Verme: Worm containment in overlay networks

Filipe Freitas, Edgar Marques, R. Rodrigues, Carlos Ribeiro, Paulo Ferreira, Luís E. T. Rodrigues
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引用次数: 8

Abstract

Topological worms, such as those that propagate by following links in an overlay network, have the potential to spread faster than traditional random scanning worms because they have knowledge of a subset of the overlay nodes, and choose these nodes to propagate themselves; and also because they can avoid traditional detection mechanisms. Furthermore, this worm propagation strategy is likely to become prevalent as the deployment of networks with a sparse address space, such as IPv6, makes the traditional random scanning strategy futile.
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蠕虫:覆盖网络中的蠕虫遏制
拓扑蠕虫,例如那些通过覆盖网络中的链接传播的蠕虫,有可能比传统的随机扫描蠕虫传播得更快,因为它们知道覆盖节点的子集,并选择这些节点自己传播;也因为它们可以避开传统的检测机制。此外,随着地址空间稀疏的网络(如IPv6)的部署,使得传统的随机扫描策略无效,这种蠕虫传播策略可能会变得普遍。
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