Cybersecurity for Ground Control Systems

Abstract

This research article investigates the critical vital of bolstering cybersecurity measures for
Ground Control Systems (GCS) in various sectors. As technological improvements propel the
combination of computerized structures in tandem, the vulnerability of interconnected floor
manage infrastructures becomes increasingly pronounced. Focusing at the importance of
safeguarding GCS in a row, our study delves into the particular challenges and potential threats
that rise up from the interconnected nature of these structures. By adopting a multidimensional
method, we discover the intricacies of cyber threats which can compromise the integrity,
confidentiality, and availability of sensitive facts and operations in the GCS. To address these
demanding situations, we advocate a complete cybersecurity framework designed to support the
resilience of Ground Control Systems. Drawing on risk intelligence, encryption technology,
anomaly detection, and secure communication protocols, our mitigation technique goals to
proactively discover and neutralize capability threats. Additionally, we evaluate the efficacy of
our proposed framework via simulations and real-global eventualities, emphasizing its
adaptability across diverse GCS packages. Ultimately, this studies contributes to the continued
discourse on cybersecurity for critical infrastructure, providing insights and realistic pointers for
stakeholders concerned within the design, implementation, and preservation of Ground Control
Systems in a row. The findings underscore the need of non-stop development in cybersecurity
techniques to ensure the robustness of interconnected floor manage infrastructures amidst the
evolving cyber chance panorama