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Certificate in Cryptography and Network Security

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Cryptography and Network Security


About Cryptography and Network Security

In computer science, the term "cryptography" refers to safe information and communication methods that use mathematical principles and a system of computations based on rules, or "algorithms," to change messages in ways that are challenging to read.

Why is Cryptography and Network Security important?

Data integrity is guaranteed by cryptography employing message digests and hashing methods. The receiver is ensured that the data received has not been tampered with during transmission by supplying codes and digital keys to confirm that what is received is real and from the intended sender.

Who should take the Cryptography and Network Security Exam?

  • Cyber Analyst
  • Cyber Security Engineer
  • Security Development Program Associate
  • Cybersecurity Expert
  • Cyber Risk Assessor
  • Blockchain Security Engineer

Cryptography and Network Security Certification Course Outline

  1. Introduction to cryptography, Classical Cryptosystem, Block Cipher. 
  2. Data Encryption Standard (DES)
  3. Elliptic Curve over the Reals
  4. Elliptic curve Modulo a Prime. 
  5. Message Authentication
  6. Digital Signature
  7. Cryptographic Hash Function
  8. Secure Hash Algorithm (SHA)
  9. Digital Signature Standard (DSS). 
  10. Cryptanalysis
  11. Cryptanalysis on Stream Cipher
  12. Modern Stream Ciphers
  13. Attribute-based Encryption (ABE). 

Certificate in Cryptography and Network Security FAQs

Roles include cybersecurity analyst, cryptographer, security engineer, network security specialist, and ethical hacker.

Students, professionals, and freelancers looking to build or validate their cryptography and network security skills.

You'll gain expertise in cryptographic techniques, secure communication protocols, and countermeasures against network threats.

Skills in encryption, secure network design, risk assessment, and implementation of cybersecurity best practices.

Yes, including consulting on secure application development, conducting security audits, and implementing encryption solutions.

Yes, it's a great starting point for anyone entering the cybersecurity domain or pursuing related certifications.

The exam validates your understanding of key security concepts and enhances your ability to work in highly sensitive technical environments.

Absolutely. It covers encryption and network vulnerabilities critical to offensive and defensive security tasks.