Difference between revisions of "IoTSec:T2.1"
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|Page Title=T2.1 Privacy-aware models | |Page Title=T2.1 Privacy-aware models | ||
|Workpackage=IoTSec:WP2 | |Workpackage=IoTSec:WP2 | ||
− | |Lead partner= | + | |Lead partner=Simula |
− | |Partner=UNIK, NR, NCE Smart, | + | |Partner=UNIK, NR, NCE Smart, Simula |
|Objective=This task will establish privacy-aware models and related measures of privacy | |Objective=This task will establish privacy-aware models and related measures of privacy | ||
}} | }} | ||
+ | = Contributions = | ||
+ | Yosh: Two challenges: | ||
+ | * To establish secure communication among the customers and the service providers | ||
+ | * To build privacy preserving yet accountable authentication framework among the entities in a distributed manner without relying on a trusted third party | ||
+ | |||
+ | = Approaches = | ||
+ | * Utilize competition between the service providers to build a reputation scheme and enforce cooperation among the providers to attract a larger number of consumers | ||
+ | * Study competition and cooperation between the service providers | ||
+ | * Develop analytical modeling focusing on the security and privacy issues in the smart grid, exploiting both cooperative and competitive frameworks. |
Revision as of 21:59, 16 August 2015
Security in IoT for Smart Grids | |||||||
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T2.1 Privacy-aware models
Task Title | Development of privacy-aware models and measures |
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WP | IoTSec:WP2 |
Lead partner | Simula |
Leader | |
Contributors | UNIK, NR, NCE Smart, Simula |
edit this task |
Objective
This task will establish privacy-aware models and related measures of privacy
Category:Task |
Deliverables in T2.1 Privacy-aware models
Title | Due month | Lead partner | Editor | Dissemination level | |
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D2.1.1 | Technical Report - Privacy Awareness (draft) | M12 | NR | Habtamu Abie | Restricted |
D2.1.2 | Privacy-preservation framework | M12 | SIMULA | Yan Zhang | Public |
D2.1.3 | Technical Report - Privacy Awareness (final) | M24 | NR | Habtamu Abie | Public |
D2.1.4 | Privacy-preservation yet accountable framework | M36 | SIMULA | Yan Zhang | Public |
Contributions
Yosh: Two challenges:
- To establish secure communication among the customers and the service providers
- To build privacy preserving yet accountable authentication framework among the entities in a distributed manner without relying on a trusted third party
Approaches
- Utilize competition between the service providers to build a reputation scheme and enforce cooperation among the providers to attract a larger number of consumers
- Study competition and cooperation between the service providers
- Develop analytical modeling focusing on the security and privacy issues in the smart grid, exploiting both cooperative and competitive frameworks.