A cybersecurity simulation framework developed at CSIRT-MU enables a simulation and an evaluation of advanced attack scenarios without requiring complicated creation and management of the underlying infrastructure. To analyze the efficiency of used attack strategies and defense mechanisms, it is beneficial to visually inspect the current state of an attack and its evolution in time. The goal of the thesis is thus to create a tool for an interactive visualization of the simulation, enabling an in-depth analysis of the interactions between the actors.

In the theoretical part, the student will review the state of the art in the cybersecurity simulation visualization and provide an overview of common libraries and frameworks. In the practical part, the student will implement the visualization tool utilizing the Vega visualization grammar. The tool will process the JSON data supplied by the simulator and provide visualization of the agreed-upon simulation phenomena.