A manufacturing firm recently deployed a face scanning system for building access. Several employees who start work before sunrise are facing frequent scanning failures due to dim lighting. Which measure helps reduce these errors while maintaining stringent identity checks?
Use employee-provided personal email information to bypass the system
Incorporate additional thermal scanning features
Reposition the equipment and modify brightness levels around entry points
Turn off the scanning feature and rely on physical credentials
When the environment leads to frequent scanning failures, refinements to hardware placement or lighting conditions improve recognition accuracy. Enhanced sensors (Answer 1) do not address poor visibility. Collecting email addresses (Answer 3) circumvents the process and weakens security. Turning off the scanning feature (Answer 4) discards this security layer. Calibrating camera angles or improving illumination protects data while reducing unnecessary rejections.
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Why does dim lighting cause face scanning errors?
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How does repositioning equipment and adjusting brightness improve recognition accuracy?
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What are some best practices for deploying biometric security systems like face scanners?