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Product type Paperback

Published in Jun 2016

Publisher

ISBN-13 9781785884498

Length 402 pages

Edition 2nd Edition

Concepts

Cybersecurity

Author (1):

M. L. Srinivasan

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Table of Contents (22) Chapters

Preface

1. Day 1 – Security and Risk Management - Security, Compliance, and Policies FREE CHAPTER

2. Day 2 – Security and Risk Management - Risk Management, Business Continuity, and Security Education

3. Day 3 – Asset Security - Information and Asset Classification

4. Day 4 – Asset Security - Data Security Controls and Handling

5. Day 5 – Exam Cram and Practice Questions

6. Day 6 – Security Engineering - Security Design, Practices, Models, and Vulnerability Mitigation

7. Day 7 – Security Engineering - Cryptography

8. Day 8 – Communication and Network Security - Network Security

9. Day 9 – Communication and Network Security - Communication Security

10. Day 10 – Exam Cram and Practice Questions

11. Day 11 – Identity and Access Management - Identity Management

12. Day 12 – Identity and Access Management - Access Management, Provisioning, and Attacks

13. Day 13 – Security Assessment and Testing - Designing, Performing Security Assessment, and Tests

14. Day 14 – Security Assessment and Testing - Controlling, Analyzing, Auditing, and Reporting

15. Day 15 – Exam Cram and Practice Questions

16. Day 16 – Security Operations - Foundational Concepts

17. Day 17 – Security Operations - Incident Management and Disaster Recovery

18. Day 18 – Software Development Security - Security in Software Development Life Cycle

19. Day 19 – Software Development Security - Assessing effectiveness of Software Security

20. Day 20 – Exam Cram and Practice Questions

21. Day 21 – Exam Cram and Mock Test

Security in information technology systems

Information technology systems can be broadly classified as follows:

Object-oriented systems
Artificial intelligence systems
Database systems

The preceding systems may be centralized or decentralized in the way that they are distributed.

Object-oriented systems

Object-oriented systems use the concept of objects that work together with other objects in a system to achieve certain objectives. Related and common tasks are grouped together as an object. Such systems are considered more reliable and less prone to security issues due to changes in the software code.

The following are some of the concepts of object-oriented systems.

Object-oriented programming (OOP)

An object-oriented programming method uses the collection of objects that communicate and coordinate with other objects to achieve a desired objective. Sending or receiving messages and processing instructions are some of the functions of these objects.

Some of the fundamental concepts that are used...