Compares a live sample against an entire database to find a match without a user ID prompt (e.g., automated time-attendance tracking). Anti-Spoofing and Liveness Detection
: Store template strings in an isolated, encrypted database column. Use AES-256 encryption to protect biometric hashes both at rest and during network transit.
A biometric SDK is a toolkit that allows software developers to build applications that can communicate with biometric hardware. Instead of starting from scratch, developers use the SDK's pre-built functions to capture fingerprints, recognize faces, and manage user data. secureye biometric sdk top
The phrase "Top" implies versatility. Secureye does not lock you into proprietary hardware.
+-------------------------------------------------------------+ | Your Application UI | +-------------------------------------------------------------+ | v +-------------------------------------------------------------+ | Secureye SDK API Wrapper (.NET / Java) | +-------------------------------------------------------------+ | v +-------------------------------------------------------------+ | Core C/C++ Biometric Matching Engine | +-------------------------------------------------------------+ | v +-------------------------------------------------------------+ | Device Drivers (USB / IP) | +-------------------------------------------------------------+ | v +-------------------------------------------------------------+ | Secureye Hardware (Scanner/Terminal) | +-------------------------------------------------------------+ The Four-Step Biometric Lifecycle Compares a live sample against an entire database
Similarly, the facial recognition module relies on to map unique facial features. This technology is highly effective in preventing proxy attendance, as it is significantly more difficult to spoof a face than a card or PIN.
// 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) A biometric SDK is a toolkit that allows
Secureye has established itself as a premier provider by focusing on core characteristics that define top-tier authentication systems: 1. High Accuracy and Uniqueness (FAR & FRR)
The first step in any biometric SDK workflow is establishing a connection.
Secureye ensures developers can build across diverse ecosystems. The SDKs are available for:
How to register a new user fingerprint from the software to the device.