| BB category
|
SCOTT:Methodology for SW/HW development +
, SCOTT:HW component +
|
| Baseline
|
Chip manufactorers already provide securit … Chip manufactorers already provide security modules for different purposes (HSM, TPM). Within SCOTT we want to define guidelines on how to choose and use the right module depending on the application and its requirements w.r.t. power consumption, time, speed etc.w.r.t. power consumption, time, speed etc. +
|
| Current TRL
|
TRL 3-4, HW modules exist (mainly for IT security) but cannot directly be used in WSNs and smart sensors +
|
| Description
|
Supporting basic security mechanisms such … Supporting basic security mechanisms such as trust assurance, encryption, signing, authentication, key storage on both virtualized and dedicated HW. This will help the make security features more efficient (power, time, trust) and increase the security level within a WSSN.increase the security level within a WSSN. +
|
| Lead partner
|
Virtual Vehicle Research Center +
|
| Leader
|
Marco Steger +
|
| Main output
|
Common SCOTT hardware chip(s) plus guidelines on how to use and integrate the security chip in existing hardware and software stacks, as well as an API to simply integrate the hardware module in an existing software implementation. +
|
| Page Title
|
BB23.C HW supported security mechanisms +
|
| Partner
|
VTT +
, AVL +
, Johannes Kepler Universität +
, TUG +
, UiO +
, F-SECURE +
, TU Delft +
, IMEC +
, AIT +
, FEV +
, Nokia +
, Virtual Vehicle Research Center +
|
| Target TRL
|
TRL 5-6, the HW module will be integrated in SCOTT‘s demonstrators and resulting prototypes +
|
| Technology Line
|
SCOTT:Security & Safety +
|
| Title
|
HW supported security mechanisms +
|
| Workpackage
|
SCOTT:WP07 +
, SCOTT:WP11 +
, SCOTT:WP12 +
, SCOTT:WP13 +
, SCOTT:WP14 +
|
| Creation dateThis property is a special property in this wiki.
|
16 June 2017 16:46:46 +
|
| Categories |
Building Block +
|
| Modification dateThis property is a special property in this wiki.
|
11 December 2017 18:06:21 +
|
