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.
Overview of the Cams Forklift Biometric System: fingerprint and face ignition control for forklifts and industrial vehicles, managed via the Cams Web API.
Why proprietary protocols and SDKs lock biometric device buyers in, the three lock-in layers, and how protocol adapters and open REST APIs remove them.
Compares the Cams Biometric API with SDK-based and other biometric integration methods: real-time push, two-way user management, and no port forwarding.
Compare Native Push and Hybrid Push deployment for connecting biometric devices to HRMS and ERP systems, with four hybrid modes and network requirements.
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 two-way API communication pushes employee data to devices at other branches, so staff moving between campuses need no biometric re-enrollment.
First, ensure that the device supports HTTPS by configure the vendor’s HTTPS server URL and confirm if it works properly. Then, update the server settings as described below. ✅Server configuration for an HTTPS Domain Name Configuration Steps: Note: If your device has the HTTPS option, Enable HTTPS by navigate to: Menu → Comm → PC…
If a biometric device loses its time after a restart, the internal CR1220 3V button cell battery likely needs replacing. Here is what to do.
How the Cams Biometrics Web API links CAN10 canteen machines to a server in real time for food selection, token generation and user access control.