Forensic Inspection of Sensitive User Data and Artifacts from Smartwatch Wearable Devices.

Wearable devices allow users the ability to leave mobile phones behind while remaining connected to the digital world; however, this creates challenges in the examination, acquisition, identification, and analysis of probative data. This preliminary research aims to provide an enhanced understanding of where sensitive user data and forensic artifacts are stored on smartwatch wearable devices, both through utilization as a connected and standalone device. It also provides a methodology for the forensically sound acquisition of data from a standalone smartwatch wearable device.

Validation of half-reaction amplification using Promega PowerPlex 16.

DNA amplification is a fundamental yet costly process used in DNA analysis. This study evaluated half-reaction amplification (12.5, 12, and 13 microL) using the Promega Powerplex 16 Kit with the hope of reducing sample analysis costs by half.

Extraction and analysis of human nuclear and mitochondrial DNA from electron beam irradiated envelopes.

The United States Postal Service is considering methods such as electron beam irradiation to neutralize biological agents sent through the mail. While this is proven to reduce/eliminate pathogenic organisms, it may also degrade human genomic DNA and therefore hinder the ability to garner forensically informative genetic profiles. To determine the effects of electron beam irradiation on DNA typing, 16 white, standard letter-sized envelopes were licked.