Building a Robust Cyber Security Strategy
Programme Overview
This programme is designed to empower participants with the essential knowledge and skills required for formulating and executing a robust cybersecurity strategy within their organisations. It encompasses fundamental cybersecurity concepts, risk management, threat assessment, and practical strategies aimed at safeguarding digital assets effectively.
Objectives
- Understand the cybersecurity landscape for the financial services industry (FSI) and the importance of a robust cybersecurity strategy.
- Learn about the key cybersecurity principles and concepts.
- Know the common and latest types of cyber threats / cybercrimes relating to the FSI and understand the threat actors and their motivations.
- Apply cybersecurity risk assessment to identify key vulnerabilities, critical systems and digital assets (Essentials of US NIST, BNM RMiT, MAS TRM Cybersecurity Frameworks, etc).
- Know the latest legal and regulatory compliance trends and considerations.
- Learn about the fundamentals of network security.
- Learn about identity and access management.
- Learn about data loss prevention (DLP) – data classification, data protection and encryption.
- Learn about endpoint security.
- Learn about the tools and techniques for security monitoring and incident response.
- Understand and apply cyber hygiene and cyber resilience frameworks and measures (MAS and BNM guidance).
- Build your cybersecurity strategy.
- Discuss the development of cybersecurity policies and procedures.
- Learn to create a response and crisis management plan.
- Be aware of the emerging technologies and trends in cybersecurity.
Who Should Attend
Professionals working in cybersecurity or technology compliance, financial services sector or any related fields
Programme Date
Date | Time |
24 – 25 July 2024 | 8:30 am – 12:00 pm 1:30 pm – 5:00 pm |
Programme Fee
Package | Stakeholders | Non-Stakeholders |
Normal Price | $1,300.00 | $1,450.00 |
Download Brochure Here
Bookings
Bookings are closed for this event.