In a biometric attendance system, accurately identifying whether a punch is an IN or OUT entry is critical for ensuring proper attendance tracking. At Cams Biometrics, we offer flexible ways to determine the punch state—both at the hardware level and at the admin portal (API) level. This article explains how punch states are recorded, what…
Introduction In today’s fast-paced environments, canteen management requires efficiency, security, and real-time responsiveness. Cams Biometrics revolutionizes canteen operations with its Web API, seamlessly integrating user data and food selection processes in real-time. This article explores how the Cams Biometrics Web API enhances the CAN10 Canteen Token Management System, providing a robust solution for automated food…
When utilizing a biometric attendance system, it’s important to understand how the “Duplicate Punch Duration” feature functions. This setting helps prevent the recording of multiple attendance entries by the same user within a specific, predefined time frame. If this feature is activated, any additional punches made by the same user during this period are not…
Face recognition. Fingerprint scanning. Real-time sync. One powerful device, built for the modern workforce. Attendance management has long been a pain point for HR and operations teams – from buddy punching and manual timesheets to clunky standalone devices that don’t talk to your core systems. The Cams Hawking F38+, powered by the Cams Biometric Gateway, is built…
If your device’s time settings are resetting upon restart, the issue might be with the internal button cell battery, specifically a CR1220 – 3V. This battery is crucial as it maintains the internal clock and preserves the time settings even when the device is powered off or restarted. To address this issue, you should replace…
Overview: Understanding Biometric Device Connectivity Challenges Biometric attendance systems and access control devices operate across diverse environments with varying network infrastructures, connectivity capabilities, and security requirements. Organizations face a critical challenge: how to integrate biometric devices—whether fingerprint scanners, face recognition terminals, iris scanners, or palm vein readers—into their existing HRMS (Human Resource Management Systems), ERP…
A spoof attack in facial biometric systems occurs when someone attempts to trick the system using a false representation of a face, such as a photo, video, or a different substitute for an actual human face. This can lead to unauthorized access or fraudulent attendance records, impacting the security and accuracy of biometric data management….
This guide will help you update the server configuration to ensure uninterrupted services. Follow the instructions below to update the server settings and connect your biometric device online. ✅Server configuration for CamsBiometrics Machines Configuration Steps: ✅Server configuration for Other brand Biometric Machines Configuration Steps: If domain configuration is challenging, you may alternatively use the direct…
Connectivity Setup: Wired Connection (LAN): For a wired connection, securely insert one end of the LAN wire into the designated port on your biometric device. Connect the opposite end of the LAN wire to an available LAN port on your router or network switch. This establishes a direct and stable connection to your network infrastructure,…
Understanding Device Migration in Cams Biometrics Platform When working with biometric infrastructure, hardware failures are an inevitable reality. Understanding how to properly migrate your API license from a damaged device to a replacement unit is crucial for maintaining business continuity while ensuring compliance with the platform’s technical requirements. Technical Prerequisites for Migration Device Status Requirements…
