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Digital forensics

Selected Works

Articles 1 - 4 of 4

Full-Text Articles in Computer Engineering

Forensicloud: An Architecture For Digital Forensic Analysis In The Cloud, Cody Miller, Dae Glendowne, David Dampier, Kendall Blaylock Oct 2019

Forensicloud: An Architecture For Digital Forensic Analysis In The Cloud, Cody Miller, Dae Glendowne, David Dampier, Kendall Blaylock

David Dampier

The amount of data that must be processed in current digital forensic examinations continues to rise. Both the volume and diversity of data are obstacles to the timely completion of forensic investigations. Additionally, some law enforcement agencies do not have the resources to handle cases of even moderate size. To address these issues we have developed an architecture for a cloud-based distributed processing platform we have named Forensicloud. This architecture is designed to reduce the time taken to process digital evidence by leveraging the power of a high performance computing platform and by adapting existing tools to operate within this …

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Research Toward A Partially-Automated, And Crime Specific Digital Triage Process Model, Gary Cantrell, David Dampier, Yoginder S. Dandass, Nan Niu, Chris Bogen Sep 2019

Research Toward A Partially-Automated, And Crime Specific Digital Triage Process Model, Gary Cantrell, David Dampier, Yoginder S. Dandass, Nan Niu, Chris Bogen

David Dampier

The digital forensic process as traditionally laid out begins with the collection, duplication, and authentication of every piece of digital media prior to examination. These first three phases of the digital forensic process are by far the most costly. However, complete forensic duplication is standard practice among digital forensic laboratories.

The time it takes to complete these stages is quickly becoming a serious problem. Digital forensic laboratories do not have the resources and time to keep up with the growing demand for digital forensic examinations with the current methodologies. One solution to this problem is the use of pre-examination techniques …

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The Legacy Computer Challenge, Matt Schultz Oct 2016

The Legacy Computer Challenge, Matt Schultz

Matt Schultz

In late 2016, the Special Collections & University Archives (SCUA) at GVSU LIbraries were approached by a faculty member with a request to help retrieve a series of important emails, journals, and film production notes that were stored electronically on two very old (legacy) Macintosh computers. This presentation was used to provide the Mid-Michigan Digital Practitioners community with an overview of the materials and the use case being presented. Attention was drawn to the challenges of connecting and retrieving data from obsolete computer technology and feedback was solicited for strategies and best practices to follow.

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Educating The Next Generation Of Cyberforensic Professionals, Mark Pollitt, Philip Craiger Dec 2013

Educating The Next Generation Of Cyberforensic Professionals, Mark Pollitt, Philip Craiger

J. Philip Craiger, Ph.D.

This paper provides a historical overview of the development of cyberforensics as a scientific discipline, along with a description of the current state of training, educational programs, certification and accreditation. The paper traces the origins of cyberforensics, the acceptance of cyberforensics as a forensic science and its recognition as a component of information security. It also discusses the development of professional certification and standardized bodies of knowledge that have had a substantial impact on the discipline. Finally, it discusses the accreditation of cyberforensic educational programs, its linkage with the bodies of knowledge and its effect on cyberforensic educational programs.

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