Case Study: One-Person Room Access with Server Approval
How a restricted room enforced one-person-at-a-time entry: the device verifies identity and your software approves or rejects each punch via callback.
How a restricted room enforced one-person-at-a-time entry: the device verifies identity and your software approves or rejects each punch via callback.
Connect a biometric device to the network by LAN or Wi-Fi, whitelist the server IPs and domains, set the server address and port, and troubleshoot.
How to regain admin access on a locked biometric attendance machine: remote unlock for Cams devices, options for ZKTeco, eSSL and Identix, and prevention.
Troubleshoot biometric punches that do not reach your server: check device status, server URL and response, retry rules, and how to restart the queue.
Compares the Cams Biometric API with SDK-based and other biometric integration methods: real-time push, two-way user management, and no port forwarding.
Step-by-step first-time setup: prerequisites, the Device Status dashboard, callback URL, auth token and direction settings, and checking the data flow.
How to connect ZKTeco biometric attendance devices to a cloud application with the Cams Biometrics API: verify the device, set up the network, callbacks.
What end-of-support means for biometric devices, the risks of running EOL hardware, your migration options, and a step-by-step plan to respond.
How the Cams Biometrics Gateway adds real-time dashboards, payroll sync and multi-site reporting to existing attendance terminals without new hardware.
In most organisations, the door and the time clock are two different systems. Security owns access control. HR owns attendance tracking. Each has its own devices, its own enrolment process, its own database, and its own idea of who is in the building. Yet both are answering versions of the same question: who is this…