Published: January 24, 2018
Citation: Computer (IEEE Computer) vol. 51, no. 1, (January 2018) pp. 94-97
Author(s)
Apostol Vassilev (NIST), Nicky Mouha (NIST), Luís T. A. N. Brandão (NIST)
The security of encrypted data depends not only on the theoretical properties of cryptographic primitives but also on the robustness of their implementations in software and hardware. Threshold cryptography introduces a computational paradigm that enables higher assurance for such implementations.
The security of encrypted data depends not only on the theoretical properties of cryptographic primitives but also on the robustness of their implementations in software and hardware. Threshold cryptography introduces a computational paradigm that enables higher assurance for such implementations.
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The security of encrypted data depends not only on the theoretical properties of cryptographic primitives but also on the robustness of their implementations in software and hardware. Threshold cryptography introduces a computational paradigm that enables higher assurance for such implementations.
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Keywords
cybertrust; ; cybersecurity; ; ; ; ; ; security; cryptography; encryption; secret sharing; threshold cryptography
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