Information Systems Security

Continuous Processes, Risk Management, and Future Trends

What you'll learn

Learners identify various types of risks associated with electronic data systems and understand their potential impacts.

Learners recognize the principles of securing electronic information and messaging systems against unauthorized access and breaches.

Learners recognize the technologies and methodologies used to ensure the integrity of databases and files in a secure electronic system.

Learners identify the physical security measures necessary to protect hardware and physical infrastructure from unauthorized access and other physical threats.

Learners recognize the strategic and operational aspects of managing security within an organization, including policy formulation and security governance.

Learners identify steps to perform detailed security risk analyses, identifying vulnerabilities and potential threats to information systems.

Learners recognize various encryption methods and how they are used to protect data privacy and integrity.

Learners identify the processes and strategies involved in the effective implementation of security measures within an organization.

Learners critically evaluate the effectiveness of security measures and systems in place, assessing their resilience against potential threats.

Learners explore emerging trends and future directions in network and systems security, including advancements in technology and evolving threat landscapes.

Requirements

Learners should have strong networking skills to be successful in this class.

Description

This course delves into the dynamic and critical field of Network and Systems Security, emphasizing its role as a continuous process that involves thorough analysis, strategic implementation, ongoing evaluation, and rigorous maintenance. Students will explore the complexities of securing modern electronic data systems against a backdrop of rapidly evolving threats and technological advancements. The course covers essential topics such as computer-related risks, security risk analysis, and the implementation of best practices to protect digital assets.Key areas of study include electronic information and message security, ensuring the integrity of databases and files, and the principles of physical security. Students will also examine security management practices, focusing on developing and maintaining robust security policies and procedures. The course provides an in-depth look at encryption technologies and their application in safeguarding sensitive data.Through case analysis, students will gain practical insights into real-world security challenges and the strategies employed to mitigate them. Additionally, the course will explore future trends in network and systems security, equipping students with the knowledge and skills necessary to anticipate and address emerging threats. By the end of the course, students will have a comprehensive understanding of the approaches, techniques, and best practices required to secure modern electronic data systems effectively.

Overview

Section 1: Module 1: Introduction to Information Security

Lecture 1 Module 1: Introduction to Information Security

Lecture 2 NOTES

Section 2: Module 2-Pervasive Attack Surfaces and Controls

Lecture 3 Module 2: Pervasive Attack Surfaces and Controls

Lecture 4 NOTES

Section 3: Module 3-Fundamentals of Cryptography

Lecture 5 Module 3-Fundamentals of Cryptography

Lecture 6 NOTES

Section 4: Module 4-Advanced Cryptography

Lecture 7 Module 4-Advanced Cryptography

Lecture 8 NOTES

Section 5: Module 5-Endpoint Vulnerabilities, Attacks, and Defenses

Lecture 9 Module 5-Endpoint Vulnerabilities, Attacks, and Defenses

Lecture 10 NOTES

Section 6: Module 6: Mobile and Embedded Device Security

Lecture 11 Module 6: Mobile and Embedded Device Security

Lecture 12 NOTES

Section 7: Moduyle 7: Identity and Access Management (IAM)

Lecture 13 Moduyle 7: Identity and Access Management (IAM)

Lecture 14 NOTES

Section 8: Module 8: Infrastructure Threats and Security Monitoring

Lecture 15 Module 8: Infrastructure Threats and Security Monitoring

Lecture 16 NOTES

Section 9: Module 9: Infrastructure Security

Lecture 17 Module 9: Infrastructure Security

Lecture 18 NOTES

Section 10: Module 10: Wireless Network Attacks and Defenses

Lecture 19 Module 10: Wireless Network Attacks and Defenses

Lecture 20 NOTES

Section 11: Module 11: Cloud and Virtualization Security

Lecture 21 Module 11: Cloud and Virtualization Security

Lecture 22 NOTES

Section 12: Module 12: Vulnerability Management

Lecture 23 Module 12: Vulnerability Management

Lecture 24 NOTES

Section 13: Module 13: Incident Preparation and Investigation

Lecture 25 Module 13: Incident Preparation and Investigation

Lecture 26 NOTES

Section 14: Module 14: Oversight and Operations

Lecture 27 Module 14: Oversight and Operations

Lecture 28 NOTES

Section 15: Module 15: Information Security Management

Lecture 29 Module 15: Information Security Management

Lecture 30 NOTES

Intermediate IT students in general or beginning cybersecurity students.