Privacy in the Skies and Screens: A Survey of IoT Aerospace Systems and Mobile Application Privacy Policies (#2361)

Authors

Sosa Szurgot, Rosa

Santhanam, Preethi

Aranzazu-Suescun, Catalina

Abstract

Abstract—The rapid integration of Internet of Things (IoT) de- vices and mobile applications across several industries, including health and aerospace, has revolutionized operational efficiency, passenger experience, and safety, in these fields. However, as these devices and applications become more used, the concerns regarding privacy and cybersecurity also increase. Though IoT devices are low-powered and small, they face critical issues supporting traditional security protocols, making them more susceptible to cyber threats. Beyond IoT, mobile applications - whether everyday consumer apps or specialized aerospace software—are essential for both op- erations and customer interactions. These devices usually collect and retain many users’ personal data, and are transmitted via insecure networks, raising data breach concerns. In sectors like aviation and aerospace, where flight data, sensitive information, and real-time systems are consistently being shared, privacy- enhancing technologies such as encryption, anonymization, and secure authentication are essential to minimize possible attacks. This work explores the state-of-the-art on privacy policies for IoT systems and mobile applications, specifically in aeronautics, and provides recommendations for integrating robust privacy and security measures into these technologies.