Online Exam Security with Real-Time Tracking (RTT)
Online Exam Security with Real-Time Tracking (RTT)As education and exam processes continue to digiti...
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As QProctor, the Turk Telekom Cybersecurity Camp project, we successfully completed the online exam security and monitoring (proctoring) process for 2,000 candidates with zero security vulnerabilities. In a field where technical skills are critical, such as cybersecurity, candidates' assessment stages were managed end to end by QProctor secure exam infrastructure .
Case Study
The preliminary selection and post-training final exams, attended by 2,000 candidates at the Turk Telekom Cybersecurity Camp, were completed seamlessly with QProctor's AI-powered secure exam infrastructure and proctoring software.
QProctor's pre-exam facial recognition activation, AI-powered liveness analysis during the exam (Liveness Detection), and real-time monitoring by human proctors ensured the highest levels of online exam security and academic integrity.
Security and Infrastructure Requirements at the Selection Stage
Conducting an online exam for a group of participants with the highest levels of technological awareness and hacker instincts, as is the case in cybersecurity, is a much more challenging process than a standard exam.
Risks
Challenges
- Ensuring 2,000 candidates can take the exam simultaneously, without interruption and to high online exam security standards.
- The potential for security vulnerabilities to be exploited due to the candidates' high technical skills.
- Identity fraud, attempts to take the exam on someone else's behalf, and use of a second screen.
Solution
The QProctor Solution
- Integration of a desktop application with a locked browser (Lockdown Browser).
- Biometric face and ID matching during activation.
- 360-degree monitoring through the integration of AI and live human proctors proctoring .
Security Modules Used During the Camp
Our platform's most advanced features were deployed to ensure the operation ran seamlessly.
QProctor Biometric Identity Verification and Liveness Technology
Before the exam, candidates installed the application on their computers and completed the activation steps. Secure access was ensured by matching candidates' IDs with their faces. During the exam, Liveness Detection provided real-time confirmation that the person in front of the camera was a real person and the correct candidate.
QProctor Secure Exam Browser (Lockdown Browser)
As soon as the exam began, candidates' computers were locked using the QProctor Lockdown feature . This feature allowed candidates to see only the exam screen, while completely disabling copy-and-paste operations, switching between tabs, and communication apps.
AI and Live Proctoring Integration
Our proctoring team monitored 2,000 candidates live. Candidates flagged as suspicious by AI analysis of their eye and facial movements appeared on the proctors' screens. Live warning messages were sent to the exam screens of candidates who did not follow the rules online exam security by our experts.
Detailed Analysis and Exam Reports
At the end of the exams, detailed reports containing candidates' correct and incorrect answers were generated. These reports identified weaknesses and areas for development across different subfields of cybersecurity, serving as an educational reference for candidates.
Process Management and Operational Steps
End-to-end online exam security enabling secure exam infrastructure the process was managed in five key steps with QProctor:
1
Application Installation and Activation
Candidates downloaded the QProctor application to their computers, completed identity verification, and finished activation.
2
Entering the Exam with Liveness Analysis
Candidates were admitted to the exam after their identity match was verified using an AI security filter that detects depth and liveness at connection time.
3
Computer Lockdown and the Exam
Computers were switched to locked browser mode, and AI began analyzing the behavioral data of thousands of candidates simultaneously.
4
Live Monitoring and Alerts
Our expert proctors monitored the system live and intervened in real time via the interface with candidates at risk of violating the rules.
5
Assessment and Final Exam
After the preliminary selection results, candidates who completed the camp training took the final exam using the same system, demonstrating their training achievements with concrete data.
Documenting Training Impact
By comparing data from the preliminary selection exam with the final exam administered after the training provided during the Turk Telekom camp, how successfully participants completed the process was academically documented with accuracy.
Other Guides
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Frequently Asked Questions About Proctoring
What is an online exam system and how does it work?
Online exam systems are digital assessment platforms that run on cloud-based infrastructure and allow candidates to take exams regardless of their geographic location. They consist of components such as AI-powered proctoring, biometric identity verification, locked screens, and interview security modules.
How is cheating prevented in online exams?
Online exam security uses locked browsers (lockdown browsers), AI-based eye and face tracking, screen recording monitoring, deepfake detection algorithms, and continuous biometric verification to prevent violations and attempts to cheat. The system completely restricts candidates from switching between tabs and using external applications.
What is online proctoring?
Online proctoring systems ensure security using AI-powered behavioral analysis, liveness detection, and biometric verification. As implemented at the Turk Telekom camp, the hybrid use of AI alerts and human-focused proctoring provides the highest level of security.
Let's design your exam security together
Review the proctoring, identity verification, environment analysis, and reporting workflows suited to your organization with the QProctor team.
