In this paper, we present attacks on two improved key distribution protocol with perfect reparability that were presented at ICON 2000. First, we show that the two ldquoattacksrdquo described in their paper are trivial and do not count as attacks at all since they are well-known attacks that apply to any security system. Further, we describe several attacks on both improved protocols, and show that an illegitimate attacker could easily impersonate legitimate parties and have other parties think they are sharing keys with the impersonated party when in fact that party is not present at all
Recently, He et al. (Computers and Mathematics with Applications, 2012, 64(6): 1914-1926) proposed a...
In this paper, we show a “direct” equivalence between certain authentication codes and robust secret...
Digital communication is secured by applying cryptographic functions, most notably encryption using ...
Attacks on improved key distribution protocols with perfect reparability This item was submitted to ...
[[abstract]]Designing authenticated key exchange protocols for portable devices to secure communicat...
In this paper we consider the security of two recently proposed anonymous conference key distributio...
Two-party key exchange (2PKE) protocols have been rigorously analyzed under various models consideri...
Two-party key exchange (2PKE) protocols have been rigorously analyzed under various models consideri...
PKCS#11 is a standard API to cryptographic devices such as smarcards, hardware security modules and ...
Password-authenticated key exchange (PAKE) protocols allow two parties to share common secret keys i...
Distributed key generation is a main component of threshold cryptosystems and distributed cryptograp...
The SPEKE protocol is commonly considered one of the classic Password Authenticated Key Exchange (PA...
Password-based authenticated group key exchange protocols allow group users to jointly share a sessi...
Password-Authenticated Key Exchange (PAKE) protocols allow parties to share secret keys in an authen...
In this work, we re-examine some fundamental group key-exchange and identity-based key-exchange prot...
Recently, He et al. (Computers and Mathematics with Applications, 2012, 64(6): 1914-1926) proposed a...
In this paper, we show a “direct” equivalence between certain authentication codes and robust secret...
Digital communication is secured by applying cryptographic functions, most notably encryption using ...
Attacks on improved key distribution protocols with perfect reparability This item was submitted to ...
[[abstract]]Designing authenticated key exchange protocols for portable devices to secure communicat...
In this paper we consider the security of two recently proposed anonymous conference key distributio...
Two-party key exchange (2PKE) protocols have been rigorously analyzed under various models consideri...
Two-party key exchange (2PKE) protocols have been rigorously analyzed under various models consideri...
PKCS#11 is a standard API to cryptographic devices such as smarcards, hardware security modules and ...
Password-authenticated key exchange (PAKE) protocols allow two parties to share common secret keys i...
Distributed key generation is a main component of threshold cryptosystems and distributed cryptograp...
The SPEKE protocol is commonly considered one of the classic Password Authenticated Key Exchange (PA...
Password-based authenticated group key exchange protocols allow group users to jointly share a sessi...
Password-Authenticated Key Exchange (PAKE) protocols allow parties to share secret keys in an authen...
In this work, we re-examine some fundamental group key-exchange and identity-based key-exchange prot...
Recently, He et al. (Computers and Mathematics with Applications, 2012, 64(6): 1914-1926) proposed a...
In this paper, we show a “direct” equivalence between certain authentication codes and robust secret...
Digital communication is secured by applying cryptographic functions, most notably encryption using ...