Secureye Biometric Sdk < 2024-2026 >

: Support for standard biometric template formats for storage in SQL or flat-file databases. 💻 Technical Integration

: Includes algorithms that support rapid 1:1 and 1:N verification (often under 0.6s to 1.5s per identification). Hardware Control secureye biometric sdk

// 2. Connect to the first available device Device myScanner = SecureyeSDK.EnumerateDevices()[0]; myScanner.Open(); : Support for standard biometric template formats for

| Operation | Time | False Reject Rate (FRR) | False Accept Rate (FAR) | |-----------|------|------------------------|-------------------------| | Capture + Extract | 0.12 sec | – | – | | 1:1 Verify (two templates) | 0.02 sec | 2.8% | 0.01% | | 1:N Identify (500 users) | 0.18 sec | 4.5% (dry fingers) | 0.03% | Connect to the first available device Device myScanner

: Encrypted data transmission ensures that sensitive biometric templates remain secure during the sync process. Supported Secureye Devices

The versatility of the allows it to be dropped into virtually any vertical.

11 comments

  1. Nice write up – where can I get the vulnerable app? I checked IOLO’s website and the exploitdb but I can’t find 5.0.0.136

  2. Hello.
    Thanks for this demonstration!

    I have a question. With this exploit, can we access to the winlogon.exe and open a handle for read and write memory?

    Kind regards,

  3. Why doesn’t it work with csrss.exe?

    pHandle = OpenProcess(PROCESS_VM_READ, 0, 428); //my csrss PID
    printf(“> pHandle: %d || %s\n”, pHandle, pHandle);
    i got: 0 || (null)

  4. The SeDebugPrivilege is already enabled in this exploit, what you can do it use a previous exploit of mine which uses shellcode being injected in the winlogon process.

  5. Thanks! I found with its hex byte ’03 60 22′ in IDA search and reached vulnerable function.

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