In the digital age, corporate network security is crucial for protecting sensitive information and ensuring business continuity. The Corporate Network Security Course: Introduction. Cybersecurity offers you a unique opportunity to gain an insight into the field of cybersecurity, a booming sector with a growing demand for skilled professionals. You will learn about classical algorithms, symmetric and asymmetric key algorithms, as well as hash functions, which are essential for ensuring secure transactions and protecting confidential data. Furthermore, the course covers digital certificates and cryptographic applications, equipping you with the essential skills to tackle today’s challenges in information security. By choosing this course, You’ll position yourself at the forefront of the sector, enhancing your professional profile and securing a future in a field offering vast opportunities.
Corporate Network Security: Introduction. Cybersecurity
Cybersecurity
40 hours
Introduction
Objectives
- To understand the importance of classical algorithms in corporate network security.
- Identify and explain how symmetric-key algorithms work in cybersecurity.
- Analyse the differences between symmetric-key and asymmetric-key algorithms in real-world applications.
- Assess the usefulness of hash functions in ensuring data integrity and information security.
- To understand the structure and function of digital certificates in data protection.
- Describe the role of PKI in the secure management of identities and communications in networks.
- Apply cryptographic concepts to practical corporate cybersecurity scenarios.
Table of Contents
TEACHING UNIT 1. INTRODUCTION. CLASSICAL ALGORITHMS
Introduction
Principles of Cryptography
Classic Algorithms (I)
Classic Algorithms (II) (ENIGMA)
Summary of the Teaching Unit
TEACHING UNIT 2. SYMMETRIC KEY ALGORITHMS
Introduction
Principles of symmetric encryption
Symmetric-key algorithms
Vulnerabilities
Summary of the Teaching Unit
TEACHING UNIT 3. ASYMMETRIC KEY ALGORITHMS AND HASH FUNCTIONS
Introduction
Asymmetric-key algorithms
Hash functions and collisions
Digital signature
Summary of the Teaching Unit
TEACHING UNIT 4. DIGITAL CERTIFICATES, PKI AND CRYPTOGRAPHIC APPLICATIONS.
Introduction
Digital certificates
Digital signature
Tools and applications
Summary of the Teaching Unit
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