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Use-Case Denial of Service Attack on Actual Quantum Key Distribution Nodes

Patrik Burdiak, Emir Dervisevic, Amina Tanković +10 more

International Conference on Information Systems Security and Privacy (ICISSP)Jan 1, 20231 citation

Denial-of-Service in Quantum Based Key Exchange Over Classical Network Protocols

Swarnendu Sekhar Mandal, Harsh Raj, Shivam Prakash +3 more

Lecture notes in networks and systemsJan 1, 20260 citations

A Quantum Key Distribution Protocol for Rapid Denial of Service Detection (Poster)

Alasdair B. Price, John Rarity, Chris Erven

Apr 19, 20180 citations

A denial-of-service attack on fiber-based continuous-variable quantum key distribution

Yuan Li, Peng Huang, Shiyu Wang +3 more

Physics Letters ASep 25, 201822 citations

Impersonation Attacks on Key Agreement Protocols Resistant to Denial of Service Attacks

K.-A. SHIM

Hirose and Yoshida proposed an authenticated key agreement protocol based on the intractability of the Computational Diffie-Hellman problem. Recently, Hirose and Matsuura pointed out that Hirose and Yoshida's protocol is vulnerable to Denial-of-Service (DoS) attacks. And they proposed two key agreement protocols which are resistant to the DoS attacks. Their protocols are the first authenticated key agreement protocols resistant to both the storage exhaustion attack and the CPU exhaustion attack. In this paper we show that Hirose and Matsuura's DoS-resistant key agreement protocols and Hirose and Yoshida's key agreement protocol are vulnerable to impersonation attacks. We make suggestions for improvements.Hirose and Yoshida proposed an authenticated key agreement protocol based on the intractability of the Computational Diffie-Hellman problem. Recently, Hirose and Matsuura pointed out that Hirose and Yoshida's protocol is vulnerable to Denial-of-Service (DoS) attacks. And they proposed two key agreement protocols which are resistant to the DoS attacks. Their protocols are the first authenticated key agreement protocols resistant to both the storage exhaustion attack and the CPU exhaustion attack. In this paper we show that Hirose and Matsuura's DoS-resistant key agreement protocols and Hirose and Yoshida's key agreement protocol are vulnerable to impersonation attacks. We make suggestions for improvements.

IEICE Transactions on Information and SystemsJul 1, 20060 citations

Field-Tested Authentication for Quantum Key Distribution and DoS Attacks

Antoine Gansel, Juliane Krämer, Tim Schumacher +3 more

Lecture notes in computer scienceOct 22, 20251 citation

Exploiting Quantum Point-to-Point Protocol (Q3P) for Denial-of-Service (DoS) Attacks

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