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….
When experiencing issues with a biometric device that restarts repeatedly, it is important to first assess the power supply, as it is a common culprit. The power adapter used must meet specific current ratings to ensure stable operation of the device. For standard attendance machines, a 12V-2A adapter is typically recommended, which provides sufficient power…
When a biometric attendance device consistently shows an offline status despite a stable internet connection, there are two primary areas to investigate: Addressing these issues involves a systematic approach to determine whether the cause is related to the device or the network, thereby enabling effective resolution of connectivity problems. This kind of targeted troubleshooting is…
Introduction: If your device is connected to the internet but you’re encountering difficulties with machine data reaching your server, several steps can be taken to diagnose and resolve the issue. Follow the comprehensive troubleshooting guide below to ensure seamless data transmission: Troubleshooting Steps: Conclusion: By diligently following these troubleshooting steps, you can effectively address connectivity…
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…
Most organizations don’t struggle with biometric devices. They struggle with making them work together. Here’s the solution. The Real Problem with Biometric Systems Today Walk into any enterprise today and you’ll find biometric devices installed at every entry point: face scanners, fingerprint readers, card swipe terminals. On the surface, it looks connected. But beneath it,…
This page helps you configuring your biometric machines to connect with the web server. The following screens are taken from Cams biometric machines. Some of the machines of ZKTeco will also same as Cams machines. In the following examples we have shared has screens of two different versions. If you have different software than what…
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…
Connecting a biometric attendance device to any software platform — whether it is an ERP, HRMS, payroll system, access control application, or a custom built platform — requires communication through the Cams Biometrics Web API. Before deployment, you need to understand two things: how your device communicates, and what charges apply. How Device Communication Works…
How Unigaz Connected Biometric Devices Across 10 Countries to Their Cloud-Based HRMS – Within 24 Hours 🔎 Overview Client: Unigaz GroupIndustry: Energy & Gas DistributionHeadquarters: Middle East & AfricaIntegrated HRMS: OrangeHRMBiometric API Provider: Cams Biometrics Countries Covered: 🚩 Business Challenge Unigaz operates in over 10 countries with decentralized teams, making manual attendance tracking inefficient and…
