Paper Info
Title
Experimental analysis of attacks on next generation air traffic communication
Abstract
This work studies the security of next generation air traffic surveillance technology based on Automatic Dependent Surveillance --- Broadcast (ADS-B). ADS-B is already supported by a majority of international aircraft and will become mandatory in 2020 for most airspaces worldwide. While it is known that ADS-B might be susceptible to different spoofing attacks, the complexity and impact of launching these attacks has been debated controversially by the air traffic control community. Yet, the literature remains unclear on the requirements of launching ADS-B attacks in real-world environments, and on the constraints which affect their feasibility. In this paper, we take a scientific approach to systematically evaluate realistic ADS-B attacks. Our objective is to shed light on the practicability of different threats and to quantify the main factors that impact the success of such attacks. Our results reveal some bad news: attacks on ADS-B can be inexpensive and highly successful. Using a controlled experimental design, we offer insights from a real-world feasibility analysis that leads to the conclusion that any safety-critical air traffic decision process should not rely exclusively on the ADS-B system.
Year
DOI
Venue
2013
10.1007/978-3-642-38980-1_16
ACNS
Keywords
Field
DocType
ads-b system,real-world feasibility analysis,real-world environment,different threat,safety-critical air traffic decision,ads-b attack,next generation air traffic,experimental analysis,realistic ads-b attack,different spoofing attack,air traffic control community,ads b,security
Air safety,Broadcasting,Spoofing attack,Computer security,Air traffic control,Computer science,Decision process,Automatic dependent surveillance-broadcast
Conference
Citations 
PageRank 
References 
36
4.41
6
Authors
3
Name
Order
Citations
PageRank
Matthias Schäfer111416.20
Vincent Lenders273772.53
Ivan Martinovic393082.51