1 Scope
1.1 Applicability statements
1.2 Validation of security guidelines over the timeline
2 References
3 Definitions
3.1 Terms defined elsewhere
3.2 Terms defined in this Recommendation
4 Abbreviations and acronyms
5 Conventions
6 Overview of automotive Ethernet-based and evolving in-vehicle
architectures
6.1 Electrical and electronic computing and network architecture in
a vehicle
6.2 Comparison of future and current electrical and electronic
architecture security
6.3 Communication services using the Ethernet in automotive
applications
7 Analysis of threats
7.1 Approach methodology for analysis of threats
7.2 Security assets
7.3 Security objectives
7.4 Identified threats
8 Security requirements
8.1 Confidentiality
8.2 Integrity
8.3 Availability
8.4 Authenticity
9 Implementation of Ethernet-based in-vehicle networks with security
9.1 Implementation related considerations in advance
9.2 Automotive Ethernet associated security gateway functions
9.3 Secure VLAN configuration
9.4 Security for Ethernet switches in automotive context
Appendix I – Description of some Ethernet-based in-vehicle network protocols
with communication endpoints located in AUTOSAR or non-AUTOSAR compute
nodes
I.1 Overview and scope
I.2 AUTOSAR secure onboard communication inclusive lower protocol
layer security protocols
I.3 Diagnostic communication over Internet protocol
I.4 Media access control security
Appendix II – Vehicle gateways with Ethernet, IP or Internet connectivity
II.1 Motivation
II.2 Purpose of this appendix
II.3 Selected vehicle gateway Recommendations with security
information
Appendix III – Intra-vehicle intelligent transport system security
III.1 Background
III.2 ITS in-vehicle networks
III.3 ITS security
Bibliography