Secureye Biometric Sdk Top -

// Set up buffers to hold the raw image data and the final template byte[] rawImageBuffer = new byte[scanner.ImageWidth * scanner.ImageHeight]; byte[] templateBuffer = new byte[SecureyeCodes.MAX_TEMPLATE_SIZE]; int templateLength = 0; // Block thread or await callback until a finger is placed on the glass int captureStatus = scanner.CaptureImage(rawImageBuffer); if (captureStatus == SecureyeCodes.SUCCESS) // Extract minutiae points into a standardized binary template int extractStatus = scanner.ExtractTemplate(rawImageBuffer, templateBuffer, ref templateLength); if (extractStatus == SecureyeCodes.SUCCESS) // Save 'templateBuffer' to your database linked to a User ID Database.SaveUserTemplate(userId, templateBuffer, templateLength); Use code with caution. Step 3: Verify a User (1:1 Matching)

: Optimized for devices featuring 600 DPI optical sensors , ensuring accurate identification even in busy environments.

: Procedures for bulk or specified user data retrieval (Attendance and Operation logs). secureye biometric sdk top

Ideal for secure server environments and embedded IoT systems. 4. Live Finger/Anti-Spoofing Detection

: Support for 1:1 (verification) and 1:N (identification) matching modes to ensure speed and accuracy during peak office hours. Integration Workflow for Developers Integrating a Secureye device like the typically follows these steps: // Set up buffers to hold the raw

The SDK is designed for Secureye’s professional biometric lineup, including:

The default username for Secureye cameras is usually admin . Ideal for secure server environments and embedded IoT

for a basic app: 2–5 days for experienced C++/.NET developers.