Background of the Study
Digital twins, a concept borrowed from the manufacturing and engineering sectors, have found their way into the field of cybersecurity. A digital twin is a virtual representation of a physical system, used to simulate its behavior and performance. In the context of campus networks, a digital twin can mirror the real-time infrastructure, devices, users, and data flows of a university's network. This allows cybersecurity teams to simulate potential cyber threats and test various defensive strategies in a controlled environment before implementing them in the live network.
Federal University Gusau, Zamfara State, like many universities, faces a rapidly growing digital infrastructure with increasing vulnerabilities. The complexity of managing network security is exacerbated by the diversity of users (students, faculty, staff) and the dynamic nature of modern campus networks, which include cloud-based applications and remote access services. Digital twins offer a novel approach to improving network security by allowing administrators to anticipate threats, experiment with security measures, and analyze the impact of various potential attacks. Despite their potential, the application of digital twins for campus network security in Nigerian universities remains an underexplored area. This study aims to analyze how digital twins can enhance network security at Federal University Gusau.
Statement of the Problem
Federal University Gusau is facing challenges in securing its growing campus network, which includes complex IT systems, cloud-based resources, and mobile devices used by a diverse student body. Traditional security methods are proving inadequate in addressing modern cyber threats. Digital twins, while a promising tool for predicting and responding to cybersecurity issues, have not yet been implemented or tested in the context of university networks in Nigeria. This study seeks to explore how digital twins can be used to improve network security and to identify the specific benefits and limitations they may present in the university setting.
Objectives of the Study
To investigate the potential role of digital twins in enhancing campus network security at Federal University Gusau.
To evaluate the effectiveness of using digital twins to simulate and predict cyber threats within the university's network.
To propose a framework for implementing digital twin technology for campus network security at Federal University Gusau.
Research Questions
How can digital twins enhance the security of campus networks at Federal University Gusau?
What are the potential benefits of using digital twins for threat prediction and mitigation in a university setting?
How can the use of digital twins be integrated into the existing network security infrastructure at Federal University Gusau?
Significance of the Study
This study will contribute to the application of advanced technologies like digital twins in improving cybersecurity measures in Nigerian universities. The findings will provide insights into how Federal University Gusau can leverage digital twin technology to proactively manage network security, potentially reducing the risk of cyberattacks and data breaches.
Scope and Limitations of the Study
The research will focus on Federal University Gusau’s campus network and its potential for implementing digital twin technology to enhance security. Limitations include the challenge of integrating digital twins into the existing infrastructure and the lack of prior research on this specific application in Nigerian universities.
Definitions of Terms
Digital Twin: A virtual replica of a physical system used to simulate and monitor its behavior and performance in real-time.
Campus Network Security: The measures and systems used to protect a university’s network infrastructure from cyber threats.
Cyber Threat Simulation: The process of replicating potential cyberattacks in a controlled environment to study their impact and develop defense strategies.
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