Airline System Using Cybersecurity

The aviation sector is increasingly reliant on digital technologies to manage flight operations, passenger services, and critical data. Although this digitalization enhances efficiency and service delivery, it simultaneously exposes airlines to a growing number of cybersecurity risks. Malicious actors frequently target airline communication channels, booking systems, and passenger databases, which can result in data breaches, operational disruptions, and significant financial damage. Many existing airline platforms continue to operate on outdated infrastructures with limited encryption and slow detection capabilities, making them ill-prepared to counter modern cyberattacks. This project aims to design a more secure airline system by incorporating advanced cybersecurity measures. The proposed framework strengthens system defense through multi-factor authentication, encrypted communications, continuous monitoring, and strict access control mechanisms. To further enhance resilience, additional layers such as intrusion detection systems, IP address blocking, and fraud prevention are integrated. By comparing conventional legacy-based systems with modernized cybersecurity frameworks, this study demonstrates how proactive strategies—such as AI-enabled anomaly detection and blockchain-supported data protection—can significantly improve the safety, reliability, and trustworthiness of airline operations.