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A comprehensive, 10-module foundational course establishing the essential concepts, architectures, threat models, operational practices, and practical skills required for modern cybersecurity engineering.
Establishes cybersecurity as an adversarial engineering discipline, exploring the CIA Triad, Parkerian Hexad, non-repudiation, and usability trade-offs.
Deep dive into Saltzer and Schroeder's foundational design principles: Least Privilege, Defense in Depth, Separation of Duties, Fail-Safe Defaults, Complete Mediation, and Open Design.
Categorize software bugs vs architectural design flaws, profile adversary archetypes, calculate CVSS severity metrics, and master quantitative risk equations.
Structure enterprise defense across administrative, technical, and physical controls, network boundary firewalls, CIS host hardening, cryptography, and patch management.
Master the AAA framework, multi-factor authentication, Argon2id password hashing, FIDO2/WebAuthn phishing resistance, DAC/MAC/RBAC/ABAC models, and secure session lifecycles.
Design structural defenses: map trust boundaries, implement NIST SP 800-207 Zero Trust Architecture, configure OS isolation sandboxes, microsegmentation, and PKI hierarchies.
Explore the operational nerve center: 3-tier SOC workflows, telemetry and audit logs, SIEM event correlation, NIST SP 800-61 incident response, and proactive threat hunting.
Distinguish vulnerability scanning from penetration testing, execute the 7 phases of PTES, foster collaborative purple teaming, model threats with STRIDE, and prepare for audits.
Defend modern computing architectures: Cloud Shared Responsibility, hardened containers and Kubernetes, Software Bills of Materials (SBOM), DevSecOps CI/CD pipelines, and AI/LLM security.
Hands-on technical security execution: Linux DAC permissions and POSIX capabilities, packet analysis with tcpdump and Wireshark, HTTP security headers, password entropy, and incident log triage.