User Insights & Application Scenarios:

In modern office environments, organizations are increasingly in need of efficient and accurate attendance systems to manage employee check-ins and monitor real-time work status. Traditional clock-in methods (such as fingerprint or facial recognition), often come with limitations: employees may forget to punch in or out, and queues during peak hours can result in wasted time. Moreover, conventional systems lack the capability to monitor actual workstation occupancy in real time, making it difficult to determine whether employees are actively working or temporarily away. This not only compromises the accuracy of attendance records but also introduces gaps in management oversight. Consequently, HR teams and managers are seeking smarter, more automated solutions to gain real-time visibility into workforce behavior and productivity.

mmWave Radar For Smart Attendance:

mmWave radar technology enables real-time workstation monitoring and precise detection of employee presence. With high-precision human presence sensing, mmWave radar can determine whether employees are actively working at their desks, completely eliminating the need for manual clock-ins. This contactless attendance approach improves both accuracy and real-time visibility while minimizing manual effort.

In addition, mmWave radar can provide more detailed work status analysis, such as:

On-Duty Duration Statistics:  Automatically calculates the total time an employee spends at their desk each day, providing reliable data for performance evaluation.

Short Absence Logs: Tracks the duration and frequency of brief absences, helping employers better understand individual work patterns and habits.

 Live Attendance Dashboard: Managers can view real-time workstation occupancy and receive alerts for unusual attendance behaviors, enabling timely interventions and improved workforce oversight.