Aardvarks to Zorillas - Anything goes

A cyber range exercise is a simulated cyberattack that is used to train cybersecurity professionals. Cyber range exercises can be used to train a variety of skills, including penetration testing, incident response, and threat hunting. Cyber range exercises can be customized to fit the needs of the organization or team. For example, an organization that is concerned about ransomware attacks could create a cyber range exercise that simulates a ransomware attack. The size of the team that participates in a cyber range exercise can vary. Some cyber range exercises are designed for individuals, while others are designed for teams of up to 100 people. The roles that the team members play will also vary depending on the exercise. Some common roles that team members play in cyber range exercises include: Attacker: The attacker is responsible for trying to exploit vulnerabilities in the system. Defender: The defender is responsible for defending the system from the attacker. Observer: The obser

  Weekend 1 Introduction to Cybersecurity What is cybersecurity? The history of cybersecurity The different types of cyberattacks The importance of cybersecurity Risk Management What is risk management? The different types of risks How to identify and assess risks How to mitigate risks Threat Intelligence What is threat intelligence? How to gather threat intelligence How to use threat intelligence to protect your organization Vulnerability Management What is vulnerability management? How to identify vulnerabilities How to prioritize vulnerabilities How to remediate vulnerabilities Weekend 2 Penetration Testing What is penetration testing? The different types of penetration tests How to plan and execute a penetration test How to report the results of a penetration test Incident Response What is incident response? The different phases of incident response How to plan and execute an incident response plan How to communicate during an incident Forensics What is forensics? The different typ

Weekend 1 Introduction to Cybersecurity Students will be able to define cybersecurity and explain its importance. Students will be able to identify the different types of cyberattacks. Students will be able to discuss the history of cybersecurity. Weekend 2 Risk Management Students will be able to define risk management and explain its importance. Students will be able to identify and assess risks. Students will be able to mitigate risks. Weekend 3 Threat Intelligence Students will be able to define threat intelligence and explain its importance. Students will be able to gather threat intelligence. Students will be able to use threat intelligence to protect their organization. Weekend 4 Vulnerability Management Students will be able to define vulnerability management and explain its importance. Students will be able to identify vulnerabilities. Students will be able to prioritize vulnerabilities. Students will be able to remediate vulnerabilities. Weekend 5 Penetration Testing Students

This  is a broad outline for an Advanced Cybersecurity course that would run over ten weekends with the last week spent on a red team blue team exercise to put together the learnings. Weekend 1 Introduction to Cybersecurity Risk Management Threat Intelligence Vulnerability Management Weekend 2 Penetration Testing Incident Response Forensics Disaster Recovery Weekend 3 Malware Analysis Cyberwarfare Cyber Law Ethics Weekend 4 Cloud Security IoT Security Artificial Intelligence (AI) Security Cybersecurity Operations Weekend 5 Security Architecture Security Engineering Security Governance Security Culture Weekend 6 Security Leadership Security Careers Security Research Security Trends Weekend 7 Cyber Range Exercise 1 Weekend 8 Cyber Range Exercise 2 Weekend 9 Cyber Range Exercise 3 Weekend 10 Red Team Blue Team Exercise Tasks During the Week Students will be assigned readings and exercises to complete during the week. Students will also be expected to participate in online discussions and

  A good CISO is a strategic leader who can articulate the business value of cybersecurity and build a strong security program that aligns with the organization's overall goals. They have a deep understanding of the latest cybersecurity threats and technologies, and they are able to translate this knowledge into actionable insights that can be used to protect the organization. A good CISO also has strong communication and interpersonal skills. They are able to build relationships with key stakeholders, including the board of directors, the CEO, and other senior executives. They are also able to communicate effectively with employees at all levels of the organization, and they are able to build a culture of security within the organization. In terms of technical skills, a good CISO should have a strong understanding of the following areas: Network security: This includes knowledge of firewalls, intrusion detection systems, and other network security technologies. Application securit

  How to Retain Cybersecurity Talent Cybersecurity is a critical function for any organization, and it's becoming increasingly difficult to find and retain qualified cybersecurity professionals. In order to attract and keep top talent, organizations need to offer competitive salaries and benefits, invest in training and development, and create a culture of security. Competitive Salaries and Benefits Cybersecurity is a demanding field, and it's important to offer competitive salaries and benefits to attract and retain top talent. This includes providing health insurance, retirement plans, and other financial benefits. It's also important to offer flexible work arrangements, such as telecommuting and flextime, to accommodate the needs of working professionals. Invest in Training and Development The cybersecurity landscape is constantly changing, so it's important to invest in training and development for your cybersecurity team. This will help them stay up-to-date on the