Digital Forensics Lab Design: A framework

Khushi Gupta, Ashar Neyaz, N. Shashidhar, C. Varol
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Abstract

Internet connectivity and digital technologies have experienced exponential growth in the past few years. This explosion has spurred a significant increase in crime while also creating a new definition of cybercriminals. Digital Forensics plays an important role in crime reconstruction and thus the need for skilled forensics experts has multiplied. As a result, digital forensics education and training has also experienced radical growth. Teaching digital forensics has always been a challenge as the creation of suitable hands-on digital forensics labs has always been the core of these training programs. There are several challenges faced by both the educators and the students when it comes to the creation and implementation of digital forensics labs. This paper aims to address some of these issues by providing a framework that can be used by educators to establish educational hands-on labs for digital forensics. Firstly, we identify all the challenges faced by digital examiners, educators, and training professionals to deliver high-quality forensic labs. Secondly, we identify specific common technical pitfalls that professionals run into when designing digital forensics labs such as the creation of large image files. We thus, offer tips and tricks to make the process of creating digital forensic labs easier. Finally, we also provide a data set of small-sized image files that can be used by educators for the creation of a digital forensic lab infrastructure.
数字取证实验室设计:一个框架
互联网连接和数字技术在过去几年中经历了指数级增长。这种爆炸式增长刺激了犯罪的显著增加,同时也创造了网络罪犯的新定义。数字取证在犯罪重建中发挥着重要作用,因此对熟练取证专家的需求成倍增加。因此,数字取证教育和培训也经历了急剧增长。教学数字取证一直是一个挑战,因为创建合适的动手数字取证实验室一直是这些培训计划的核心。在创建和实施数字取证实验室时,教育工作者和学生都面临着一些挑战。本文旨在通过提供一个框架来解决其中的一些问题,教育工作者可以使用这个框架来建立数字取证的教育实践实验室。首先,我们确定了数字审查员、教育工作者和培训专业人员在提供高质量法医实验室方面面临的所有挑战。其次,我们确定了专业人员在设计数字取证实验室时遇到的特定常见技术陷阱,例如创建大型图像文件。因此,我们提供提示和技巧,使创建数字法医实验室的过程更容易。最后,我们还提供了一组小型图像文件,可供教育工作者用于创建数字法医实验室基础设施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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