
Engage in a fast-track review of the four cybersecurity domains—information security fundamentals, threat landscape, securing assets, and security operations and response—and plan four to six hours of practice exams.
Deliver a quick check-in encouraging students to leave a brief review to help others and improve the course, while inviting them to connect on LinkedIn for questions and certification guidance.
Explore the threat landscape by profiling threat actors by motivation, mapping phishing and social engineering attack vectors, and classifying malware from viruses through ransomware and fileless tools.
Analyze the threat landscape from vulnerabilities and AI-driven attacks to threat intelligence in MITRE ATT&CK and the Cyber Kill Chain, highlighting supply chain, IoT, and cloud security risks.
Explore defensive network controls and secure protocols, including firewalls, ids/ips, vpns, zero trust, tls, https, dnssec, and mail authentication standards like dmarc, dkim, and spf.
Explore authentication factors, MFA and SSO federation, authorization models (RBAC, ABAC, MAC, DAC), PAM and IGA, and encryption basics (AES, RSA, PKI, HSMs) with DLP and data classification.
Protect endpoints and applications with layered controls, including EDR and XDR, and secure software development with DevSecOps while defending OWASP top 10 using WAF and RASP.
Encourage quick reviews to boost reach and improve the course, and invite you to connect on LinkedIn after completion.
Explore cloud security and physical/mobile security, focusing on the shared responsibility model, cloud IAM, CASB, CSPM, data center controls, and MDM and BYOD policies.
This course contains the use of artificial intelligence. However, every lecture recording involves me reading the scripts, and I am fully involved in scripting and production. Be careful buying courses with instructors that don't appear in person. AI courses are becoming quite common on learning platforms.
This fast-track course is a condensed refresher for the ISACA Cybersecurity Fundamentals Certificate (Cybersecurity Fundamentals) exam. Designed for the final stretch of your study plan, it revisits the highest-weight topics across all exam domains in a focused format.
D1 — Information Security Fundamentals (27% of the exam) — covers the cia triad and foundational security concepts, security governance and organizational roles, risk management fundamentals, security policies, standards, and procedures, compliance and legal frameworks, industry frameworks — nist csf, iso 27001, and cobit, security awareness and professional ethics. You will understand how each of these areas is tested on the exam and how they connect to real-world practice.
D2 — Threat Landscape (18% of the exam) — covers threat actors and motivations, attack vectors and social engineering, malware types and behavior, vulnerability types and the exploit lifecycle, emerging threats — ai-driven, supply chain, and iot, threat intelligence fundamentals. You will understand how each of these areas is tested on the exam and how they connect to real-world practice.
D3 — Securing Assets (35% of the exam) — covers network security — firewalls, ids/ips, and segmentation, network protocols and secure communications, authentication and authorization, privileged access management and identity lifecycle, encryption and cryptographic fundamentals, data protection — classification, dlp, and masking, endpoint security — antivirus, edr, patching, and hardening, secure software development and sdlc, owasp top 10 and web application security, application security controls and waf, cloud security fundamentals, physical security and mobile/byod security. You will understand how each of these areas is tested on the exam and how they connect to real-world practice.
D4 — Security Operations and Response (20% of the exam) — covers soc operations and siem, security monitoring and threat detection, incident response lifecycle — preparation and detection, incident response lifecycle — containment, eradication, and recovery, business continuity and disaster recovery, vulnerability management and penetration testing. You will understand how each of these areas is tested on the exam and how they connect to real-world practice.
Use this course alongside practice exams to identify and close remaining gaps before exam day.
Major topics covered: the cia triad and foundational security concepts, security governance and organizational roles, risk management fundamentals, security policies, standards, and procedures, compliance and legal frameworks, industry frameworks — nist csf, iso 27001, and cobit, security awareness and professional ethics, threat actors and motivations, attack vectors and social engineering, malware types and behavior, vulnerability types and the exploit lifecycle, emerging threats — ai-driven, supply chain, and iot, threat intelligence fundamentals, network security — firewalls, ids/ips, and segmentation, network protocols and secure communications, authentication and authorization, privileged access management and identity lifecycle, encryption and cryptographic fundamentals, data protection — classification, dlp, and masking, endpoint security — antivirus, edr, patching, and hardening, secure software development and sdlc, owasp top 10 and web application security, application security controls and waf, cloud security fundamentals, physical security and mobile/byod security, soc operations and siem, security monitoring and threat detection, incident response lifecycle — preparation and detection, incident response lifecycle — containment, eradication, and recovery, business continuity and disaster recovery, Cybersecurity Fundamentals exam prep 2026.