Compare AITS vs. CERTIFY Access Control

This innovative solution integrates facial recognition with cutting-edge artificial intelligence capabilities, providing users with a seamless experience in contactless access control, temperature checks, and attendance tracking. By employing an AI-driven, incident-response strategy, the need for a dedicated operator to oversee the system is eliminated, streamlining operations. Temperature readings and attendance records are captured automatically and stored in a database, allowing for detailed reports to be generated on-demand. An audio alert system prompts users to wear masks prior to entering the premises, enhancing safety measures. The technology is capable of screening individuals or rapidly assessing the temperatures of multiple people at once. As we advance into a more technologically sophisticated era, traditional lock and key mechanisms are becoming increasingly obsolete. We are shifting our focus towards "smart" electronic locks and doors that use artificial intelligence to identify users, alleviating the burden of remembering physical keys. This transition marks a significant step towards a more secure and efficient future.

Presenting CERTIFY Access Control, an innovative solution designed for secure access management, physical access regulation, identity verification, and touchless authentication systems. In response to evolving workplace protocols tailored for the modern work environment, organizations are increasingly burdened with the necessity of adhering to these guidelines. Consequently, standard documentation and manual procedures are mandated for individuals seeking entry into office premises. Leveraging state-of-the-art facial recognition technology, CERTIFY SnapXT captures facial features and matches them against the images stored in its database. Achieving an impressive 99.9% accuracy rate in face detection, it effectively fosters trust among visitors and bolsters the reputation of your organization. Additionally, the CERTIFY SnapXT device incorporates a thermal sensor capable of measuring the body temperature of individuals entering the facility, transmitting this data wirelessly to the central server. The system then processes this information, automatically denying access to anyone whose temperature exceeds the predetermined threshold, ensuring a safer environment for all. This multifaceted approach not only enhances security but also promotes health and well-being within the workplace.