A cybersecurity governance and security operations project designed for a medium-sized academic institution.
This project demonstrates how security governance, risk management, identity protection, incident response, and business continuity practices can be integrated into a realistic academic environment.
XYZ Academy is a simulated medium-sized educational institution that relies on multiple digital services, including:
- Learning Management Systems (LMS)
- Academic record systems
- Internal communication platforms
- Cloud backup services
- Administrative systems
- Wireless network services
The project focuses on improving organizational cybersecurity operations and strengthening the protection of critical academic assets.
This project was originally developed as part of the Information Security Fundamentals course during the Cybersecurity Diploma program at Imam Mohammad Ibn Saud Islamic University.
The original academic project was later expanded and professionally redesigned into a more structured cybersecurity governance and security operations simulation to improve documentation quality, organizational realism, and portfolio presentation.
The redevelopment process focused on transforming theoretical security concepts into a practical and professionally organized security case study suitable for GitHub portfolio presentation.
The following diagram represents the simulated cybersecurity architecture for XYZ Academy, including governance-focused security operations, identity management, monitoring activities, and organizational protection layers.
The trust zones model demonstrates how organizational systems, users, administrative services, and sensitive academic data are logically separated to improve protection, monitoring, and controlled access.
The IAM workflow demonstrates how authentication, authorization, multi-factor authentication (MFA), and access approval processes support secure access management within the academy environment.
The incident response workflow demonstrates how security events are detected, analyzed, contained, recovered, and documented to support operational security readiness.
The backup and recovery workflow demonstrates how organizational data is protected, restored, and monitored to support operational continuity and disaster recovery readiness.
- Security Governance
- Risk Management
- Identity & Access Management (IAM)
- Security Operations & Monitoring
- Incident Response
- Business Continuity & Disaster Recovery
- Security Awareness
- Compliance & Security Policies
| Category | Details |
|---|---|
| Institution Type | Medium-Sized Academic Institution |
| Students | 500–800 |
| Staff Members | 40–70 |
| IT Team | Internal IT & Security Operations Team |
| Core Services | LMS, Email, Academic Records, Cloud Backup |
| Security Maturity | Intermediate |
The environment was designed to address realistic cybersecurity threats commonly targeting educational institutions, including:
- Phishing attacks
- Ransomware infections
- Credential theft
- Malware outbreaks
- Insider misuse
- Unauthorized access attempts
- Service disruptions
secure-academic-infrastructure/
│
├── governance/
├── risk-management/
├── security-operations/
├── business-continuity/
├── architecture/
├── report/
└── assets/Potential future enhancements for the project include:
- Expanded security monitoring activities
- Additional incident response scenarios
- Enhanced infrastructure visualization
- Additional governance documentation
- Awareness campaign simulations
The complete cybersecurity governance and operations documentation report is available below.
Saad Almutairi
Cybersecurity Diploma Student
Imam Mohammad Ibn Saud Islamic University