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…
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…
The $50,000 Compatibility Crisis You spent $50,000 on ZKTeco devices… and now your software vendor says they’re “incompatible.” Do you really need to replace everything? Many HR and IT teams get stuck here. The hardware works perfectly, but it is offline, siloed, and unable to connect with modern cloud or ERP systems. The devices accurately…
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,…
Setting up the API integration with your biometric machine for the first time is a crucial step to ensure seamless communication between your device and your server. This guide provides a comprehensive, step-by-step walkthrough to configure the server endpoint, link your biometric machine to the API, and validate the data flow. Whether you’re a developer…
Not All Biometric Devices Are the Same… But our API seamlessly connects to all of them. No restrictions. No compatibility headaches. Just smooth, reliable integration, wherever your devices are. The Challenge: The Fragmented World of Biometric Devices In today’s global business landscape, organizations face a critical challenge: biometric device diversity. Your company might be using: The…
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…
In the rapidly evolving landscape of biometric technology, the integration of APIs plays a crucial role in determining the efficiency, security, and scalability of systems. The Cams Biometric API represents a significant advancement over traditional methods of biometric integration, offering a host of features that enhance user interaction and system manageability. Below, we explore how…
Before pushing your integration to production, you can test Cams API callbacks directly on your development machine using a tunneling tool. This guide walks you through a step-by-step setup. Why you need a tunnel Callback and webhook requests originate from the Cams platform over the internet. A local application running on your machine cannot receive…
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…
