Typesense is an authentication solution that uses keystroke dynamics (in effect how a person types) to accurately identify a user. 

Typeprint is a statistically unique signature created from the typing patterns of a person. Like fingerprint and voiceprint, typeprint can also be used as a biometric signature to uniquely identify and verify a person. Typeprint recognition is based on the science of Keystroke Biometrics.

TypeSense is a software-only authentication solution based on typeprint recognition that uses keystroke dynamics to accurately identify a user by the way they type characters across a keyboard.

See Typesense in action!

Unlike fingerprint and voiceprint solutions, that require a special hardware reader, TypeSense does not need special hardware – it uses the standard computer keyboard.

TypeSense is ideal for Web applications. It is a zero-footprint solution that is totally transparent. Users will be presented with the standard login interface as if the two-factor authentication did not exist.

A biometric authentication solution based on voice recognition, that uses vocal dynamics to accurately identify a user.

Everyone has a unique voiceprint. VoiceSense is a text and language independent biometric speaker verification system that verifies the speaker’s identity in real time using a simple spoken phrase.

Voice authentication is very easy-to-use, versatile yet non-intrusive technology. It is highly accurate and doesn't require specific equipment.

The prevalence of computer microphone and mobile phone makes the voice authentication an ideal two-factor authentication system for enterprise, online banking and telecom applications.

The enrolment of VoiceSense is simple and short. During the enrolment, the user is asked to speak freely (Free Speech mode), or to repeat a selection of keywords provided by the system (One-Time Password mode). This one-time enrolment process takes less than one minute, and a unique voiceprint is then created for the user.

The authentication process is equally simple and brief. When the authentication is needed, the user is asked to speak freely (Free Speech mode), or to repeat a one-time password provided by the system (One-Time Password mode). A real-time voiceprint is then created and compared with the voiceprint stored in the system's voiceprint repository.