| Has SCOTT-NO contact
|
Christian Johansen +
|
| Lead partner
|
NXP AT +
|
| Leader
|
Michael Jerne +
|
| Objective
|
Consumers demand more convenience features … Consumers demand more convenience features for their cars. Present passive keyless entry and keyless go systems are based on communications taking place in part using low frequency magnetic induction technology and in part using VHF or UHF radio communications. The proposed secure car access system will add wireless distance bounding technologies in an attempt to identify and prevent certain types of malicious attacks on these systems. Present day car access systems have been demonstrated to be vulnerable to a family of attacks known as “relay attacks”.
In order to provide secure access capabilities to the car manufacturers and ultimately to the consumers a technology is required to both identify and defend successfully against such attacks. Distance bounding between car and car key has been proposed as an effective defence to ensure a “secure” and “trustable” wireless solution.
We propose to address the challenges with the following objectives:
* Develop a radio communications based distance bounding sub-system as an extension to a commercial passive keyless entry system.
* Choose system parameters for the distance bounding sub-system such that the chances of success for a malicious user are minimized.
* Demonstrate the immunity of the proposed solution against selected malicious attacks.lution against selected malicious attacks. +
|
| Page Link
|
[[SCOTT:WP14|]] +
|
| Page Title
|
WP14 - Secure Car Access Solution +
|
| Partner
|
NXP AT +
, NXP NL +
, UiO +
|
| Project
|
SCOTT:SCOTT +
|
| Title
|
Secure Car Access Solution +
|
| UiO contribution
|
UiO (0 PM) ''reduced from 2 to 0 PM in Jan … UiO (0 PM) ''reduced from 2 to 0 PM in Jan2018''
* Contribute with the security and privacy measures of communication channels to ensure a secure-enough car access, using the ongoing research finding from the National Smart Grid Security Centre. Moreover, the access control will be enhanced with a semantic model, to allow the definition of more fine-grained policies. This will also use the Semantic ABAC building block of WP24.
* Support the analysis of attack scenarios and contribute to proposal for related countermeasures. This will also use the Multi-metrics building block of WP26.
* Support final evaluation with a focus on security aspects. We will also use here the Privacy Labels building block of WP26. he Privacy Labels building block of WP26. +
|
| Has queryThis property is a special property in this wiki.
|
SCOTT:WP14 +
, SCOTT:WP14 +
, SCOTT:WP14 +
|
| Creation dateThis property is a special property in this wiki.
|
13 June 2017 10:24:19 +
|
| Categories |
Workpackage +
|
| Modification dateThis property is a special property in this wiki.
|
3 February 2018 11:03:50 +
|
