Elevating Exam Fairness: Advanced Proctoring and Monitoring in a Secure Offline Environment

Authors- Jonathan Jobby, Paul Thomas, Pranav Asokan, Professor Shyama R

Abstract-Offline Computer-Based Tests (CBTs) present unique challenges in ensuring test integrity and security within an offline framework. This paper presents the design and implementation of a novel Offline CBT Controller, a software solution aimed at enhancing the security of offline exams by seamlessly integrating various security measures. The system combines USB blocking, internet restrictions, and user activity monitoring to prevent malpractices during offline exams, thereby ensuring a secure testing environment. The project prioritizes user experience by providing a user-friendly interface for administrators to configure and manage security settings efficiently. The Offline CBT Controller is designed to address the specific security requirements of offline CBT environments, such as those found in practical computer lab exams. By implementing robust security measures, including USB blocking and internet restrictions, the system prevents unauthorized access to external resources during exams, thereby minimizing the risk of cheating. Additionally, user activity monitoring allows administrators to track and log system activities, providing a comprehensive activity history for auditing purposes. Key features of the Offline CBT Controller include its compatibility with various operating systems and its ability to seamlessly integrate with existing exam infrastructure. The system is developed using Java programming language, making it platform-independent and easy to deploy across different environments. Furthermore, the project emphasizes the importance of adherence to software development best practices to ensure the reliability and effectiveness of the solution.

DOI: /10.61463/ijset.vol.12.issue4.205