Zapier, Make, and n8n are the three automation platforms teams most often consider when they want to connect systems without building everything from scratch. Most comparisons judge them on general business tasks like moving form entries into a CRM. Biometric workflows are different. Every fingerprint scan is a real-time event, volumes add up quickly, the…
How Cams Biometrics API charges apply per device: activation, yearly license, protocol update, hybrid connector, software integration, and renewal rules.
Case study of how Unigaz connected biometric devices in multiple countries to OrangeHRM through the Cams Biometrics Web API, with timeline and results.
A callback receiver is the small piece of code that turns every fingerprint, face, or card scan into a record in your own system. Cams Biometrics Gateway sends each verified scan to your server as a JSON request, and your server replies to confirm it arrived. You do not have to write that receiver from…
Features and specs of the Cams Hawking F38+ face and fingerprint terminal, and how it connects to HR and ERP systems through the Cams Biometric Gateway.
Every payroll run depends on attendance. Worked hours, late arrivals, overtime, absences, night shifts, and holiday work all start as a scan at a biometric device. Yet in many organisations, the journey from that scan to the payroll platform still involves exports, spreadsheets, copy and paste, and someone checking the numbers late at night…
How Hybrid Push connects device-native push and polled devices to ERP and HR systems through one API: features, architecture, deployment and FAQs.
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.
Explains protocol adapter architecture for biometric devices: how SDKs decode device protocols, four adapter layers, cloud needs and SDK migration.
Every logistics and transportation company running a GPS fleet management system knows where every vehicle is at every moment. What most of them do not know is whether the person driving that vehicle is the licensed, certified, authorised driver it is assigned to. A ghost driver, an unlicensed colleague, or an unauthorised operator can take…
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.
Every payroll run depends on attendance. Worked hours, late arrivals, overtime, absences, night shifts, and holiday work all start as a scan at a biometric device. Yet in many organisations, the journey from that scan to the payroll platform still involves exports, spreadsheets, copy and paste, and someone checking the numbers late at night…
Many biometric integration projects stall on a question that has nothing to do with biometrics: how does the cloud reach a device sitting behind an office router? Plenty of sites have no public IP address, an IP that changes every day, or an IT team that will not open inbound ports in the firewall, and…
Real-time biometric attendance sounds simple: someone scans, your system receives an event, and you save it. In practice, attendance data is messier. The same event can arrive twice. An employee can tap the scanner two times in a row. A device that lost its connection can send a morning check-out in the afternoon. Someone…
A callback receiver is the small piece of code that turns every fingerprint, face, or card scan into a record in your own system. Cams Biometrics Gateway sends each verified scan to your server as a JSON request, and your server replies to confirm it arrived. You do not have to write that receiver from…
Every biometric integration has to answer one basic question: how does a scan at the door become a record in your system? There are two ways to do it. Your server can keep asking the device whether anything new has happened, which is polling. Or the system can tell your server the moment something happens,…
AI agents built on Claude, Gemini, and ChatGPT are starting to do real work inside organisations: answering questions, updating records, and carrying out routine tasks across business systems. Biometric systems are one of the most valuable places for them to work, because they hold verified data about who is actually present. But most biometric systems…
Most HR teams already have the two ingredients for powerful automation: biometric devices that record every arrival and departure, and an automation tool such as n8n, Make, or Zapier. What is usually missing is a connection between the two. Once your biometric attendance data flows into your automation tool in real time, a long…
Zapier, Make, and n8n are the three automation platforms teams most often consider when they want to connect systems without building everything from scratch. Most comparisons judge them on general business tasks like moving form entries into a CRM. Biometric workflows are different. Every fingerprint scan is a real-time event, volumes add up quickly, the…
Attendance data has always been locked behind reports. To find out who was late this week, who is on site right now, or which contractor overstayed their hours, someone had to open the right software, choose the right filters, export a spreadsheet, and read it. With MCP, that changes. An HR manager can now ask…
For decades, businesses have sold to two kinds of customers: consumers (B2C) and other businesses (B2B). A third kind of customer has now arrived, and it does not use screens, click buttons, or read brochures. It is the AI agent. AI agents built on Claude, Gemini, and ChatGPT are starting to carry out real work…
