 - About the national database of ammunition casings
- ↑ Roach, Ronald. "Drugfire and IBIS help lawmen fight bad guys" May 19, 1997 Washington Business Journal. Retrieved on February 5, 2008 -
- ↑ http://www.saf.org/USAtoday102799.html Retrieved on February 5th 2008 - How Drugfire allowed numerous unrelated cases to be linked and solved Archived January 13, 2008, at the Wayback Machine.
- ↑ http://www.saf.org/USAtoday102799.html Retrieved on February 5th 2008 - Info about the Murder of Tommie Cain and how Drugfire helped solved the case Archived January 13, 2008, at the Wayback Machine.
- ↑ http://www.fdle.state.fl.us/publications/tech_success_stories/DRUGFIRE.htm - Retrieved on February 8th 2008 - Info about the success of Drugfire Archived January 27, 2008, at the Wayback Machine.
- ↑ http://www.fdle.state.fl.us/publications/tech_success_stories/DRUGFIRE.htm - Retrieved on February 8th 2008 - Info about Drugfire's use and relative success Archived January 27, 2008, at the Wayback Machine.