Cybersecurity Foundation study materials
Cybersecurity Foundation study resources

Cybersecurity Foundation study plan

Cybersecurity Foundation · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

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

Week 2

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

Week 3

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

Week 4

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

Week 5

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

Week 6

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

Week 7

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

Week 8

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