Cybersecurity Auditing and Digital Risk Assurance Training Course

Course Introduction

Cybersecurity Auditing and Digital Risk Assurance Training Course provides a comprehensive framework for professionals responsible for assessing cybersecurity governance, digital risks, security controls, information assets, technology resilience, and organisational preparedness. The programme develops practical capabilities for evaluating whether cybersecurity arrangements adequately protect critical systems, data, applications, networks, users, and digital services.

The course explores the complete cybersecurity audit and assurance lifecycle, beginning with digital risk identification and risk-based audit planning and progressing through control assessment, technical testing, evidence evaluation, findings development, reporting, remediation, and follow-up. Participants will learn how to translate complex cybersecurity issues into clearly documented business risks and actionable assurance conclusions.

Particular attention is given to cybersecurity governance, identity and access management, security operations, vulnerability management, incident response, network security, endpoint protection, data security, cloud environments, third-party risks, and digital resilience. The programme also examines how auditors can assess both preventive and detective controls and determine whether security measures are appropriately designed and operating effectively.

Modern digital environments create rapidly changing risks that require assurance professionals to understand emerging technologies and threat scenarios. Participants will examine cybersecurity implications associated with cloud computing, artificial intelligence, automation, remote access, application programming interfaces, Internet of Things environments, digital platforms, ransomware, supply-chain attacks, and technology-enabled fraud.

The programme uses practical audit scenarios, control-testing approaches, evidence management techniques, risk assessment exercises, and assurance case studies to strengthen professional judgement. Participants will develop the ability to evaluate cybersecurity evidence, challenge management assumptions, identify control gaps, assess residual risk, document audit findings, and communicate security issues effectively to technical and non-technical stakeholders.

By completing this programme, participants will be better prepared to conduct risk-based cybersecurity audits and digital assurance engagements across complex technology environments. The course supports stronger cybersecurity governance, more effective control assessment, improved digital resilience, better management reporting, and a forward-looking assurance approach capable of addressing both established and emerging cyber risks.

Duration

10 days

Who Should Attend

• Internal auditors responsible for evaluating cybersecurity controls, technology risks, information security governance, and digital resilience.

• IT auditors seeking advanced techniques for conducting cybersecurity assurance reviews and technology-focused audit engagements.

• Cybersecurity professionals involved in security governance, control assessment, risk management, monitoring, and assurance activities.

• Information security managers responsible for designing, implementing, testing, and improving organisational security controls.

• Risk management professionals assessing cyber, technology, information, operational, and digital ecosystem risks.

• Compliance and regulatory professionals responsible for evaluating cybersecurity requirements, control effectiveness, and assurance evidence.

• External auditors who need to understand cybersecurity risks and information systems controls within broader assurance engagements.

• Technology managers and CIO-office professionals responsible for technology governance, cyber risk oversight, and digital resilience.

• Data protection and privacy professionals assessing information security controls and risks affecting sensitive and regulated information.

• Business continuity and resilience professionals evaluating cyber disruption scenarios, recovery capabilities, and technology dependencies.

• IT governance, risk, and compliance specialists coordinating cybersecurity controls, assurance activities, and remediation programmes.

• Security operations professionals seeking stronger understanding of audit methodology, control evidence, assurance requirements, and audit reporting.

• Technology project and digital transformation professionals responsible for embedding cybersecurity and risk controls into new digital solutions.

• Audit committee members, senior executives, and managers seeking stronger understanding of cybersecurity assurance findings, risks, and control effectiveness.

Course Objectives

• Develop advanced knowledge of cybersecurity auditing principles, digital risk assurance concepts, security governance requirements, and risk-based approaches for modern technology environments.

• Apply structured methodologies for identifying, assessing, prioritising, and documenting cybersecurity risks affecting information assets, systems, networks, applications, users, and digital services.

• Evaluate cybersecurity governance structures, policies, responsibilities, oversight mechanisms, security strategies, and risk management processes against organisational requirements.

• Assess the design and operating effectiveness of cybersecurity controls covering identity management, access security, infrastructure protection, monitoring, vulnerability management, and incident response.

• Conduct effective cybersecurity audit planning by defining scope, objectives, criteria, testing procedures, evidence requirements, sampling approaches, and engagement priorities based on assessed risks.

• Evaluate security operations and technical control environments to identify weaknesses affecting threat detection, prevention, response, recovery, monitoring, and organisational cyber resilience.

• Strengthen practical capabilities for auditing cloud services, remote working environments, third-party technology providers, digital platforms, and interconnected technology ecosystems.

• Apply data analytics, automated audit techniques, log analysis, exception testing, continuous auditing, and other technology-enabled approaches to identify cybersecurity control weaknesses and unusual activity.

• Assess cybersecurity incident management, ransomware preparedness, recovery capabilities, business continuity arrangements, and lessons-learned processes supporting digital operational resilience.

• Evaluate emerging cybersecurity risks associated with artificial intelligence, automation, Internet of Things devices, application programming interfaces, digital ecosystems, and evolving technology architectures.

• Produce evidence-based cybersecurity audit findings and reports that clearly explain control weaknesses, business impacts, root causes, residual risks, management responses, and practical remediation requirements.

• Develop forward-looking digital assurance strategies that integrate cybersecurity governance, continuous monitoring, emerging risk assessment, technology resilience, third-party assurance, and ongoing control improvement.

Comprehensive Course Outline

Module 1: Foundations of Cybersecurity Auditing and Digital Risk Assurance

• Principles, objectives, scope, professional responsibilities, and assurance concepts underpinning modern cybersecurity auditing.

• Relationships between cybersecurity governance, digital risk management, internal controls, technology strategy, and organisational objectives.

• Cybersecurity audit lifecycle from engagement initiation and risk assessment through testing, reporting, remediation, and follow-up.

• Major digital risk categories affecting confidentiality, integrity, availability, authenticity, privacy, resilience, and operational continuity.

Module 2: Cybersecurity Governance, Risk and Control Frameworks

• Cybersecurity governance structures, accountability models, policies, standards, oversight responsibilities, and security decision-making processes.

• Cyber risk management frameworks for identifying, assessing, treating, monitoring, escalating, and reporting information security risks.

• Evaluation of cybersecurity policies, standards, procedures, control frameworks, governance committees, and management oversight arrangements.

• Alignment of cybersecurity strategy, enterprise risk appetite, regulatory requirements, business priorities, and digital assurance objectives.

Module 3: Cybersecurity Risk Assessment and Audit Planning

• Identification of cyber threats, vulnerabilities, control weaknesses, critical assets, business dependencies, and technology risk exposures.

• Risk-based cybersecurity audit planning, audit universe development, engagement prioritisation, resource allocation, and assurance coverage.

• Defining audit scope, objectives, criteria, risk statements, testing strategies, evidence requirements, and engagement deliverables.

• Use of threat-informed risk assessment, preliminary analytics, control maturity considerations, and risk scenarios in cybersecurity audit planning.

Module 4: Identity, Access and Privileged Account Auditing

• User identity lifecycle controls covering onboarding, role changes, termination, access approvals, periodic reviews, and account reconciliation.

• Privileged access management, administrative accounts, elevated permissions, emergency access, and monitoring of high-risk activities.

• Authentication controls including multifactor authentication, password management, single sign-on, identity federation, and adaptive access.

• Audit testing for excessive privileges, dormant accounts, inappropriate access, segregation-of-duties conflicts, shared accounts, and access exceptions.

Module 5: Network, Infrastructure and Endpoint Security Auditing

• Auditing network architecture, segmentation, firewalls, secure configurations, remote access, wireless environments, and infrastructure security controls.

• Endpoint security assessment covering device protection, configuration management, patching, malware prevention, encryption, and monitoring.

• Vulnerability management processes including scanning, risk classification, remediation prioritisation, exception management, and verification.

• Security configuration auditing for servers, workstations, network devices, cloud infrastructure, and other critical technology components.

Module 6: Security Operations, Monitoring and Incident Response Assurance

• Security operations governance, security monitoring, event management, alert handling, escalation procedures, and operational performance.

• Evaluation of security information and event management capabilities, logging practices, detection controls, and monitoring coverage.

• Cyber incident response processes covering identification, containment, eradication, recovery, communication, evidence preservation, and post-incident review.

• Audit assessment of ransomware readiness, incident simulations, response testing, lessons learned, and remediation of recurring security weaknesses.

Module 7: Application Security and Secure Systems Assurance

• Application security governance, secure development principles, security requirements, testing procedures, and deployment controls.

• Audit evaluation of application authentication, authorisation, input validation, session management, encryption, logging, and security configuration.

• Secure software development lifecycle controls covering design, coding, testing, vulnerability management, release approval, and production deployment.

• API security, integration controls, application interfaces, automated processes, and technology dependencies within interconnected digital environments.

Module 8: Data Security, Privacy and Information Protection Auditing

• Data classification, ownership, access restrictions, encryption, retention, disposal, and protection of sensitive and business-critical information.

• Audit assessment of data loss prevention, database security, backup protection, information leakage controls, and secure data transfer.

• Privacy and information protection controls covering personal data, regulatory obligations, consent requirements, retention, and secure processing.

• Testing data security controls across structured databases, cloud repositories, endpoints, collaboration platforms, and digital information ecosystems.

Module 9: Cloud Security and Digital Infrastructure Assurance

• Cloud security governance, shared responsibility models, service models, cloud configurations, and assurance challenges across modern environments.

• Audit evaluation of cloud identity management, encryption, logging, monitoring, network controls, configuration security, and workload protection.

• Assessment of cloud resilience, backup, recovery, availability, data location, portability, migration risks, and exit arrangements.

• Continuous assurance considerations for dynamic cloud environments, infrastructure-as-code, containerised systems, and rapidly changing technology configurations.

Module 10: Third-Party, Supply Chain and Digital Ecosystem Risk

• Cybersecurity risks arising from suppliers, contractors, managed service providers, technology vendors, partners, and interconnected digital ecosystems.

• Third-party due diligence, security requirements, contractual controls, service-level agreements, security assessments, and assurance reporting.

• Supply-chain cybersecurity risks involving software components, technology dependencies, subcontractors, service providers, and external platforms.

• Ongoing vendor monitoring, risk reassessment, incident notification requirements, control exceptions, and remediation of third-party security weaknesses.

Module 11: Cybersecurity Data Analytics and Continuous Assurance

• Data acquisition, extraction, validation, transformation, and preparation techniques for cybersecurity audit and assurance activities.

• Analysis of access records, security logs, configuration data, vulnerability reports, incidents, alerts, and other technology-generated evidence.

• Detection of unusual access, control exceptions, privilege anomalies, policy violations, repeated failures, and suspicious technology activity.

• Continuous auditing and continuous monitoring approaches for improving cybersecurity assurance coverage and identifying emerging risks earlier.

Module 12: Digital Forensics, Evidence and Investigative Assurance

• Principles of digital evidence identification, preservation, integrity, chain of custody, documentation, and secure handling during audit activities.

• Evaluation of system logs, access records, forensic images, electronic communications, configuration data, and other digital evidence sources.

• Audit interfaces with cybersecurity investigations, incident response teams, legal functions, compliance units, and specialist forensic professionals.

• Documentation standards for ensuring cybersecurity audit evidence is sufficient, reliable, traceable, reproducible, and suitable for assurance conclusions.

Module 13: Artificial Intelligence, Automation and Emerging Cyber Risks

• Cybersecurity assurance considerations for artificial intelligence systems, machine learning models, automated decision-making, and algorithm-enabled processes.

• Security risks associated with generative AI, prompt manipulation, data exposure, model misuse, synthetic content, and automated attack techniques.

• Audit implications of robotic process automation, Internet of Things devices, edge computing, application programming interfaces, and digital platforms.

• Emerging threat assessment, technology risk sensing, control adaptation, responsible innovation governance, and assurance strategies for rapidly evolving environments.

Module 14: Cyber Resilience, Business Continuity and Disaster Recovery

• Cyber resilience principles for maintaining critical services during cyber incidents, technology disruptions, system failures, and hostile activity.

• Business continuity and disaster recovery controls covering recovery objectives, backup strategies, restoration procedures, dependencies, and testing.

• Evaluation of ransomware recovery, immutable backups, recovery environments, crisis communication, emergency decision-making, and resilience exercises.

• Assurance over recovery testing, lessons learned, remediation tracking, resilience metrics, and continuous improvement of technology recovery capabilities.

Module 15: Cybersecurity Audit Reporting, Remediation and Follow-Up

• Development of cybersecurity audit findings covering condition, criteria, cause, effect, risk implications, evidence, and management response.

• Communicating technical cybersecurity weaknesses in clear business language to executives, technology leaders, risk committees, and audit committees.

• Developing practical remediation recommendations addressing root causes, control gaps, residual risks, ownership, timelines, and measurable corrective actions.

• Follow-up assurance procedures for validating remediation, reassessing residual risk, monitoring overdue actions, and escalating unresolved cybersecurity weaknesses.

Module 16: Advanced Digital Risk Assurance and Future Cybersecurity Audit Strategy

• Integrated assurance across cybersecurity governance, cloud services, applications, data, infrastructure, third parties, digital platforms, and technology operations.

• Advanced approaches to continuous cybersecurity assurance, automated control testing, threat-informed auditing, risk sensing, and predictive analytics.

• Future cyber risks associated with artificial intelligence, autonomous systems, quantum technologies, deepfakes, advanced automation, and evolving attack methods.

• Developing a forward-looking cybersecurity audit strategy that strengthens digital resilience, assurance coverage, governance, risk visibility, and stakeholder confidence.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.