A framework for security and risk analysis of enrollment procedures: Application to fully-remote solutions based on eDocuments

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Abstract

More and more online services are characterised by the need for strongly verifying the real-world identity of end users, especially when sensitive operations have to be carried out: just imagine a fully-remote signature of a contract, and what could happen whether someone managed to perform it by using another person’s name. For this reason, the identity management lifecycle contains specific procedures – called enrollment or onboarding – providing a certain level of assurance on digital users’ real identities. These procedures must be as secure as possible to prevent frauds and identity thefts. In this paper, we present a framework composed of a specification language, a security analysis methodology and a risk analysis methodology for enrollment solutions. For concreteness, we apply our framework to a real use case (i.e., fully-remote solutions relying on electronic documents as identity evidence) in the context of a collaboration with an Italian FinTech startup. Beyond validating the framework, we analyse and highlight the essential role of mitigations on the overall security of enrollment procedures.

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APA

Pernpruner, M., Sciarretta, G., & Ranise, S. (2021). A framework for security and risk analysis of enrollment procedures: Application to fully-remote solutions based on eDocuments. In Proceedings of the 18th International Conference on Security and Cryptography, SECRYPT 2021 (pp. 222–233). SciTePress. https://doi.org/10.5220/0010554502220233

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