Key takeaways
Responsibilities, risk registers, policies, suppliers, metrics and trade-offs for useful IT governance.
A relevant audit starts with the services the business must continue to deliver, the information it cannot afford to lose and the commitments it must meet. Technical scope follows. This prevents teams from spending time on a peripheral device while overlooking a cloud account, supplier or restoration process on which operations genuinely depend.
The NIST Cybersecurity Framework 2.0 organises risk management around six functions — govern, identify, protect, detect, respond and recover — while the Centre for Cybersecurity Belgium's CyberFundamentals Framework translates these principles into practical, proportionate measures. Frameworks do not replace judgement; they reduce blind spots and create a common management and technical language. [1][2]
In this guide, a control is reliable only when it has an owner, consistent configuration, known coverage and recent evidence. A purchased licence, enabled checkbox or old document is not enough. Effectiveness is demonstrated through use, monitoring, testing and the ability to remediate exceptions.
The result must remain understandable over time. For each conclusion, record the observation date, covered systems and populations, method, sample and limitations. Separate observed facts from statements and auditor assumptions. This traceability lets another person understand the rating, repeat the verification after remediation and measure progress during the next review. It also prevents two common errors: assuming a control applies everywhere when only part of the scope was checked, or keeping an action open indefinitely without an objective closure criterion. Provide two reporting levels: a concise management view for decisions and technical detail for implementation. Both should use the same priorities and clearly identify risks that are accepted, transferred, reduced or avoided. The report then becomes a governed working instrument rather than a snapshot forgotten after presentation.
- ✓Governance, accountability and risk
Verify who decides, performs, checks and accepts risk. Informal accountability delays incident response and makes exceptions difficult to govern.
- ✓Inventory and lifecycle
An unknown environment cannot be protected consistently. Cover hardware, software, cloud services, service accounts, data, owners and end-of-support dates.
- ✓Suppliers and the supply chain
Providers may administer systems, host data or support critical activities. Their controls, contracts and response capabilities affect your risk.
- ✓Data, GDPR and protection
Safeguards must match sensitivity, volume and the consequences of loss, alteration or disclosure. Location, retention and transfers must be understood.
- ✓People and security culture
Employees are part of the control system. They should recognise unusual situations and know where to report them quickly.
Governance
Governance, accountability and risk
Verify who decides, performs, checks and accepts risk. Informal accountability delays incident response and makes exceptions difficult to govern. [1]
This domain must be examined through real operations rather than a declared procedure alone. The auditor links people, technology and data flows to the business scenario in this guide. Exceptions matter too: a protection enabled broadly may still leave critical accounts, devices or data outside its coverage.
The method compares the expected, configured and actually observed states. Interviews explain intent; administration screens, exports, logs and tests demonstrate application. Where intrusive verification is not authorised, that limitation must be explicit in the report to avoid an overconfident conclusion.
Checks to perform
- Name an executive sponsor and operational owner
- Link IT risks to the enterprise risk register
- Check policy approval and review dates
- Identify risk acceptances and expiry dates
- Separate execution from validation
Evidence to request
- Responsibility matrix
- Risk register and minutes
- Approved policies and metrics
Each gap is then qualified by likelihood, impact and ease of exploitation. The recommendation should name the expected result, action owner, dependencies and evidence needed for closure. This discipline turns a technical list into a governance decision.
Expected decisions and actions
- 1Assign every major risk
- 2Set a governance rhythm
- 3Document exceptions
Governance
Inventory and lifecycle
An unknown environment cannot be protected consistently. Cover hardware, software, cloud services, service accounts, data, owners and end-of-support dates. [2]
This domain must be examined through real operations rather than a declared procedure alone. The auditor links people, technology and data flows to the business scenario in this guide. Exceptions matter too: a protection enabled broadly may still leave critical accounts, devices or data outside its coverage.
The method compares the expected, configured and actually observed states. Interviews explain intent; administration screens, exports, logs and tests demonstrate application. Where intrusive verification is not authorised, that limitation must be explicit in the report to avoid an overconfident conclusion.
Checks to perform
- Compare inventory, directory, network and management tools
- Find unsupported equipment and software
- Assign business and technical owners
- Document join, change and retirement events
- Include SaaS and third-party access
Evidence to request
- Asset and licence exports
- Contracts and support dates
- Diagrams and application lists
Each gap is then qualified by likelihood, impact and ease of exploitation. The recommendation should name the expected result, action owner, dependencies and evidence needed for closure. This discipline turns a technical list into a governance decision.
Expected decisions and actions
- 1Create one source of truth
- 2Investigate unknown assets
- 3Plan replacements
Governance
Suppliers and the supply chain
Providers may administer systems, host data or support critical activities. Their controls, contracts and response capabilities affect your risk. [3]
This domain must be examined through real operations rather than a declared procedure alone. The auditor links people, technology and data flows to the business scenario in this guide. Exceptions matter too: a protection enabled broadly may still leave critical accounts, devices or data outside its coverage.
The method compares the expected, configured and actually observed states. Interviews explain intent; administration screens, exports, logs and tests demonstrate application. Where intrusive verification is not authorised, that limitation must be explicit in the report to avoid an overconfident conclusion.
Checks to perform
- Inventory critical suppliers and access
- Review security, notification and exit clauses
- Check third-party accounts and remote access
- Assess concentration and dependencies
- Plan exit, data return and continuity
Evidence to request
- Supplier register and contracts
- Available assurance reports
- Third-party account list
Each gap is then qualified by likelihood, impact and ease of exploitation. The recommendation should name the expected result, action owner, dependencies and evidence needed for closure. This discipline turns a technical list into a governance decision.
Expected decisions and actions
- 1Classify third parties
- 2Reduce standing access
- 3Formalise notification and exit
Governance
Data, GDPR and protection
Safeguards must match sensitivity, volume and the consequences of loss, alteration or disclosure. Location, retention and transfers must be understood. [4]
This domain must be examined through real operations rather than a declared procedure alone. The auditor links people, technology and data flows to the business scenario in this guide. Exceptions matter too: a protection enabled broadly may still leave critical accounts, devices or data outside its coverage.
The method compares the expected, configured and actually observed states. Interviews explain intent; administration screens, exports, logs and tests demonstrate application. Where intrusive verification is not authorised, that limitation must be explicit in the report to avoid an overconfident conclusion.
Checks to perform
- Identify critical and personal data
- Review rights, sharing and locations
- Check encryption, retention and deletion
- Link IT incidents to breach procedures
- Examine transfers and processors
Evidence to request
- Processing register and classification
- Retention and access rules
- Processor contracts
Each gap is then qualified by likelihood, impact and ease of exploitation. The recommendation should name the expected result, action owner, dependencies and evidence needed for closure. This discipline turns a technical list into a governance decision.
Expected decisions and actions
- 1Reduce unnecessary data
- 2Restrict sensitive access
- 3Document security measures
Governance
People and security culture
Employees are part of the control system. They should recognise unusual situations and know where to report them quickly. [5]
This domain must be examined through real operations rather than a declared procedure alone. The auditor links people, technology and data flows to the business scenario in this guide. Exceptions matter too: a protection enabled broadly may still leave critical accounts, devices or data outside its coverage.
The method compares the expected, configured and actually observed states. Interviews explain intent; administration screens, exports, logs and tests demonstrate application. Where intrusive verification is not authorised, that limitation must be explicit in the report to avoid an overconfident conclusion.
Checks to perform
- Review security onboarding
- Adapt awareness to exposed roles
- Test the reporting channel
- Check remote-work and acceptable-use rules
- Measure learning without blame
Evidence to request
- Training materials and calendar
- Participation metrics
- Reporting procedure
Each gap is then qualified by likelihood, impact and ease of exploitation. The recommendation should name the expected result, action owner, dependencies and evidence needed for closure. This discipline turns a technical list into a governance decision.
Expected decisions and actions
- 1Train high-risk roles
- 2Make reporting simple
- 3Reinforce lessons after incidents
Turn the audit into a roadmap
Turn the audit into a roadmap
A good audit does not end with a score. It organises the move from the observed state to a chosen level of control, with an owner, deadline and closure evidence for every action.
Frame the risk
Confirm critical activities, important data, dependencies, obligations and risk appetite with management. Without that context, every fix appears urgent and budgets become scattered.
Treat immediate exposure
Start with scenarios combining high likelihood and impact: weakly protected administrator accounts, backups reachable from production, exposed or unsupported systems and insufficient detection capability.
Stabilise the foundations
Assign responsibilities, complete the inventory, standardise configurations, document procedures and introduce recurring checks. Security should be repeatable rather than dependent on one person.
Prove and steer
Retain configuration reports, logs, test records and risk acceptance decisions. A small number of stable indicators is more useful than a crowded dashboard that triggers no decisions.
Reassess
Schedule a review after major changes and at least at a defined frequency. An audit is a snapshot; new users, cloud services, suppliers and equipment continuously change risk.
Preparation checklist
Preparation checklist
Collect these items before the interview. Missing evidence does not automatically mean the control is absent, but it increases verification time and weakens assurance.
- Name an executive sponsor and operational owner
- Link IT risks to the enterprise risk register
- Responsibility matrix
- Compare inventory, directory, network and management tools
- Find unsupported equipment and software
- Asset and licence exports
- Inventory critical suppliers and access
- Review security, notification and exit clauses
- Supplier register and contracts
- Identify critical and personal data
- Review rights, sharing and locations
- Processing register and classification
Frequently asked questions
Frequently asked questions
How much time should this type of audit take?+
It depends on the number of sites, users, devices, cloud tenants and suppliers. A targeted review may take a few hours; a documented engagement covering governance, configurations and evidence usually requires several interviews and analysis time. Write down the scope before work begins.
Is a questionnaire enough to reach a conclusion?+
No. A questionnaire is excellent for directing discussion and revealing unknown areas. A professional conclusion still requires suitable evidence, observation or testing. Unverified answers must be clearly identified in the report.
Must every observation be fixed immediately?+
No. Actions should be prioritised by risk, business impact, effort and dependencies. Some measures reduce several risks at once; others can wait or be replaced by a documented compensating control.
Does an audit guarantee that no incident will occur?+
No audit can guarantee the absence of outages, errors or cyberattacks. It reduces uncertainty, highlights known exposure and improves prevention, detection, response and recovery. Its limitations should be explicit.
How often should the situation be reassessed?+
Set a risk-based frequency and add reviews after major changes: cloud migration, acquisition, new site, supplier change, incident, new obligation or business transformation. Critical actions deserve more frequent follow-up than the full audit.
Official sources and references
Official sources and references
The sources below support the principles and requirements discussed. GVISION recommendations are an operational interpretation for a business context and do not replace legal advice or official certification.
- 01NIST — The NIST Cybersecurity Framework (CSF) 2.02024https://www.nist.gov/publications/nist-cybersecurity-framework-csf-20 ↗
- 02Centre for Cybersecurity Belgium — CyFun® 2025 is here!2025https://ccb.belgium.be/news/cyfunr-2025-here ↗
- 03CCB · Safeonweb@work — CyberFundamentals Framework2025https://atwork.safeonweb.be/tools-resources/cyberfundamentals-framework ↗
- 04Centre for Cybersecurity Belgium — NIS2 en Belgique2026https://ccb.belgium.be/fr/reglementation/nis2 ↗
- 05ENISA — Cybersecurity for SMEs — Challenges and Recommendations2021https://www.enisa.europa.eu/publications/enisa-report-cybersecurity-for-smes ↗