Abstract
Usually network administrators implement a protection policy by refining a set of (abstract) communication security requirements into configuration settings for the security controls that will provide the required protection. The refinement consists in evaluating the available technologies that can enforce the policy at node and network level, selecting the most suitable ones, and possibly making fine adjustments, like aggregating several individual channels into a single tunnel. The refinement process is a sensitive task which can lead to incorrect or suboptimal implementations, that in turn affect the overall security, decrease the network throughput and increase the maintenance costs. In literature, several techniques exist that can be used to identify anomalies (i.e. potential incompatibilities and redundancies among policy implementations. However, these techniques usually focus only on a single security technology (e.g. IPsec) and overlook the effects of multiple overlapping protection techniques. This paper presents a novel classification of communication protection policy anomalies and a formal model which is able to detect anomalies among policy implementations relying on technologies that work at different network layers. The result of our analysis allows administrators to have a precise insight on the various alternative implementations, their relations and the possibility of resolving anomalies, thus increasing the overall security and performance of a network.
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- 1.
It is possible to debate about TLS and SSH being protocols that work at transport or session layer and if SSH is actually a general purpose channel protection protocol. We avoid to enter this discussion as both techniques, from our (practical) point of view, can be used to protect all the communications regarding a given port.
- 2.
To be more precise, from the security point of view, \(i_{\mathcal {C,}\mathcal {S}}\) can be considered equivalent to \(i_{1,1}\) and \(i_{2,1}\) only if both the subnets are considered trusted.
- 3.
An well designed automatic refinement would never introduce these anomalies, but detecting them is nevertheless useful in case of manual refinement.
- 4.
Technically a filtered PI is an anomaly between a communication protection PI and a filtering PI, but in this paper we are only interested in communication protection policies.
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- 6.
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Acknowledgement
The research described in this paper is part of the SECURED project, co-funded by the European Commission under the ICT theme of FP7 (grant agreement no. 611458).
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Basile, C., Canavese, D., Lioy, A., Valenza, F. (2015). Inter-technology Conflict Analysis for Communication Protection Policies. In: Lopez, J., Ray, I., Crispo, B. (eds) Risks and Security of Internet and Systems. CRiSIS 2014. Lecture Notes in Computer Science(), vol 8924. Springer, Cham. https://doi.org/10.1007/978-3-319-17127-2_10
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