Military Computing Security: Insights and Implications

Abstract

In an era of heightened technological dependence in military operations, safeguarding the security of military computing systems is of paramount importance. Military organizations require real-time threat detection and predictive analytics capabilities to mitigate cyber th effectively. In this context, the current paper discusses prehensive strategies for military computing security, pre senting informative content that includes 9 security chara teristics classified into cyber, physical, and insider dom along with 20 security approaches featuring descriptions, benefits, and challenges, and highlighting 24 security challenges in military contexts. Furthermore, this paper introduces an integrated framework for securing military computing, presenting a comprehensive strategy designed to address the multifaceted challenges of cybersecurity in military contexts. The framework outlines ten steps that p vide guidelines for implementing robust security measures. By combining various security measures, such as network segmentation, advanced encryption, access control, and threat intelligence integration, the framework proposed in this work aims to create a resilient defence against evolv ing cyber threats. The validation of the proposed framework includes a comparison with previous military security frameworks, demonstrating a positive impact. Through an in-depth examination of each component, this research work seeks to provide military leaders, cybersecurity experts, and policymakers with valuable insights for protecting national security interests in the digital age.