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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Today, the search for talent has become an intensely competitive process, especially in niche fields such as artificial intelligence and data science. Turk Telekom’s “Key to the Future” AI Camp, launched with this vision, is a prestigious program where thousands of candidates compete fiercely to shape the future.
When selecting candidates for a camp with such high participation and demanding technical requirements, online exam securityis vital to ensuring transparency and creating a fair assessment environment. That is why Turk Telekom Development Hub chooses QProctor, a leader in exam security technologies.
ONLINE EXAM SECURITY
Having candidates selected for the AI Camp assessed by “QProctor AI Proctor,” which is itself an AI, is perfectly aligned with the project’s vision.
In data analysis and algorithm exams taken simultaneously by thousands of technical talent candidates, a fair ranking pool is created with no freezing and 100% security.
Challenges in Technical Skills Exams
Software, algorithm, or AI-focused assessments present different risks from standard multiple-choice tests. Candidates have a strong incentive to seek help from external sources (ChatGPT, GitHub, Stack Overflow, etc.).
Challenges
Risks Encountered
- The tendency for candidates to switch to other tabs or AI tools during coding or technical skills exams.
- The heavy server load caused by thousands of participants accessing the system simultaneously.
- The impossibility of having human proctors monitor suspicious activity in such a large technical talent pool in real time.
Solution
QProctor Anti-Cheating Solution
- A locked browser (QBrowser).
- An end-to-end AI-based proctoring technology that analyzes candidates’ eye movements, screens, and room audio throughout the exam.
Proctoring Modules Deployed for the Turk Telekom Development Hub Project
QProctor’s top security and anti-cheating modules are deployed to address the camp’s dynamics and candidates’ high level of digital literacy.
QBrowser (Lockdown)
Candidates are completely prevented from switching to another application, taking screenshots, or using dual monitors during the exam. The confidentiality of technical questions is protected.
AI Exam Proctoring
Throughout the exam, AI records candidates moving away from the camera, another person looking at the screen, or other off-task behavior second by second, and assigns risk scores.
Biometric Verification
Because this is a highly prestigious camp, real-time facial recognition and liveness tests are used at exam entry to ensure that the person taking the exam is the same person who applied.
Management Reporting
At the end of the exam, detailed violation reports containing each candidate’s exam behavior profile are provided to Turk Telekom’s Human Resources and technical teams, helping them make the right decisions.
How Does the Selection Process Work?
The AI Camp candidate assessment process takes place in 4 smooth steps:
1
Application and Information
Candidates who apply through the Development Hub platform automatically receive instructions explaining that the assessment exam will be conducted using QProctor’s secure infrastructure.
2
System Test (Onboarding)
Before the exam, candidates complete a preliminary step to test whether their cameras, microphones, and browsers are compatible with the system, eliminating the possibility of technical problems.
3
Secure Assessment Session
During the specified date range, candidates answer questions using a locked browser. In the background, the QProctor AI proctoring engine runs at full capacity to ensure a fair environment.
4
Turning Results into Data
Candidates with high technical scores but suspicious activity reported by the AI proctor are filtered out, so only those who excel on their own merit are invited to the camp.
A Seamless Transition from Data to Value
Turk Telekom, in search of the AI experts of the future, gives candidates a sense of the strength of its technological infrastructure from the very start of the process. Thanks to the QProctor integration, the organization runs an innovative and 100% fair selection process worthy of its brand vision.
Our Corporate Success Stories
AFAD National Training Portal Secured with QProctor
Turk Telekom Cybersecurity Camp Exam Security
Meyem MYK Technology Exams Held on QProctor Infrastructure
Online Security Solution for the Türkiye Economics Olympiad
Frequently Asked Questions About QProctor
How is security ensured in technical assessment and coding exams?
QBrowser (Locked Browser) is used to prevent candidates from copying code or answers from external sources in technical skills exams. The system automatically prevents candidates from switching to another screen, connecting a second monitor, or receiving assistance from AI tools (such as ChatGPT).
Why should AI proctoring be used for AI camp selections?
In camp selections involving thousands of candidates at the same time, it is operationally very difficult for human proctors to monitor every screen simultaneously and act fairly. AI proctoring detects suspicious behavior in real time through face tracking, environment analysis, and audio monitoring, giving organizations the ability to create fair, transparent, and measurable rankings.
How does QProctor make a difference in corporate talent pool exams?
Technology giants such as Turk Telekom place great importance on merit when selecting candidates for recruitment or training camps. Thanks to QProctor’s advanced online exam security architecture, it is easier to identify only candidates who are genuinely talented and have not gained an unfair advantage. This also ensures that corporate training investments reach the right people. For a similar large-scale assessment process, Meyem MYK Technology Exams you can also read our success story.
Let’s design your exam security together
Evaluate proctoring, identity verification, environment analysis, and reporting workflows suited to your organization with the QProctor team.
