VeriFinger Linux SDK is intended for most biometric system developers. This SDK contains interfaces for some of the major fingerprint scanners, which allow the developer to obtain data from the scanners without any additional software. Supports BiometriKa FX 2000 scanner, AuthenTec AES4000 EntrePad and AF-S2 FingerLoc sensors.

VeriFinger Extended SDK contains interfaces for some of the major fingerprint scanners and a set of COM/ActiveX components, created especially for rapid development of client/server application using VeriFinger fingerprint identification technology. Supports DigitalPersona U.are.U, Identix DFR2090, Cross Match Verifier 300, BiometriKa FX 2000 and TouchChip TCRU1C scanners, AuthenTec AES4000 EntrePad and AF-S2 FingerLoc sensors.

VeriFinger Standard SDK is intended for most biometric system developers. This SDK contains interfaces for some of the major fingerprint scanners, which allow the developer to obtain data from the scanners without any additional software. Supports DigitalPersona U.are.U, Identix DFR2090, Cross Match Verifier 300, BiometriKa FX 2000 and TouchChip TCRU1C scanners, AuthenTec AES4000 EntrePad and AF-S2 FingerLoc sensors.

FingerCell 1.2 Embedded Development Kit for PC with MS Windows. This EDK is intended for developers, who are going to use PC with MS Windows as part of their network biometric system. Includes 1 license for FingerCell DLL, interfaces for image input from either files or fingerprint sensors, sample application with source code and software documentation.

FingerCell 1.2 Embedded Development Kit for PC with Linux. This EDK is intended for developers, who are going to create an embedded biometric system with a server on PC with Linux. Includes 1 license for FingerCell shared library, interfaces for image input from either files or fingerprint sensors, sample application with source code and software documentation.

VeriFinger Standard SDK is intended for most biometric system developers. This SDK contains interfaces for some of the major fingerprint scanners, which allow the developer to obtain data from the scanners without any additional software. Supports DigitalPersona U.are.U, Identix DFR2090, Cross Match Verifier 300, BiometriKa FX 2000 and TouchChip TCRU1C scanners, AuthenTec AES4000 EntrePad and AF-S2 FingerLoc sensors.

VeriFinger Standard SDK is intended for most biometric system developers. This SDK contains interfaces for some of the major fingerprint scanners, which allow the developer to obtain data from the scanners without any additional software. Supports DigitalPersona U.are.U, Identix DFR2090, Cross Match Verifier 300, BiometriKa FX 2000 and TouchChip TCRU1C scanners, AuthenTec AES4000 EntrePad and AF-S2 FingerLoc sensors.

FingerCell 1.2 Pocket PC Embedded Development Kit. This EDK is intended for developing biometric applications for iPAQ pocket PC (h5xxx series recommended or other iPAQ with similar hardware). FingerCell algorithm could be used in iPAQ h5xxx series handheld devices, which include embedded fingerprint sensor, powerful processor and wireless communication. Also, iPAQ with FingerCell could be used as a part of complex network-based biometric system

VeriLook SDK for Windows. It allows rapid development of the biometric application using VeriLook library. High reliability of the face identification, 1:1 and 1:N matching modes, multiple faces' processing, comparison speed up to 65,000 faces/second. Easy integration into the customer's security system. Complete control over SDK data input and output. SDK functions could be used in connection with most cameras (including web cam) and databases.

VeriLook SDK for Linux. It allows rapid development of the biometric application using VeriLook library. High reliability of the face identification, 1:1 and 1:N matching modes, multiple faces' processing, comparison speed up to 65,000 faces/second. Easy integration into the customer's security system. Complete control over SDK data input and output. SDK functions could be used in connection with most cameras (including web cam) and databases.