DHCP on Biometric Devices: Benefits and When to Use Manual IP
How DHCP automatically assigns IP address, subnet mask, gateway and DNS to a biometric device, and when manual IP configuration is the better choice.
How DHCP automatically assigns IP address, subnet mask, gateway and DNS to a biometric device, and when manual IP configuration is the better choice.
What Cams biometric machines store (user ID, name, fingerprint template, face photo, RFID card) and how that data is protected, enrolled and managed.
Steps to diagnose missing data in your ERP: involve your ERP provider, then record a test attendance entry and check it on the Device Status page.
Compares the Cams Biometric API with SDK-based and other biometric integration methods: real-time push, two-way user management, and no port forwarding.
Overview of Cams Biometrics face, fingerprint and access-control products, protocol engines, web API features and ERP/HRMS integrations.
Step-by-step first-time setup: prerequisites, the Device Status dashboard, callback URL, auth token and direction settings, and checking the data flow.
How Cams Biometrics sets IN/OUT punch states: device-level selection, Actual, First In Rest Out and ZigZag modes, and limits such as 24-hour punch history.
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,…
How Hybrid Push connects device-native push and polled devices to ERP and HR systems through one API: features, architecture, deployment and FAQs.
How two-way API communication pushes employee data to devices at other branches, so staff moving between campuses need no biometric re-enrollment.