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Design and Implementation of a Suspicious Domain and Indicator Feed Manager
This project designs and implements design and Implementation of a Suspicious Domain and Indicator Feed Manager for threat intelligence analysts. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for indicator feeds, enrichment, threat scoring and sharing lists. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Seized Device Imaging and Hashing Worklog
This project designs and implements development of a Seized Device Imaging and Hashing Worklog for forensic analysts. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for seized devices, imaging steps, hash verification and case notes. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a SIEM Rule Tuning Workbench
This project designs and implements design and Implementation of a SIEM Rule Tuning Workbench for soc engineers. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for rule libraries, false positive rates, tuning logs and test cases. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Penetration Test Report and Finding Tracker
This project designs and implements development of a Penetration Test Report and Finding Tracker for security testing firms. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for test engagements, finding severity, remediation owners and retest results. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Cloud Backup and Ransomware Recovery Planner
This project designs and implements design and Implementation of a Cloud Backup and Ransomware Recovery Planner for disaster recovery teams. The system was developed using Python, Django, SQLite, Bootstrap, React. It provides modules for backup inventories, recovery times, test schedules and incident runbooks. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Mobile Device Management Policy Compliance Register
This project designs and implements development of a Mobile Device Management Policy Compliance Register for intune-style device administrators. The system was developed using Node.js, Express, MongoDB, EJS, JavaScript. It provides modules for device lists, policy status, compliance checks and quarantine flags. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Key Rotation and Certificate Expiry Tracker
This project designs and implements design and Implementation of a Key Rotation and Certificate Expiry Tracker for cryptographic operations teams. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for key registers, rotation calendars, certificate expiry and alerts. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of an Identity Custodian and Privileged Session Monitor
This project designs and implements development of an Identity Custodian and Privileged Session Monitor for security administration. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for vault access, scheduled sessions, approvals and session logs. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Vendor Security Assessment Questionnaire Tracker
This project designs and implements design and Implementation of a Vendor Security Assessment Questionnaire Tracker for third-party risk teams. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for questionnaires, scoring, remediation plans and review cycles. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Firewall Rule Change Approval Workflow
This project designs and implements development of a Firewall Rule Change Approval Workflow for network security teams. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for rule requests, risk ratings, approvals and change logs. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Cybercrime Complaint Follow-Up Portal
This project designs and implements design and Implementation of a Cybercrime Complaint Follow-Up Portal for law enforcement cyber units. The system was developed using Python, Django, SQLite, Bootstrap, React. It provides modules for complaint intake, evidence folders, investigation status and victim updates. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Forensic Exhibit Chain-of-Custody Tracker
This project designs and implements development of a Forensic Exhibit Chain-of-Custody Tracker for digital forensics laboratories. The system was developed using Node.js, Express, MongoDB, EJS, JavaScript. It provides modules for exhibit intake, custodial transfers, log locks and release records. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a SOC Shift Log and Ticket Handover System
This project designs and implements design and Implementation of a SOC Shift Log and Ticket Handover System for security operations centres. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for shift reports, open tickets, escalation notes and handover summaries. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Social Engineering Simulation and Phishing Drill Manager
This project designs and implements development of a Social Engineering Simulation and Phishing Drill Manager for security awareness teams. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for campaign creation, payload tracking, click reporting and training assignments. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Cloud Permission Review and Clean-Up Calendar
This project designs and implements design and Implementation of a Cloud Permission Review and Clean-Up Calendar for cloud administrators. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for permission inventories, review cycles, orphan accounts and clean-up logs. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Password Policy and Breach Checklist Enforcer
This project designs and implements development of a Password Policy and Breach Checklist Enforcer for organisational IT units. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for policy rules, password checks, breach feeds and remediation. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Hotspot Captive Portal with Usage Monitoring
This project designs and implements design and Implementation of a Hotspot Captive Portal with Usage Monitoring for public Wi-Fi operators. The system was developed using Python, Django, SQLite, Bootstrap, React. It provides modules for captive portal sessions, usage monitoring and acceptance policies. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Database Query Anomaly and Audit Log Reviewer
This project designs and implements development of a Database Query Anomaly and Audit Log Reviewer for database administrators. The system was developed using Node.js, Express, MongoDB, EJS, JavaScript. It provides modules for query logs, anomaly flags, audit reports and alert escalations. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Security Policy Acknowledgment and Training Portal
This project designs and implements design and Implementation of a Security Policy Acknowledgment and Training Portal for compliance offices. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for policy documents, acknowledgment records, training modules and attestations. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Security Patch Management and Compliance Tracker
This project designs and implements development of a Security Patch Management and Compliance Tracker for corporate IT security teams. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for asset inventory, patch schedules, compliance scoring and exception approvals. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Web-Based Threat Intelligence Aggregation and Sharing Platform
This study developed a web-based threat intelligence aggregation and sharing platform that collects indicators, enriches them with context, and enables controlled sharing among organisations. The platform visualises threat landscapes and tracks intelligence lifecycle. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform improved indicator visibility and collaborative defence, while achieving a high System Usability Scale score. The study recommends adoption by sector security communities.
2025 — Undergraduate
Development of a Security Operations Centre Dashboard and Alert System
This study developed a security operations centre dashboard and alert system that centralises events, correlates alerts, and tracks analyst assignments and responses. Real-time views support triage and escalation. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the dashboard improved alert triage and operational coordination, while achieving a high System Usability Scale score. The study recommends deployment in institutional SOC teams.
2025 — Undergraduate
Development of a Web-Based Cloud Compliance and Security Posture Dashboard
This study developed a web-based cloud compliance and security posture dashboard that aggregates control checks, highlights gaps, and scores organisational readiness against cloud security baselines. The platform exports compliance summaries for management. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the dashboard improved oversight of cloud security posture and supported remediation planning, while achieving a high System Usability Scale score. The study recommends integration with cloud provider reports.
2025 — Undergraduate
Development of a Mobile Application Security Scanning and Reporting System
This study developed a mobile application security scanning and reporting system that checks app metadata and manifests against insecure practices, insecure storage, and weak permissions, and produces vendor-style reports. The platform tracks findings and fixes. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the system accelerated mobile app review cycles and improved report quality, while achieving a high System Usability Scale score. The study recommends use in mobile development teams.
2025 — Undergraduate
Development of a Cloud Resource Access and Key Management Portal
This study developed a cloud resource access and key management portal that centralises credential issuance, rotation scheduling, and access approval for cloud services. The portal logs key usage and enforces separation of duties. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and SQLite. The findings showed that the portal reduced credential sprawl and improved access visibility, while achieving a high System Usability Scale score. The study recommends deployment alongside cloud accounts in ICT units.
2025 — Undergraduate
Development of a Web-Based Database Activity Monitoring and Audit System
This study developed a web-based database activity monitoring and audit system that captures query logs, flags unusual access patterns, and maintains audit trails for compliance. Analysts can review sessions and generate audit reports. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the system improved detection of suspicious database activity and simplified audit reporting, while achieving a high System Usability Scale score. The study recommends integration with production databases.
2025 — Undergraduate
Development of a Wi-Fi Security Assessment and Audit Tool
This study developed a Wi-Fi security assessment and audit tool that documents access points, encryption types, and default-configuration risks, then generates hardening recommendations. The tool maintains assessment history per site. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the tool standardised wireless audits and highlighted weak configurations, while achieving a high System Usability Scale score. The study recommends use in campus and office network audits.
2025 — Undergraduate
Development of a Role-Based Access Control Management System
This study developed a role-based access control management system that defines roles, assigns permissions, and grants least-privilege access to system resources. The system centralises user administration and audit logging. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and PostgreSQL. The findings showed that the system reduced privilege misuse and simplified access administration, while achieving a high System Usability Scale score. The study recommends deployment in enterprise and institutional applications.
2025 — Undergraduate
Development of an Online Cybersecurity Awareness and Training Platform
This study developed an online cybersecurity awareness and training platform that delivers modules on phishing, passwords, social engineering, and cyberlaw, with quizzes and certificates. The platform tracks learner progress and weak areas. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform improved learner awareness and knowledge retention, while achieving a high System Usability Scale score. The study recommends deployment in student and staff onboarding programmes.
2025 — Undergraduate
Development of a Cybercrime Incident Reporting and Analysis System
This study developed a cybercrime incident reporting and analysis system that lets victims and agencies register incidents, classify offences, and analyse patterns by type and location. The system produces anonymised statistics for awareness and law enforcement planning. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system improved incident visibility and supported pattern analysis, while achieving a high System Usability Scale score. The study recommends adoption by campus security and cybercrime units.
2025 — Undergraduate
Development of a Web-Based Information Security Policy Management Platform
This study developed a web-based information security policy management platform that hosts policies, tracks versioning and approval, and records staff acknowledgement. The platform supports reminder workflows and awareness reporting. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform improved policy visibility and compliance acknowledgement, while achieving a high System Usability Scale score. The study recommends integration with staff induction and training processes.
2025 — Undergraduate
Design of an Online Web Application Security Audit Platform
This study designed an online web application security audit platform that guides auditors through OWASP-based checklists and records findings against compliance requirements. The platform generates audit reports and tracks remediation status. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform standardised audits and improved reporting consistency, while achieving a high System Usability Scale score. The study recommends adoption by penetration testing and audit units.
2025 — Undergraduate
Development of a Security Risk Assessment and Compliance System
This study developed a security risk assessment and compliance system that inventories assets, scores threats, and maps controls to policy requirements. The system produces risk registers and compliance dashboards. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and SQLite. The findings showed that the system made risk tracking systematic and reduced oversight gaps, while achieving a high System Usability Scale score. The study recommends deployment across departmental ICT governance.
2025 — Undergraduate
Development of a Web-Based Incident Response and Case Tracking Platform
This study developed a web-based incident response and case tracking platform that registers security incidents, assigns analysts, and records containment and recovery actions. Timeline views and severity dashboards support management oversight. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform shortened incident handling cycles and improved documentation, while achieving a high System Usability Scale score. The study recommends deployment in security operations teams.
2025 — Undergraduate
Development of a Vulnerability Scanning and Risk Assessment Tool
This study developed a vulnerability scanning and risk assessment tool that checks web endpoints for common misconfigurations, insecure headers, and weak TLS settings, then assigns risk scores. Reports prioritise findings for remediation. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the tool accelerated assessments and produced actionable remediation lists, while achieving a high System Usability Scale score. The study recommends use in ethical hacking coursework and organisational audits.
2025 — Undergraduate
Development of a Digital Evidence Collection and Reporting System
This study developed a digital evidence collection and reporting system that records evidence handling, hash values, and custody transfers in an auditable chain. The system guides investigators through acquisition steps and generates formal reports. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system improved the integrity and defensibility of evidence records, while achieving a high System Usability Scale score. The study recommends use by cybercrime and institutional investigative teams.
2025 — Undergraduate
Development of a File Encryption and Secure Data Sharing System
This study developed a file encryption and secure data sharing system that allows users to encrypt documents before upload and control who may decrypt them. The system implements password-derived keys, secure session handling, and audit trails of access. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and the cryptography library. The findings showed that the system protected files at rest and in transit while simplifying secure sharing, and achieved a high System Usability Scale score. The study recommends deployment in offices handling sensitive records.
2025 — Undergraduate
Design of a Secure Password Management System with OTP Verification
This study designed a secure password management system that stores credentials hashed with bcrypt and adds one-time password verification for high-risk actions. The system enforces password policy, logs access, and supports recovery workflows. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the system improved credential safety and reduced the risk of account compromise, while achieving a high System Usability Scale score. The study recommends adoption by departmental IT units.
2025 — Undergraduate
Development of a Network Intrusion Detection and Alerting System
This study developed a web-based network intrusion detection and alerting system that monitors network traffic for suspicious signatures and anomalous patterns. The system logs events, raises alerts, and presents dashboards of detected incidents to administrators. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system improved detection visibility and reduced response time to suspicious activity, while achieving a high System Usability Scale score. The study recommends integration with firewall logs and periodic rule updates.
2025 — Undergraduate
Design and Implementation of a Campus Network Security Monitoring System
This study designed and implemented a campus network security monitoring system that aggregates device status, bandwidth usage, and security events across buildings. The platform presents real-time dashboards and drifts alerts for anomalies. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the system improved central visibility of network health and reduced incident detection latency, while achieving a high System Usability Scale score. The study recommends deployment in university ICT directorates.
2025 — Undergraduate