Let’s get started with Part A-Theoretical Cyber Security Interview Questions 1. Ready to take your career in cybersecurity to the next level? CISSP Certificationis the way! This Cybersecurity Interview Questions blog is divided into two parts: Part A – Theoretical Cybersecurity Interview Questions and Part B – Scenario Based Cybersecurity Interview Questions. What are the response codes that can be received from a Web Application?.What is the difference between VA(Vulnerability Assessment) and PT(Penetration Testing)?.How is Encryption different from Hashing?.
What is the difference between IDS and IPS?.What is the difference between Symmetric and Asymmetric encryption?.With that change, the code above decodes the message quickly.įurther improvements are possible, but more complicated, and won't be drop-in replacements.This Edureka Cybersecurity Interview Questions and Answers will help you in preparation for your interviews Top Cyber Security Interview Questions So decrypt can be written as: def decrypt(kenc, d, n): You could implement it yourself, but Python handily provides a built-in function for this: pow(x, e, n) There is a simple remedy: use modular exponentiation, which keeps the size of the numbers that it is working with low throughout the whole calculation by reducing modulo n as it goes along. This does not finish in a reasonable time. Key = RSA.generate(1024, random_generator) For example, trying it out with 1024bit RSA (the lowest setting!): import Crypto Kenc**d is in general a very big number that takes a long time to compute, and then it takes a long time again to reduce it modulo n. There is a serious problem with this implementation: it computes kenc**d.
In this case though, there is a much more efficient solution that is about equally simple, and is probably sufficient. Usually the most efficient way to perform a non-trivial task is not also the simplest way to do it. Simple does not mean fast, so you cannot judge performance based on how simple the implementation looks.
0 kommentar(er)
