NCJ Number
208748
Journal
Lae Enforcement Technology Volume: 32 Issue: 1 Dated: January 2005 Pages: 88,90-91,93
Editor(s)
Ronnie Garrett
Date Published
January 2005
Length
4 pages
Annotation
This article examines the interfacing of information technology with robotics and CODIS in the area of DNA analysis in order to streamline the processing of DNA samples from offenders at crime scenes so as to eliminate backlogs.
Abstract
Forensic analysis and DNA technology that matches criminals to crime scene samples takes a significant amount of time. However, those jurisdictions best at matching samples with offenders typically have automated their technology. This technology is the combined DNA Index System or CODIS. CODIS integrates information obtained under State DNA data systems and makes it available on an nationwide basis. It provides usable information in a timely manner to jurisdictions with the system. However, as more samples are gathered from convicted offenders and from crime scenes, it is essential to find a process that can ensure accuracy, automate the system, and eliminate felons to provide DNA samples; yet the backlog to process them is considerable. This article examines an available system which combines robotics and computer software to process the DNA samples which can then be matched by CODIS with record speed and accuracy. The system is called STaCS or Sample Tracking and Control System. STaCS employs information technology that interfaces with robotics and CODIS. STaCS tracks the DNA process from beginning to end.