ISO 27002:2022 Complete Training - ISMS Lead Manager

Explore how information security policies guide governance and the ISMS, detailing purpose, structure, development, approval, review, and communication under A.5.1.

Define and enable information security roles and responsibilities to ensure clarity, accountability, and alignment with risk assessment, policy, and training through open communication across the organization.

Define segregation of duties and its role in preventing fraud, errors, and misuse of information, with practical implementations across finance, IT, and operations.

Define and assign information security responsibilities, empower staff, and oversee the ISMS through audits, KPIs, and incident response to foster a security-conscious culture.

Identify relevant authorities and establish robust, secure communication protocols to report incidents promptly under A.5.5, ensuring timely notifications to law enforcement and data protection authorities within the required 72-hour window.

Explore how maintaining contact with special interest groups strengthens an information security management system by sharing threat intelligence, best practices, and collaborative problem solving.

Explore threat intelligence as a proactive cornerstone of information security management, turning raw data into actionable insights to collect, analyze, disseminate, and integrate within an Isms for risk-based defense.

Embed information security across the project lifecycle, from initiation to closure, by identifying security requirements via workshops, managing risks, and enforcing controls with DevSecOps and continuous monitoring.

Create and maintain a comprehensive inventory of information assets with clear ownership, classification, and value to enable risk management, compliance, and rapid incident response.

Explore the development and enforcement of acceptable use policies for information assets and processing facilities, highlighting responsibilities, training, and risk mitigation in the digital age.

Develop, implement, and enforce secure asset return processes during offboarding, covering comprehensive asset inventory, physical and digital assets, timely deprovisioning, data erasure, and compliance with privacy regulations.

Develop and apply a data classification scheme that labels assets by sensitivity—public, internal, confidential, and highly confidential—and enforces handling requirements to meet regulatory needs and protect critical assets.

Implement and enforce consistent information labeling across digital and physical assets using a clear classification scheme, labels, and handling rules to protect data and meet regulatory requirements.

secure transfer of information relies on encryption in transit and secure channels to prevent interception and data tampering, while audits, data classification, and contractual obligations reinforce protection.

Explore access control within an Isms, applying least privilege and formal policies. Use role-based or attribute-based controls to manage physical and logical access with monitoring, reviews, and incident response.

Explore identity management as the backbone of information security, covering user life cycle, provisioning, access control, deprovisioning, and compliance with MFA, SSO, and role-based access control.

Explore authentication information, why it matters, and how to manage it securely with passwords, tokens, biometrics, and MFA.

Learn to grant, review, and revoke access rights based on roles and least privilege to protect data. Explore IAM approaches like RBAC, ABAC, SSO, and MFA, plus audits for compliance.

Learn how to manage information security in supplier relationships through risk assessment, contract obligations, access controls, ongoing monitoring, incident reporting, and lifecycle governance across the supplier ecosystem.

Define and enforce information security within supplier agreements by embedding confidentiality, data protection, incident notification, audit rights, secure disposal, and business continuity, including cross-border data transfer and encryption considerations.

Explore how to manage information security across the ICT supply chain, including supplier risk assessment, procurement, secure development, cryptographic controls, and continuous monitoring.

Continuously monitor supplier security and periodically review supplier agreements to manage changes securely, using KPIs, risk indicators, audits, and risk assessments to protect data and compliance.

Explain the unique security requirements of cloud services, including the shared responsibility model, access controls, encryption, monitoring, incident response, data residency, governance, shadow IT, and data portability.

Explore how information security incident management planning and preparation form a structured incident response plan with defined roles, reporting, triage, containment, recovery, and lessons learned.

Develop the ability to assess information security events and determine incident significance using detection, logging, triage, and predefined criteria, then declare incidents and activate the incident response plan.

Learn to identify information security incidents and apply containment, eradication, and recovery to minimize impact, guided by A.5.26 and a structured incident response plan.

Explore post-incident analysis to identify root causes, extract lessons learned, and implement corrective and preventive actions that strengthen resilience and prevent recurrence of information security incidents.

Collect and preserve digital evidence during information security incidents, emphasizing chain of custody, volatile data handling, and hashing. Document all actions to ensure evidence remains admissible and reliable forensics.

Explore information security continuity as outlined in control a.5.29, aligning security with business continuity to protect confidentiality, integrity, and availability during disruptions.

Explore ICT readiness for business continuity, defining recovery time objective and recovery point objective, plus redundancy, backups, testing, and governance to sustain critical operations.

Identify and map legal, statutory, regulatory, and contractual requirements, then establish a living compliance register and integrate them into the ISMS with evidence-driven controls.

Protect intellectual property rights within an information security management system by implementing policies and licensing controls. Train staff, audit licenses, and manage open source to ensure compliance.

Protect physical and digital organizational records by upholding confidentiality, integrity, and availability. Implement retention policies, audits, and access controls to guard against insider threats and ensure compliance.

Protect privacy and personal data within an ISMS by applying A.5.34 with data inventories, privacy by design, and controls across governance, security, and compliance with GDPR and CCPA.

Conduct an independent review of information security under control A.5.35 to verify the ISMS operates effectively, meets internal and external requirements, and drives continuous improvement through objective, risk-based assessments.

Maintain ongoing information security compliance through audits, continuous monitoring, and employee training, while addressing non-compliance and fostering a culture of policy adherence.

Create, implement, and maintain documented operating procedures that enable consistent, secure information security tasks within an Isms, with clear roles, step-by-step instructions, and audit-ready structure.

Strengthen information security by screening all candidates and personnel with access to sensitive information or systems, using identity verification, background checks, criminal records, credit checks, and rescreening under compliant policies.

Explore how information security clauses in employment terms assign responsibilities, protect data, and enforce controls, from confidentiality and acceptable use to incident reporting, access control, and BYoD.

Design and manage tailored information security awareness, education and training for all personnel, delivering through diverse methods and measuring effectiveness to build a security conscious culture.

Establish a formal disciplinary process for information security breaches aligned with A.6.4, detailing reporting, investigations, fair consequences, appeals, remediation, and ongoing training to strengthen policy adherence and trust.

Guide offboarding and role transitions by revoking access, retrieving assets, and applying rbac to ensure secure, compliant changes in employment status.

Align confidentiality with NDA foundations to protect sensitive information, outlining key clauses, enforcement, and practical implementation for remote work and third-party collaborations.

Implement robust remote working policies and technical controls to mitigate risks like phishing, data leakage, and insecure networks, using VPNs, MFA, and endpoint protection.

Explore information security event reporting under section 8.6.8, including timely and accurate reporting, clear procedures, reporting channels, roles, and continuous improvement through lessons learned.

Design defense in depth physical security perimeters with layered barriers, access controls, and monitoring to protect information assets and processing facilities.

Explore physical entry controls and their multi-layered approach to protect premises, server rooms, and sensitive areas using electronic access, biometrics, visitor management, and key management.

Perform risk assessment to identify sensitive spaces and implement layered physical security with access controls, surveillance, and intrusion detection; train staff and manage credentials to prevent unauthorized access, including visitors.

Explore how physical security monitoring combines CCTV, intrusion detection, and alarms with risk-based deployment, clear response procedures, and ongoing training to deter and detect threats and protect assets.

Identify and apply ISO 27002:2022 A.7.5 controls to protect information assets from physical and environmental threats, using preventative and detective measures, redundancy, monitoring, maintenance, and disaster recovery planning.

Explore access control, visitor management, zoning, and monitoring in secure areas; apply least privilege, clear desk policies, and audits to safeguard assets and data integrity.

Learn clear desk and clear screen policies to prevent unauthorized access and visual hacking, reinforcing regulatory compliance under iso 27002:2022 and a security mindset across offices and remote work.

Secure equipment siting and protection (A.7.8) through physical and environmental controls, power reliability, and access measures to safeguard servers and networking gear.

Secure off premises assets by enforcing encryption for data at rest, VPN/TLS for data in transit, and MDM with strong access controls and MFA.

Learn to securely manage storage media across their life cycle from acquisition to disposal using encryption, labeling, access controls, and audits to prevent data loss and ensure regulatory compliance.

Understand how to secure supporting utilities - electrical power, HVAC, water, and telecommunications - through risk assessment, redundancy, and A.7.11 controls for continuous availability.

Secure both power and telecommunications cabling by applying physical, technical, and organizational controls to prevent interception and damage, using conduits, encryption, network segmentation, and risk-based management.

Implement secure routine and corrective equipment maintenance to preserve security and operational integrity, covering vetting personnel, strict access controls, change management, monitoring, and proper data sanitization during disposal.

Apply clearing, purging, and destroying to securely dispose or reuse equipment, ensuring data remnants cannot be recovered. Establish policy, training, and verification to meet regulatory and environmental considerations.

Explore how secure configuration, encryption, patch management, and malware protection shield user endpoint devices. Apply controls like least privilege, MFA, and MDM to maintain resilient security.

Master privileged access rights by identifying risks, applying least privilege, enforcing strong authentication and session monitoring, and conducting regular reviews and revocation across on-premises and cloud environments.

Implement information access restriction through information classification and fine-grained controls, enforcing need-to-know with RBAC, ABAC, and MAC, plus provisioning, review, and deprovisioning in a zero-trust framework.

Safeguard access to source code by enforcing least privilege, MFA, and granular controls in Git, Subversion, and cloud repos, while monitoring changes and enforcing secure development practices.

Implement multi-factor authentication and strong password policies, using hashing with salting, time-based one-time password codes, biometrics, and PKI, with secure session management and thorough logging.

Learn capacity management to ensure information systems meet current and future demands while preserving security performance. Explore systematic planning, monitoring, thresholds, and best practices for cloud, on-premises, and DevOps environments.

Deploy a multi-layered malware defense with anti-malware, EDR, and sandboxing, while hardening configurations, managing patches, segmenting networks, and training users for incident response and recovery.

Develop a robust vulnerability management program by identifying, assessing, prioritizing, remediating, and verifying technical vulnerabilities across systems and applications using scanning, penetration testing, and patching.

Master configuration management by establishing secure baselines, enforcing change control, and using automation to prevent drift while ensuring security and regulatory compliance.

Apply secure deletion across media types using overwriting and hardware erase, verify irrecoverability, and enforce data retention, training, and vendor controls for compliance.

Explore data masking and its role in safeguarding sensitive data in non-production environments, and learn techniques like substitution, shuffling, masking with patterns, redaction, tokenization, and data blurring.

Discover data leakage prevention (DLP) strategies that detect and prevent unauthorized data disclosure across rest, in use, and in motion, using policy enforcement and contextual analysis.