Secure Network Recovery from Base Station Failure of Surveillance WSN in Hostile Environment | ||
| International Conference on Aerospace Sciences and Aviation Technology | ||
| Article 63, Volume 14, AEROSPACE SCIENCES & AVIATION TECHNOLOGY, ASAT - 14 – May 24 - 26, 2011, May 2011, Pages 1-15 PDF (411.54 K) | ||
| Document Type: Original Article | ||
| DOI: 10.21608/asat.2011.23305 | ||
| Authors | ||
| M. H. Megahed; Dimitrios Makrakis | ||
| School of Information Technology and Engineering, Electrical Engineering Department, University of Ottawa, Ottawa, Canada. | ||
| Abstract | ||
| Securing surveillance wireless sensor networks (WSNs) in hostile environments such as borders, perimeters and battlefields during Base Station (BS) failure is challenging. Surveillance WSNs are highly vulnerable to BS failure. The attackers can render the network useless by only destroying the BS as the needed efforts to destroy the BS is much less than that is needed to destroy the network. This attack scenario will give the attackers the best chance to compromise many legitimate nodes. Previous works have tackled BS failure by deploying a mobile BS or by using multiple BSs. Despite the best electronic countermeasures, intrusion tolerance and anti-traffic analysis strategies to protect the BSs, an adversary still can destroy them. This paper proposes a novel security architecture called Surveillance Security (SurvSec) for secure and reliable network recovery from single BS failure of surveillance WSN with single BS. SurvSec relies on a set of sensor nodes serve as Security Managers for management and storage of the security related data of all sensor nodes. SurvSec security architecture provides methodology for choosing and changing the security managers of the surveillance WSN. SurvSec has four components: (1) Sensor nodes serve as Security Managers, (2) Data Storage System, (3) Data Recovery System, (4) Security for the Data Storage System. Furthermore, both the frame format of the stored data is carefully built and the security threats are encoded to allow minimum overheads for SurvSec security architecture. In this paper, we provide detailed specifications of SurvSec security architecture along with its security system for secure and reliable network recovery from single BS failure. We evaluate our designed security architecture for reliable network recovery from BS failure. Our evaluation shows that the proposed new security architecture can meet all the desired specifications and our analysis shows that the provided Security Managers are capable of network recovery from BS failure. | ||
| Keywords | ||
| Security Manager; Wireless Sensor Network; Reliable; Network Recovery; surveillance; Base Station; Failure, Secret Sharing | ||
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