Abstract

Using cryptographic technologies to provide security solutions in smart grid is extensively discussed in NISTIR 7628 and IEC 62351 standards series. Both series identify cryptographic key management for Intelligent Electronic Devices (IEDs) communication as one of the most important issues. In this paper, considering the system constraints and the security requirements in the smart grid, we propose an authenticated key exchange scheme with revocation by exploiting a well-known cryptographic protocol: Broadcast encryption using a media key block (MKB). Furthermore, we show that our scheme is efficient in comparison with the PKI-signature based Internet Key Exchange (IKE) protocol in terms of the following points of view: (1) communication cost; (2) compuation cost; (3) device revocation cost. The comparison results show that our scheme is efficient and cost-effective in most cases for devices and systems in smart grid.

Bibtex Entry

@inproceedings{2012-internet-key-exchange,
	author = "Fangming Zhao and Yoshikazu Hanatani and Yuichi Komano and Ben Smyth and Satoshi Ito and Toru Kambayashi",
	title = "{Secure Authenticated Key Exchange with Revocation for Smart Grid}",
	year = "2012",
	booktitle = "ISGT'12: 3rd IEEE Power \& Energy Society Conference on Innovative Smart Grid Technologies",
	publisher = "IEEE Computer Society",
	doi = "10.1109/ISGT.2012.6175530",
}