Author Date

2021-03-18

Degree Name

Department

Technology

College

Ira A. Fulton College of Engineering and Technology

Defense Date

2021-03-12

Publication Date

2021-03-18

First Faculty Advisor

Justin Giboney

First Faculty Reader

Amanda Hughes

Honors Coordinator

Derek Hansen

Keywords

Cyber range, cyber security, penetration testing, security training

Abstract

As cybersecurity becomes increasingly important in the digital world, the need for a virtual environment where security professionals can safely practice defending against real-life attacks is gradually rising. This thesis explores, participates in, and expands upon the design and implementation of such an environment, also known as a “cyber range”. We build a model where real-life attacks and defense can be successfully simulated, as well as further improving the process through automation. Ultimately, it proposes and experiments with the idea of an automated cyber range in order to enhance both the efficiency and effectiveness of a security testbed.