Development and Evaluation of a Prototyping Platform for the Simulation, Transmission, and Real-Time Analysis of Realistic AUTOSAR Security Event Traffic
Abstract
The contribution proposes a new approach of a prototyping platform simulating realistic AUTOSAR security event traffic, based on real-world attack patterns. Furthermore, their transmission between Fleethead- and SIEM-cloud systems, and their analysis within backend security services and in real-time is investigated. This advances the evaluation of technical realizations of automotive Intrusion Detection Systems (IDS), helps to gain new insights with the handling of realistic attack scenarios, and thus enables the gradual realization of the UNECE R155 regulation.
Keywords
Vehicle Cyber Security Intrusion Detection System AUTOSAR UNECE R155 Automotive SIEM Security Operation Center Cyber Security Management System Serviceoriented Platforms Distributed Architectures I. MOTIVATION
Vehicle Cyber Security
Intrusion Detection System
AUTOSAR
UNECE R155
Automotive SIEM
Security Operation Center
Cyber Security Management System
Serviceoriented Platforms
Distributed Architectures I. MOTIVATION
Domains
Computer Science [cs]Origin | Files produced by the author(s) |
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