MGT512

MGT512 is a course offered by the SANS Institute titled “Security Leadership Essentials for Managers,” aimed at managers and leaders in information security. It focuses on developing leadership and management skills specific to cybersecurity, covering topics like risk management, security policy, legal issues, and incident response. The course’s primary goal is to equip managers with the knowledge and skills needed to oversee information security programs, lead cybersecurity teams effectively, and communicate security strategies within their organization.

What We Learn in MGT512?

participants develop key skills in information security management, including interpreting and applying cybersecurity frameworks in organizational settings, and effective risk analysis and management. They learn to navigate various reporting structures within the cybersecurity domain and acquire competencies in leading technical teams and projects. The course covers the development of vulnerability management programs, integrating security into DevOps workflows, and strategically using SIEM systems for security enhancement. It also focuses on leading Security Operations Centers (SOC), cultivating a security-conscious culture, and managing security projects efficiently. Additionally, the course covers adapting security for cloud and modern architectures, leveraging automation and Infrastructure as Code (IaC) in security engineering, quickly adapting to information security challenges, setting security standards, and communicating effectively with technical teams.

What MGT512 Looks Like

MGT512 covers large amount of very technical subjects inside cyber security, computer science, networking and other engineering aspects. here’s a general idea of what is covered in MGT512 training and how it might look like. it’s important to mention that the cost of such course is around 8-9K USD.

1. Building Your Security Program: This initial section introduces participants to the essentials of effective security management. It covers various cybersecurity frameworks, risk assessment and management techniques, security policy development, and insights into structuring a successful security team and program.
2. Technical Security Architecture: This part dives into both traditional and modern security architectures, discussing network security across different layers, host security, cloud security challenges, and the Zero Trust model. It also includes a practical look at Amazon Web Services (AWS) for cloud security.
3. Security Engineering: Focused on best practices in security engineering, this section covers cryptography, the distinction between privacy and security, application security in the context of DevSecOps, and modern approaches like Infrastructure as Code (IaC).
4. Security Management & Leadership: Here, the course emphasizes the skills needed for leading security initiatives, such as building vulnerability management programs, developing security awareness, negotiation strategies, vendor analysis, and effective management of security projects and teams.
5. Detecting and Responding to Attacks: The final section is dedicated to detection and response capabilities, including the use of SIEM systems, managing Security Operations Centers (SOCs), incident handling procedures, business continuity planning, disaster recovery, and physical security considerations.

Throughout the course, participants engage in various exercises and scenarios (Cyber42 events) that mirror real-world challenges, enhancing their practical understanding and application of the course material in their professional roles.