Holistic Vulnerability Management: Securing IT and OT

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Henry Hon

1:04:07

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1. Introduction

1.1 L1 - Introduction to Vulnerability Management.pdf

1. Introduction to Vulnerability Management.mp4

08:28

2. Lecture 1 Knowledge Test.html

2. Vulnerability Management Lifecycle

1.1 L2 - Vulnerability Management Lifecycle Overv.pdf

1. Vulnerability Management Lifecycle Overview.mp4

06:15

2. Lecture 2 Knowledge Test.html

3.1 L3 - Attack Surface Management.pdf

3. Attack Surface Management.mp4

11:13

4. Lecture 3 Knowledge Test.html

5.1 L4 - Vulnerability Assessment.pdf

5. Vulnerability Assessment.mp4

08:55

6. Lecture 4 Knowledge Test.html

7.1 L5 - Vulnerability Prioritization and Remedia.pdf

7. Vulnerability Prioritization and Remediation.mp4

11:51

8. Lecture 5 Knowledge Test.html

9. Key Risk Indicator (KRI) Tracking.mp4

09:42

10. Lecture 6 Knowledge Test.html

11.1 L7 - Reporting to the Management Board.pdf

11. Reporting to the Management Board.mp4

05:17

12. Lecture 7 Knowledge Test.html

3. Conclusion

1.1 L8 - Key Takeaways.pdf

1. Key Takeaways.mp4

02:26

2. Final Assessment - Holistic Vulnerability Management Securing IT and OT.html

Description

Securing Digital Infrastructures: Mastering Vulnerability Management for IT and OT Environments

What You'll Learn?

The importance of vulnerability management in maintaining cybersecurity posture and protecting organizational assets.
Different types of vulnerability assessments and scanning techniques applicable to IT and OT environments.
Risk prioritization methodologies and strategies for effectively remedying vulnerabilities in both IT and OT systems.
Key Risk Indicators (KRIs) tracking specific to IT and OT assets, and how to use them to monitor vulnerability trends.
The vulnerability management lifecycle, including planning, identification, remediation, and continuous monitoring for both IT and OT systems.
Effective reporting strategies for communicating vulnerability data and remediation progress to stakeholders, including board members.
Collaboration and external reporting considerations for managing vulnerabilities in both IT and OT domains, including coordination with external researchers and
Attack surface management techniques for reducing vulnerabilities and securing both IT and OT infrastructure.
Real-world case studies and practical examples illustrating vulnerabilities and risk management practices in IT and OT environments.

Who is this for?

Cybersecurity Professionals: Security analysts, engineers, managers, and consultants looking to enhance their expertise in vulnerability management across diverse technology domains.

IT Professionals: Network administrators, system administrators, and IT managers responsible for securing IT infrastructure and managing vulnerabilities within their organizations.

OT Professionals: Industrial control system (ICS) engineers, automation engineers, and OT managers involved in securing Operational Technology (OT) systems used in industrial environments.

Risk Management Professionals: Risk analysts, compliance officers, and risk managers seeking to improve their understanding of risk prioritization and remediation strategies in the context of vulnerability management.

Information Security Students: Students pursuing a career in cybersecurity or information security who want to gain practical knowledge and skills in vulnerability management applicable to both IT and OT environments.

Business Leaders and Decision Makers: Executives, board members, and business leaders interested in understanding the importance of vulnerability management and its impact on organizational security and resilience.

Anyone Interested in Cybersecurity: Individuals with a general interest in cybersecurity who want to learn more about vulnerability management practices and their role in protecting digital assets.

What You Need to Know?

Basic Understanding of Cybersecurity Concepts: Students should possess a foundational knowledge of cybersecurity principles, including the concepts of vulnerabilities, threats, and risk management.

Familiarity with IT Systems: A basic understanding of Information Technology (IT) systems, networks, and infrastructure is recommended. This includes familiarity with common IT components such as servers, routers, and operating systems.

Understanding of Operational Technology (OT): While not mandatory, some familiarity with Operational Technology (OT) systems used in industrial environments (e.g., SCADA systems, PLCs) would be beneficial.

More details

Description
Immerse yourself in the world of cybersecurity with our comprehensive online course, designed to equip you with the essential skills and knowledge needed to effectively manage vulnerabilities across both Information Technology (IT) and Operational Technology (OT) environments. In today's rapidly evolving threat landscape, organizations face constant challenges in identifying, prioritizing, and remedying vulnerabilities that could potentially compromise their digital assets. This course provides a deep dive into the vulnerability management process, offering practical insights, examples, and expert-led instruction to enhance your understanding and proficiency.
Throughout the course, you will explore a wide range of topics, including vulnerability assessment methodologies, risk prioritization strategies, remediation techniques, Key Risk Indicator (KRI) tracking, and attack surface management. By the end of the course, you will have the skills and confidence to conduct thorough vulnerability assessments, develop effective remediation plans, and communicate vulnerability data to stakeholders, including board members and external partners.
Whether you're a cybersecurity professional seeking to expand your expertise, an IT/OT practitioner responsible for securing critical infrastructure, or a business leader aiming to enhance your organization's security posture, this course is tailored to meet your needs. Enroll today and embark on your journey to mastering vulnerability management for IT and OT environments.
Who this course is for:
Cybersecurity Professionals: Security analysts, engineers, managers, and consultants looking to enhance their expertise in vulnerability management across diverse technology domains.
IT Professionals: Network administrators, system administrators, and IT managers responsible for securing IT infrastructure and managing vulnerabilities within their organizations.
OT Professionals: Industrial control system (ICS) engineers, automation engineers, and OT managers involved in securing Operational Technology (OT) systems used in industrial environments.
Risk Management Professionals: Risk analysts, compliance officers, and risk managers seeking to improve their understanding of risk prioritization and remediation strategies in the context of vulnerability management.
Information Security Students: Students pursuing a career in cybersecurity or information security who want to gain practical knowledge and skills in vulnerability management applicable to both IT and OT environments.
Business Leaders and Decision Makers: Executives, board members, and business leaders interested in understanding the importance of vulnerability management and its impact on organizational security and resilience.
Anyone Interested in Cybersecurity: Individuals with a general interest in cybersecurity who want to learn more about vulnerability management practices and their role in protecting digital assets.

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Henry Hon

Instructor's Courses

Henry is a seasoned cybersecurity professional with over 20 years of diverse experience spanning various industries. With a strong background in both individual contributor and team management roles, Henry excels in communicating cybersecurity concepts to both business executives and technical stakeholders. He firmly believes in the importance of lifelong learning and is dedicated to continually expanding his expertise in the field. Henry is recognized as a subject matter expert in offensive security and technology risk management. Based in Australia, he is committed to advancing his cybersecurity career and making meaningful contributions to the industry.

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