Cybersecurity Foundation study plan
Cybersecurity Foundation · Give each week a clear focus.
8 weeks · About 6 hours per week
Fundamental cybersecurity principles and concepts
Define the CIA triad and explain how each component applies to a real-world system
Differentiate between authentication, authorization, and accounting using concrete examples
Identify common threat actors and their motivations from a given scenario
Classify vulnerabilities, threats, and risks according to standard terminology
Your checkpoint
Create a one-page glossary of 20 fundamental cybersecurity terms with definitions and examples
Fundamental cybersecurity principles and concepts
Compare symmetric and asymmetric encryption and describe typical use cases for each
Explain how hashing ensures integrity and list properties of secure hash functions
Outline the TLS handshake and the role of certificates in establishing trust
Recognize common cryptographic failures such as weak key management and improper random number generation
Your checkpoint
Write a 300-word summary explaining how HTTPS protects data in transit, including the roles of encryption, hashing, and certificates
Fundamental cybersecurity principles and concepts
Categorize common network attacks (e.g., spoofing, man-in-the-middle, DDoS) by OSI layer
Describe the function of firewalls, IDS/IPS, and VPNs in network defense
Explain how segmentation and least privilege reduce attack surface
Identify indicators of compromise in network traffic logs
Your checkpoint
Diagram a secure network architecture for a small business, labeling at least five security controls and their purposes
Fundamental cybersecurity principles and concepts
List the phases of incident response and the key activities in each
Differentiate between disaster recovery and business continuity planning
Explain the purpose of a business impact analysis and how it informs recovery objectives
Describe common backup strategies and their trade-offs
Your checkpoint
Draft a one-page incident response checklist covering detection, containment, eradication, recovery, and lessons learned
Cybersecurity program
Define the components of a cybersecurity program (governance, risk management, compliance, operations)
Explain how to align security objectives with business goals using a framework such as NIST CSF
Identify key roles and responsibilities in a security organization
Describe the purpose of security policies, standards, and procedures
Your checkpoint
Create an outline of a cybersecurity program charter that includes scope, objectives, and key stakeholders
Cybersecurity program
Conduct a qualitative risk assessment using a likelihood-impact matrix
Select appropriate risk treatment options (mitigate, transfer, avoid, accept) for given scenarios
Explain how to define and track risk appetite and tolerance
Describe the role of third-party risk management in a security program
Your checkpoint
Complete a risk register with at least five identified risks, their ratings, and proposed treatments
Cybersecurity program
Map common security controls to compliance requirements such as GDPR or ISO 27001
Explain the purpose and process of security audits and assessments
Describe how security awareness training and phishing simulations reduce human risk
Outline metrics and reporting mechanisms for communicating security posture to leadership
Your checkpoint
Develop a security awareness campaign plan with at least three initiatives and corresponding success metrics
Fundamental cybersecurity principles and concepts & Cybersecurity program
Synthesize concepts from both domains by analyzing a hypothetical security incident from detection to recovery
Evaluate the effectiveness of a security program using a maturity model
Review weak areas identified in practice quizzes and reinforce them
Practice time management by completing a full-length practice exam under timed conditions
Your checkpoint
Score at least 80% on a timed 100-question practice exam covering both domains, with a written review of incorrect answers
Milestones
Week 2: Explain the difference between encryption, hashing, and encoding without notes, and give one security use case for each
Week 4: Pass a 40-question quiz on Domain 1 with a score of 75% or higher
Week 6: Present a risk assessment summary to a peer and receive feedback on clarity and completeness
Week 8: Achieve a score of 80% or higher on a comprehensive practice exam covering both domains