Quantum Key Distribution: Difference between revisions

Quantum Key Distribution (edit)

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 [[Category: Two Party Protocols]] [[Category: Quantum Enhanced Classical Functionality]] [[Category:Specific Task]]
+== Use Cases ==
+* Can replace Diffie-Hellman key agreement protocols. For example in TLS, SSL, IPsec, etc.
+* If secure key rate are sufficiently high, one can use QKD for information theoretically secure authenticated encryption scheme, e.g. One-time pad together with the authentication scheme presented in [[Quantum Key Distribution #References|[1] ]].
 ==Protocols==
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 ==Further Information==
-The security definition presented here, are proven to be sufficient to guarantee universal composability for standard QKD in [[Quantum Key Distribution #References|[1] ]]. For device-independent quantum key distribution, attacks presented in [[Quantum Key Distribution #References|[2] ]] show that security can be compromised if the same devices are used to implement another instance of the protocol.
+The security definition presented here, are proven to be sufficient to guarantee universal composability for standard QKD in [[Quantum Key Distribution #References|[2] ]]. For device-independent quantum key distribution, attacks presented in [[Quantum Key Distribution #References|[3] ]] show that security can be compromised if the same devices are used to implement another instance of the protocol.
 ==References==
+#[https://doi.org/10.1007/3-540-48329-2_30 Codes for Interactive Authentication]
 #[https://arxiv.org/abs/1409.3525 PR (2014)] discusses security of various QKD schemes composed in other cryptographic protocols.
 #[https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.110.010503 BCK (2013)] Analyses device independent QKD