Modality independent
Accuracy preserving
No need for re-enrollment
Privacy preserving under untrusted cloud environment
Login/out of sessions using biometrics to prevent unathorized users (visitors/others), patient identification and secure sharing of patient data among physicians for
fewer medical errors, safer prescribing practices and use of telemedicin.
Accecss to applications with company ID at security level «high»allows you to log in to ie health care applications from any device without using your private log in credentials (ie Bank ID) on private phone
Secure biometric login to home care video visits delivered by our partner Jodacare, a communication platform for family, home care taker and provider.
Data breaches happen daily, and about 70-80% of hacking-related breaches leverage is either stolen or have weak passwords. Identifying people with biometrics has been proposed as a solution, and while biometrics are in general safer than passwords, they also carry additional risks, unlike pass-words biometrics that can not be changed.
Ole Petter Holen
CEO
olepetter.holen@biofy.no
+4791644760
Bian Yang
Associate Professor NTNU
bian.yang@biofy.no
+4741387092
Muhammad Fauzi
Developer
muhammad.fauzi@biofy.no
Adresselinje
olepetter.holen@biofy.no
+47 91644760
The biometric cryptosystem has been developed at the Norwegian Information Security Laboratory (NISlab) at NTNU, and builds on knowledge and expertise accumulated from three EU research projects (TURBINE, FIDELITY, and PIDaaS). A private identity authenti- cation platform based on this patent-pending mechanism had been piloted in three scen- arios “e-Citizen”, “e-Commerce”, and “e-Health” in the EU project PIDaaS (www.pidaas.eu).
Nettside av Kodeo og design av Rebne Design
