Securing online exams requires applying strict anti-cheating measures that directly block unauthorized actions. This includes measures such as enabling browser lockdown to prevent switching tabs or using external tools, and recording candidates’ webcam and screen for full visibility. These anti-cheating features create a closed, monitored environment where fairness and exam integrity are preserved.
Organizations can improve exam security by combining multiple anti-cheating measures. For example, combining lockdown with screen and video recording ensures candidates cannot open other applications, access external resources, or communicate with others, while every action is monitored and recorded to prevent cheating.
Similarly, pairing question randomization, time limits, and one-way navigation ensures that every candidate faces a unique, fair, and unpredictable exam. Strategically integrating these features makes the system not only harder to cheat but also more reliable, delivering the highest level of integrity across all exam sessions.
Online exam security is essential to protect the fairness and credibility of the entire assessment process. Strong security measures ensure that results are reliable, valid, and truly reflect each candidate’s knowledge and skills.
Without them, risks such as cheating, identity fraud, unauthorized access, or content leaks can undermine trust in the exam results. This not only damages the value of the assessment but can also harm the reputation of the institution or organization running it.
Yes. Online exam security can be tailored to each organization’s needs. Not every measure has to be applied; administrators can decide which features, such as proctoring, lockdown tools, or question randomization, are most appropriate for their specific exams. This flexibility ensures the right balance between security, candidate experience, and practicality.
In TestInvite, no installation is required. Our secure online exam software runs all security measures, including browser lockdown, recording, and monitoring, directly through the web browser.
