Author: Silvana Chirita
TypingDNA is delivering its typing biometrics solution for Microsoft Azure Active Directory B2C clients providing frictionless two-factor authentication
TypingDNA’s typing biometrics Authentication API now works with Microsoft Azure Active Directory (Azure AD) B2C to ensure seamless authentication. TypingDNA’s proprietary AI technology recognizes people by the way they type on their keyboards and will enable Azure AD B2C customers to have comprehensive and robust protection against sophisticated threats such as password spray and brute force attacks.
How the COVID-19 pandemic challenges the biometrics industry
COVID-19 has affected a number of industries, and biometrics— a very promising market that is expected to reach about $20 billion in 2020—is no different.
Identity fraud TCO: Millions of dollars, a damaged reputation, and customer churn
No matter the industry, identity fraud and account takeover can translate into a ruined business. Companies can implement security measures even during account opening with sound identity verification proofing technologies.
InPSD2/SCA
Banks, fintechs deal with increased cyber threats in the COVID-19 era
Banks across the globe are seeing a rapid increase of cybersecurity threats. And, while the economic impacts of COVID-19 are likely to subside, these cyberthreats are here to stay.
NY DMV approves keystroke analysis as a validation method
The New York Department of Motor Vehicles (DMV) was one of the first in the U.S. to approve biometrics as a compliant technique for student identity validation.
Coronavirus and cybersecurity: Work and learn from home challenges
The escalation of the COVID-19 threat has forced thousands of companies worldwide to implement various measures to limit contamination by ensuring employees avoid contact with one another.
Types of behavioral biometrics: Keystroke dynamics
Typing biometrics is an additional layer of security that provides seamless, continuous user authentication virtually impossible to imitate due to the innate nature of these characteristics.
TypingDNA is operating in compliance with several ISO standards
TypingDNA is glad to announce compliance with International Organization for Standardization – ISO standards.
Behavioral biometrics: signature analysis | cognitive biometrics
TypingDNA presents the various types of biometrics and explores their use for authentication and beyond.
Behavioral biometrics: gait analysis – voice ID
In this series, we present various types of biometrics and explore their use for authentication. In our latest blog post, we spoke about mouse use characteristics and analyzed their use cases.
InPSD2/SCA
PSD2: The new 3D Secure 2.0
The 3D Secure security protocol is one of the key changes deriving from PSD2 and the SCA(Strong Customer Authentication) amendments.
InMFA
Types of behavioral biometrics: Mouse use characteristics
Biometrics represent uniquely identifying and measurable patterns in human interaction with devices such as the mouse use characteristics.
InMFA
PSD2: EBA’s Opinion on SCA elements as of June 2019
The new Payment Services Directive – PSD2 is meant to better the current state of the European financial markets, adapt to the technological advancements of recent years, and propose up-to-date, common standards across the EU.
InMFA
EBA approves typing biometrics in SCA of PSD2
The European Banking Authority clarifies on what constitutes a compliant element in each of the three possible categories of multi-factor authentication: inherence, possession, and knowledge. EBA approves typing biometrics as compliant to be used in multi-factor authentication.
InMFA
Common drawbacks of multi-factor authentication
MFA brings forth strong layers of security, helps companies achieve compliance, and increases flexibility and productivity by removing the burden of passwords.
InMFA
Significant MFA deployment factors to look for
Implementing MFA comes with multiple benefits like high security (one factor is not enough), better access control and compliance with regulations in various industries.
InMFA