How it works
Keystroke DNA is a behavioral biometric authentication service that employs keystroke dynamics by analyzing a user's typing rhythm to create a unique biometric profile. Based on the individual's typing patterns, Keystroke DNA's algorithm verifies each sign-in attempt to guarantee that access is granted to only the genuine account owner.

Keystroke DNA can be used as a secondary means of authentication, as a fraud prevention mechanism, and for retrospective identity analysis. Offered as a service, it can be conveniently integrated into any web application with just a few lines of code.
HOW you type, not WHAT you type
HOW you type, not WHAT you type
Keystroke dynamics studies one's behavioral patterns and uses this data for identification purposes, independent of language, words or characters.
Effective on keyboard and keypad
Effective on keyboard and keypad
Keystroke DNA can recognize the identity of a user whether they're on a keyboard or a touchscreen as individual typing patterns remain unique.
Simple integration
Simple integration
Keystroke DNA can be easily integrated into any web application with just a few lines of code. It doesn't require any expertise in biometrics.
Resistant to password attacks
Resistant to password attacks
Keystroke DNA provides a more secure method of authentication that keeps data secure and access under control even if a password is hacked or stolen.
More reliable than biometric
More reliable
Unlike static biometric authentication methods, Keystroke DNA recognizes dynamic typing patterns, which cannot be shared or imitated.
Does not require special hardware
No special hardware required
Keystroke DNA requires only a keyboard or keypad making it the most convenient and affordable method of biometric authentication available.
Identity confirmation
Keystroke DNA recognizes and verifies the identity of a user based on their individual typing manner. It collects and analyzes information about how the user interacts with a keyboard or keypad and creates a behavioral biometric data profile that is used for authentication.
User verification
Personal verification
Credential sharing or hacking is a fundamental problem for non-biometric authentication methodologies, which is difficult or even impossible to detect. Keystroke DNA solves this problem by verifying user identity through their personal typing manner and style, which cannot be shared or imitated.
Convenient authorization
Keystroke DNA ensures a fast, convenient and non-intrusive layer of authentication. Users are not required to perform any additional actions to confirm their identity as verification is done automatically and in real time.
Data security
Keystroke DNA ensures the highest level of data security. By analyzing the user's behavior during attempts to access data, our algorithms are capable of detecting fraud in real time to prevent unauthorized access.
Secure authentication
Secure authentication
With Keystroke DNA as a secondary authentication method, the consequences of stolen credentials are effectively mitigated. Our algorithms check the legitimacy of every login attempt by comparing it with the user's unique typing pattern.
Fraud prevention
Keystroke DNA enables extremely effective protection against unauthorized actions and access to confidential information as it relies on an individual user's behavior as proof of identity.
Range of Applications
Keystroke DNA provides the means to dramatically increase data security and the accuracy of user identification without impacting upon the user experience making it ideally applicable in a wide range of industries.
Government
Government
Defence
Defense
BFSI
BFSI
Automotive
Automotive
Healthcare
Healthcare
Education
Education
Join our Beta Program
For the duration of the Beta Program, all integrations are free and participants will receive a lifetime discount on subscription fees after the program has concluded.