Abstract-We present the design of a Network Forensic Alliance (NFA), to allow multiple administrative domains (ADs) to jointly locate the origin of epidemic spreading attacks. ADs in the NFA collaborate in a distributed protocol for post-mortem analysis of worm-like attacks. Information exchange between any two participating ADs is limited to traffic records that are known to both sides, maintaining the privacy of participants. Such an architecture is incentive-compatible -participants benefit by gaining better local investigative capabilities, even with partial deployment. Further, we show that by sharing local investigation results, ADs can achieve global investigative capabilities that are comparable to a centralized implementation with access to global traffic records. Our evaluation demonstrates that it is feasible for large-scale attack investigation to be incrementally deployed in an Internet-like federation.
In NFA REF , Xie et al. design a network federated alliance (NFA) which allows multiple administrative domains to jointly locate the origin of epidemics spreading attacks by using random moonwalk algorithms.
Forensic Analysis for Epidemic Attacks in Federated Networks
Proceedings of the 2006 IEEE International Conference on Network Protocols
Proceedings of the 2006 IEEE International Conference on Network Protocols
Computer Science