Started since 2015

We Scientists

Analysts of networks security, cyber attacks, psychology and practical implementations of “digforevidence” - digital forensics evidence, and new visualization methods of learning to cybercrime awareness, building a culture of security, or managing insider threats.
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ABOUT DIGITAL EVIDENCE INVESTIGATION OF CYBERCRIME (DEIC) TOOL

Digital Evidence Object (DEO) model for digital forensic investigation and described its application. The Model is based on the principles of the category theory, and is used for digital investigation analysis with respect to the 5Ws (Why, When, Where, What, and Who) and supports situation-aware intelligent time-critical decision making and automated knowledge discovery in digital forensics domain.

DEIC

DEIC

Digital Evidence Investigation of Cybercrime Tool

DEO

DEO

Digital Evidence Objects model

HiD

HiD

The Habits identification Domain

PASSION LEADS TO DIGITAL FORENSICS, PERFORMANCE LEADS TO RESEARCH!
Kaunas University of Technology – Development SG
about
Research

OUR RESEARCH RESULTS

To achieve evaluation result of proposed models Digital Evidence Investigation of Cybercrime (DEIC) tool was developed. Using DEIC tool experiments with digital evidence investigation of cybercrime from ten disk images with forensic artifacts were made.

Research
tool

OUR DIGITAL FORENSIC TOOL

Our goal to reducing the number of digital evidences in cybercrime investigations has been achieved. Experiments with models and the DEIC Tool have shown a real opportunity to contribute to reducing cybercrime.

GET CONNECTED

The DEO model can help forensic investigator, first, to reduce amount of data for examination, next, to analyse and extract digital evidence from reduced amount of information and smaller data set. By examining the smaller amount up to 99 percent of information and data from a suspected digital image, the digital forensics examiner can increase his/her performance and reduce the error rate.

tool
used by

USED

in investigating real Cases

used by

DESIGNED BY STUDENT

We welcome you to contact us for more information
about any of our methods, models or tools.