Techniques for intrusion-resistant ad hoc routing algorithms (TIARA)

Ramanujan, R.V.; Kudige, S.; Nguyen, Thi Mai Trang

doi:10.1109/discex.2003.1194934

Cited by 9 publications

(3 citation statements)

References 2 publications

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“…Security in Ariadne follows an end-to-end approach, while the SEAD protocol employs hop-by-hop security mechanisms due to the distance vector routing philosophy it adopts. Ariadne assumes the existence of a shared secret key between two nodes, and uses a message authentication code (MAC) in order to authenticate point-to-point messages between these nodes [31]. Additionally, Ariadne employs the TESLA broadcast authentication protocol to authenticate broadcast messages, such as route requests.…”

Section: Secure Efficient Ad Hoc Distance Vector Routing -Thementioning

confidence: 99%

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Secure Routing for Mobile Ad Hoc Networks

Papadimitratos¹,

Haas

2006

Resource, Mobility, and Security Management in Wireless Networks and Mobile Communications

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In this article we present a survey of secure ad hoc routing protocols for mobile wireless networks. A mobile ad hoc network is a collection of nodes that is connected through a wireless medium forming rapidly changing topologies. The widely accepted existing routing protocols designed to accommodate the needs of such self-organized networks do not address possible threats aiming at the disruption of the protocol itself. The assumption of a trusted environment is not one that can be realistically expected; hence, several efforts have been made toward the design of a secure and robust routing protocol for ad hoc networks. We briefly present the most popular protocols that follow the table-driven and the source-initiated on-demand approaches. Based on this discussion we then formulate the threat model for ad hoc routing and present several specific attacks that can target the operation of a protocol. In order to analyze the proposed secure ad hoc routing protocols in a structured way we have classified them into five categories: solutions based on asymmetric cryptography; solutions based on symmetric cryptography; hybrid solutions; reputation-based solutions; and a category of add-on mechanisms that satisfy specific security requirements. A comparison between these solutions can provide the basis for future research in this rapidly evolving area.

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Section: Secure Efficient Ad Hoc Distance Vector Routing -Thementioning

confidence: 99%

“…Therefore, every node that forwards the route error toward the destination of the message is able to authenticate it. The intermediate nodes buffer the route error message and its authentication does not take place until the node that generated it discloses the key [31].…”

Section: Secure Efficient Ad Hoc Distance Vector Routing -Thementioning

confidence: 99%

Secure Routing for Mobile Ad Hoc Networks

Papadimitratos¹,

Haas

2006

Resource, Mobility, and Security Management in Wireless Networks and Mobile Communications

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“…While all the nodes accommodate host-based monitoring sensors of IDS, we use a distributed algorithm to assign a few nodes to host sensors that monitor network packets, and agents that make decisions. We logically divide a mobile network into clusters (similar to Clustered Gateway Switch Routing protocol described in [9,10,11,12]) with a single cluster head for each cluster that monitors packets within the cluster.…”

Section: Agent Distributionmentioning

confidence: 99%

Intrusion detection using mobile agents in wireless ad hoc networks

Kachirski

Guha

Proceedings. IEEE Workshop on Knowledge Media Networking

124

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In this paper we propose a distributed intrusion detection system for ad hoc wireless networks based on mobile agent technology. Wireless networks are particularly vulnerable to intrusion, as they operate in open medium, and use cooperative strategies for network communications. By efficiently merging audit data from multiple network sensors, we analyze the entire ad hoc wireless network for intrusions and try to inhibit intrusion attempts. In contrast to many intrusion detection systems designed for wired networks, we implement an efficient and bandwidth-conscious framework that targets intrusion at multiple levels and takes into account distributed nature of ad hoc wireless network management and decision policies.

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