How to Identify the Biggest Cybersecurity Gaps Before an Aramco CCC Assessment
By Rahman Iqbal 07-10-2026 4
Preparing for an Aramco CCC assessment can be challenging when an organization does not have a clear picture of its current cybersecurity posture. For professionals pursuing an Aramco Cybersecurity Certificate, understanding how to identify weaknesses before an assessment is an important part of preparation. A proactive gap assessment can reveal missing controls, outdated policies, inconsistent processes, and technical weaknesses early enough to address them. Instead of waiting for an assessment to expose problems, organizations can systematically review their cybersecurity environment and prioritize improvements.
What Is a Cybersecurity Gap Assessment?
A cybersecurity gap assessment is a structured comparison between an organization's current security practices and the security requirements or expectations it needs to meet.
The purpose is not simply to find technical vulnerabilities. A complete review should consider people, processes, technology, documentation, governance, and evidence.
For example, an organization may have strong technical security controls but lack documented procedures. Another organization may have comprehensive policies but fail to consistently implement them.
Both situations can create gaps.
A useful gap assessment therefore asks three questions:
What security controls are currently in place?
What controls or practices are missing or insufficient?
What evidence demonstrates that existing controls are operating effectively?
1. Start With a Control-by-Control Review
The first step is to create a structured assessment checklist.
Break cybersecurity requirements into individual controls or areas rather than reviewing security as one large category. This makes weaknesses easier to identify and assign.
For every control, determine whether it is:
Fully implemented
Partially implemented
Not implemented
Implemented but lacking evidence
Implemented but not regularly reviewed
This classification helps distinguish between an actual security weakness and a documentation or evidence problem.
For example, an organization may conduct regular vulnerability scans but have no documented process for tracking remediation. The technical activity exists, but the overall control may still have a significant gap.
2. Review Cybersecurity Policies and Procedures
Outdated or incomplete documentation is one of the easiest gaps to overlook.
Review policies and procedures covering areas such as:
Information security
Access management
Password management
Incident response
Vulnerability management
Change management
Backup and recovery
Security awareness
Third-party security
Risk management
Check whether documents are approved, current, assigned to responsible owners, and reviewed periodically.
More importantly, compare the written procedures with what employees actually do.
A policy may state that access is reviewed regularly, for example, while the organization may not have records proving that the review occurs. That difference between policy and practice represents a potential gap.
3. Examine User and Privileged Access
Access management should receive particular attention because unnecessary or excessive privileges can increase cybersecurity risk.
Review:
Active user accounts
Inactive accounts
Privileged accounts
Shared accounts
Remote-access accounts
Third-party accounts
Access approvals
Periodic access reviews
Pay particular attention to employees who have changed roles or left the organization.
A strong access-management process should ensure that access is granted based on business requirements and removed or modified when those requirements change.
4. Check Vulnerability Management
Vulnerability management is more than running a security scan.
A complete process should cover:
Identifying vulnerabilities
Assessing their severity
Assigning responsibility
Prioritizing remediation
Fixing vulnerabilities
Verifying remediation
Documenting exceptions
One common gap is discovering vulnerabilities without having a consistent process for resolving them.
Another is having an old vulnerability report with no evidence that identified issues were remediated.
Review whether vulnerability management is continuous and whether unresolved issues are formally tracked.
5. Assess Patch Management
Unpatched systems can create significant security exposure.
Review whether the organization has a defined process for:
Identifying missing patches
Prioritizing critical updates
Testing patches
Deploying patches
Handling exceptions
Verifying successful installation
Recording patch status
Do not focus only on servers and workstations. Depending on the environment, network devices, applications, security appliances, and specialized systems may also require appropriate maintenance.
Where immediate patching is not possible, documented compensating measures and risk decisions should be considered.
6. Review Security Monitoring and Logging
Organizations may have security tools in place but still lack effective monitoring.
Evaluate whether important systems generate appropriate logs and whether those logs are reviewed or monitored.
Look at:
Authentication events
Privileged activity
Security alerts
Network activity
System events
Critical application activity
Incident-related records
Also determine how long relevant logs are retained and who is responsible for monitoring them.
The goal is to establish whether suspicious activity can be detected, investigated, and responded to in a timely manner.
7. Test Incident Response Readiness
Having an incident response document does not necessarily mean an organization is prepared for a real security incident.
Review whether the organization has:
Defined incident roles
Escalation procedures
Communication processes
Investigation procedures
Evidence-handling procedures
Recovery processes
Incident reporting mechanisms
Consider conducting a tabletop exercise or simulated incident scenario.
This can reveal practical problems that may not appear during a document review. For example, employees may not know who should be contacted first, or technical teams may lack access to important response information.
8. Examine Backup and Recovery Controls
Backups should be reviewed from both security and operational perspectives.
Ask:
Are critical systems backed up?
Are backups performed according to defined requirements?
Are backups protected from unauthorized access?
Are backup records maintained?
Are restoration procedures documented?
Are recovery tests performed?
Are failed backups investigated?
A backup that has never been tested may not provide reliable recovery during a serious incident.
Regular testing helps confirm that critical information can actually be restored when needed.
9. Review Third-Party and Vendor Security
External organizations can introduce cybersecurity risks into an environment.
Review how suppliers, contractors, and service providers are evaluated and monitored.
Consider whether the organization maintains:
Vendor security requirements
Security responsibilities in contracts
Third-party risk assessments
Access controls for external users
Periodic vendor reviews
Offboarding procedures
Third-party access should be limited to what is necessary and removed when the business relationship or requirement ends.
10. Check Employee Security Awareness
Technology cannot compensate for every human-related security risk.
Review whether employees receive appropriate cybersecurity awareness training and whether participation is documented.
Training should address practical issues such as:
Phishing
Password security
Social engineering
Data handling
Remote access
Reporting suspicious activity
Safe use of company systems
Consider whether training is provided regularly rather than only during onboarding.
11. Look at IT and OT Security Together
Organizations involved in industrial environments should avoid treating traditional IT security and operational technology security as completely separate concerns.
Industrial environments can contain systems that have different availability, safety, operational, and maintenance requirements.
Review areas such as:
Network segmentation
Remote access
Asset visibility
System monitoring
Change management
Vendor access
Legacy technology
Security responsibilities
The objective is to understand how cybersecurity risks can affect both information systems and operational environments.
12. Prioritize the Gaps You Find
Not every gap requires the same level of attention.
Create a risk-based priority system.
For example:
Critical: Immediate security exposure or major control weakness
High: Significant weakness requiring prompt remediation
Medium: Important improvement with manageable risk
Low: Documentation or process improvement with limited immediate impact
For each gap, record the owner, corrective action, target date, and current status.
This transforms the assessment from a list of problems into an actionable improvement plan.
13. Validate Evidence Before the Assessment
A control may exist but still be difficult to demonstrate.
For every major control, ask:
“What evidence can prove that this control is implemented and operating?”
Evidence might include policies, approval records, access reviews, vulnerability reports, training records, monitoring reports, incident records, or testing results.
Make sure evidence is current, relevant, approved, and traceable to the appropriate control.
Conclusion
Identifying cybersecurity gaps before an Aramco CCC assessment gives organizations an opportunity to address weaknesses proactively rather than discovering them under assessment pressure. The most effective approach is to examine cybersecurity from multiple perspectives: governance, people, processes, technology, access, vulnerabilities, monitoring, incident response, third parties, and evidence.
A successful gap assessment should not simply produce a list of deficiencies. It should identify what is missing, why it matters, who owns the issue, how it will be corrected, and how improvement will be demonstrated.
By performing regular internal reviews and maintaining an actionable remediation plan, organizations can improve their cybersecurity maturity while becoming better prepared for assessment activities.
