Cryptographic protocol

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1. For example, Transport Layer Security (TLS) is a cryptographic protocol that is used to secure web (HTTPS) connections.
2. Cryptographic protocols can sometimes be verified formally on an abstract level.
3. The security of widely used cryptographic protocols is based on the conjectured difficulty of the factorization of large integers.
4. Cryptographic protocols are widely used for secure application-level data transport, in order to secure transferred messages.
5. The term cryptographic protocol is used in different ways.
6. This chapter gives a brief introduction of cryptographic protocols and the reason why we study these protocols.
7. A cryptographic protocol is designed to allow secure communication under a given set of circumstances.
8. We apply reachability analysis over term rewriting systems to the verification of cryptographic protocols.
9. Verification of copy-protection cryptographic protocol using approximations of term rewriting systems.
10. Cryptographic protocols and algorithms are difficult to get right, so do not create your own.
11. Quantum systems provide a level of security far exceeding that of any cryptographic protocol currently known, experts say.
12. Designing new types of IoT-compatible cryptographic protocols has become a more popular way to secure IoT-based applications.
13. Significant attention has been dedicated to the challenge of implementing a lightweight and secure cryptographic protocol for IoT devices.
14. In this study, we propose a lightweight cryptographic protocol integrating certificateless signature and bilinear pairing crypto-primitives.
15. Rigorous security analyses are conducted to guarantee the robustness of the proposed cryptographic protocol.
16. At the heart of the security of any system using network interaction are cryptographic protocols.
17. Thus, verification of the cryptographic protocol of the electronic voting system using source codes is relevant.
18. A parser is described to extract the structure of the cryptographic protocol with which the structure of the voting protocol was obtained.
19. In particular, TLS and IPsec are covered, as well as security protocols in WiFi networks.
20. Designing a cryptographic protocol correctly is a hard task, and even cryptographic standard may be flawed.
21. By nature, cryptographic protocols are at the heart of the products that make use of them.
22. Are you building an innovative product that requires a secure cryptographic protocol but lack the required expertise?
23. We can design the custom cryptographic protocol that best suits your requirements.
24. This post discusses how to secure state-of-the-art cryptographic protocols against attacks from (future) quantum computers.
25. Recognize the need for techniques for the verification and analysis of security protocols.
26. People have found serious security flaws in major cryptographic protocols.
27. In recent years, people use formal methods to guarantee the correctness of cryptographic protocols in a strong sense.
28. In this paper, we propose to prove the correctness of cryptographic protocols based on the extension rule.
29. We show that this is an effective technique, which can help to find the security flaws in major cryptographic protocols.
30. TLS and IKE are some examples of well-known cryptographic protocols.
31. CPSA attempts to enumerate all essentially different executions possible for a cryptographic protocol.
32. Like GSM before it, LTE has a standard set of cryptographic protocols for encrypting packets while they travel over the air.