Ultimate Masterclass for CISSP & CISM Essentials Mastery

Learn the CIA triad—confidentiality, integrity, and availability—and how technical, non-technical, and physical controls, MFA, authenticity, and non-repudiation protect data from unauthorized access, disclosure, alteration, or destruction.

Identify threats, assets, and vulnerabilities and how they affect confidentiality, integrity, and availability. Explore exploitation by threat actors, CVE and Cvss basics, and the role of patching and continuous monitoring.

Identify malware types such as viruses, worms, trojan horses, ransomware, spyware, adware, keyloggers, botnets, and rootkits. Learn how they spread, conceal themselves, and threaten data confidentiality, integrity, and availability.

Explore common cyber attack types, including DDoS and its variants, and outline mitigation techniques like anti-ddos platforms, scrubbing centers, rate limiting, WAFs, and load balancing.

Learn how cyber attacks unfold through the cyber kill chain, from reconnaissance to weaponization, delivery, exploitation, installation, command and control, and actions on objectives.

Explore web application security by examining common attack types and prevention strategies from the 2021 OWASP top ten. Apply secure design, access control, and input validation.

Master social engineering by identifying human factors like impersonation, eavesdropping, shoulder surfing, and baiting. Apply email and web filtering, sandboxing, multi-factor authentication, and security awareness training to protect information assets.

Explore common password attacks—dictionary attacks, brute force, credential stuffing, and password spraying—and apply robust defenses like MFA, account lockout, and strong password policies to secure authentication systems.

Explore the hierarchy of laws, acts, regulations, and standards guiding information security, and review key frameworks like SOX, GLBA, HIPAA, FISMA, PCI DSS, GDPR, ISO/IEC 27001/27002, and NIST CSF.

Balance the cost and benefits of security controls to determine an acceptable risk. Align risk management with asset criticality, CIA principles, threat modeling, and risk owner and senior management.

Explore inherent and residual risks, and learn to set risk appetite, tolerance, and capacity while applying security controls and continuous monitoring for informed risk management.

Identify IT and technology risks by inventorying assets, outlining threats, assigning risk owners, and using brainstorming, threat modeling, and risk scenarios, with continuous monitoring for regulatory compliance.

Perform risk analysis to determine impact and likelihood, rank risks, and prioritize mitigation using qualitative, quantitative, and semi-quantitative methods, interdependencies, and specialized techniques.

Master risk evaluation and treatment by analyzing risks against criteria, prioritizing using matrices and heat maps, and choosing treatment options like elimination, avoidance, mitigation, transfer, sharing, or acceptance.

Monitor risks by tracking identified risks, assessing changes, and evaluating mitigation effectiveness, then perform risk reporting to stakeholders using key risk indicators and a risk register.

Explore how metrics, including key risk indicators, key goal indicators, critical success factors, and key performance indicators, reveal risk exposure and guide governance and strategic decision making.

Explore key risk management frameworks—ISO 31,000, ISO 27,005, NIST Cybersecurity Framework, COSO, and RMF—and learn the six-step process: categorize, select, implement, assess, authorize, and monitor security controls.

Threat modeling provides a structured approach for risk identification across systems, applications, and physical security, guiding security requirements and ongoing risk management in new solutions.

Explore security controls, including preventive, detective, deterrent, and corrective, assessing costs relative to asset value and illustrating return on security investment through resilience and continuity.

Explore information technology general controls (ITGC) that support application controls and governance, covering detective, deterrent, preventive, and corrective controls with examples from SIEM, IDS, firewalls, backups, and incident response.

Define control objectives, measure performance with csci and KPIs, and apply compensating controls or countermeasures when requirements are unmet or risks persist.

Defend with a layered, defense in depth approach that combines network and host firewalls, secure coding and patch management, and data encryption to ensure continued protection.

Master risk-based selection and implementation of security controls, driven by risk assessments, policy alignment, and layered defences, with monitoring and continuous improvement to meet legal and business objectives.

Explore governance and management roles in steering organizational strategy; align IT and security with business objectives through stakeholder input; and ensure policies, monitoring, and compliance drive portfolio success.

Explore the organizational structure from the board to CSO, outlining reporting lines, independent oversight, and the roles of audit and risk committees to ensure governance and security.

Align information security with business strategy via governance, protect confidentiality, integrity, and availability, and embed risk management, senior sponsorship, and compliance across IT and vendors.

Align information security with the business strategy through a risk assessment driven program, gain senior management buy-in, and prioritize controls, policies, training, and incident response to manage risk.

Explore how board of directors, senior management, steering committees, and business and data owners align resources and risk appetite to shape a robust security strategy, supported by analysts and users.

Explore governance and risk management frameworks, COBIT, ISO 31000, ISO 27001, ITIL, CSF, TOGAF, Zachman, SABSA, RMF, and IEC 62443, to align IT with business goals.

Define governance through policies, standards, and procedures as high-level tools reflecting management's intentions, approved by senior leadership; they define acceptable behavior with simple language, and include exceptions and periodic reviews.

Review policies, standards, and procedures at regular intervals, align with business strategy, form a review team, and assess relevancy, accuracy, completeness, and clarity using document and version control.

Explore how standards and baselines support policy implementation in information security, how baselines define security levels, and how standards specify mandatory requirements with examples like strong passwords and TLS upgrades.

Understand how policies, standards, procedures, and guidelines support governance and compliance. Learn how document control, version control, and regular and annual reviews keep these documents relevant and enforceable.

Explore how security program documentation—policies, standards, procedures, guidelines, and reports—drives risk analysis, risk register management, and control testing through clear ownership, approval, review, and classification.

Explore the hierarchy of laws, acts, regulations, and standards that govern information security and cyber security, including sarbanes-oxley, glba, hipaa, fisma, pci dss, gdpr, iso 27001/27002, and nist sp 853.

Develop and manage a comprehensive information security program aligned to business strategy through risk assessment, policies, training, and controls, with senior management buy-in and ongoing incident response.

Align security strategy with the board of directors' vision and risk appetite by coordinating senior management, steering committees, and users through training and risk management activities.

Explore the roles and responsibilities of the security manager, including governance, policy development, risk management, incident response, and compliance, and compare separation and convergence structures.

Identify data owners, custodians, and users to define access permissions and protect assets; owners set requirements, custodians implement them, users handle data securely.

Master incident management by building a multidisciplinary incident response team, following steps from preparation to recovery, and employing proactive communication and continuous improvement to protect assets and operations.

Identify and secure digital evidence during incident response, with first responders preserving integrity and chain of custody. Use write blockers and bit-by-bit cloning to document data for admissibility and compliance.

Develop and test a thoroughly vetted incident response plan with senior management endorsement, regular testing, and integrated problem management to ensure rapid, coordinated responses to phishing and ransomware threats.

Explore how a security operations center monitors, detects, and responds to incidents using siem, iocs, and coordinated teams, with ai-driven automation and MDR services.

Explore how a security operations center monitors, detects, analyzes, and responds to cyber threats using SIEM systems, IOCs, and coordinated incident response.

Discover how a disaster recovery plan restores IT infrastructure and critical systems to minimize downtime. It covers asset inventories, backup and recovery strategies, roles, communication, and improvement within business continuity.

Identify critical processes via a business impact assessment and build a holistic bcp. Integrate crisis communication, incident response, evacuation, and backups with rpo and rto for resilient operations.

Set clear recovery objectives with RPO, RTO, AIW, SDO, and MTO to design resilient business continuity and disaster recovery plans, using real-time data replication, incremental backups, and cloud based storage solutions.

Explore how testing and training strengthen BCP and DRP by using reviews, structured walkthroughs, simulations, parallel and cut over testing, with KPI and KRI metrics guiding continuous improvement.

Emphasizes personal security as a core concern, detailing HR onboarding, training, background checks, and policies like segregation of duties, dual control, and exit procedures to prevent insider threats.

Develop a comprehensive security awareness program that combines security policy training, social engineering defense, data classification, and ongoing phishing simulations to strengthen governance and defense in depth.

Implement separation of duties to prevent fraud by separating custody of assets, authorization, and recording transactions. Use compensating controls and audit trails to enforce data ownership and least privilege.

Explore core access control concepts, including subjects and objects, fail open vs fail closed, and the need to know, least privilege, segregation of duties, and split custody principles.