NSF Award
2413228
The ability to establish, confirm and protect an individual’s identity is essential to the function of our society. Biometrics uses physical measurements of the body to identify an individual. A secure biometric identity and secure processes that use identities allow individuals to function in our growing on-line society with reduced risk of identity theft and fraud. Establishing identity is critical for preventing and detecting crime, terrorism, fraud and human trafficking. Challenges facing the arena of identification include the use of Artificial Intelligence (AI) to create fake images, video and recordings as a means to intentionally deceive and the potential existence of bias within the identity systems. <br/><br/>In Phase III, the Center for Identification Technology Research (CITeR) expands impact in generative AI, advanced computing, and digital identity management, along with fair, transparent and explainable biometrics to address challenges that both commercial and government sectors face in today's society. CITeR will conduct research to measure bias, including statistical metrics and single frame methods to measure skin color, as well as approaches to mitigate bias based on specialized loss functions in neural network models. Additionally, projects to ensure identity systems are not fooled by deepfake attacks through comprehensive evaluation of challenge response and liveness methods to prevent replay attacks, as well as methods to recognize deepfakes based on signatures, either natural or synthetically added. Clarkson University will focus research in the areas of spoofing biometrics, liveness to protect systems from spoofing attacks, biometric cryptosystems for protecting biometric templates, longitudinal biometrics in children and studies of equity and bias.<br/><br/>CITeR plays a critical role in addressing the challenges in the ability to establish, confirm and protect an individual’s identity in today’s modern society. A new Presidential Executive Order on the Safe, Secure, and Trustworthy Development and Use of Artificial Intelligence, states that irresponsible use of AI could ‘exacerbate societal harms such as fraud, discrimination, bias, and disinformation’. CITeR will support opportunities for sharing and learning through the development of educational videos, STEM outreach efforts for public schools and the continued development and hosting of Challenge Problem workshops for industry and government organizations to address challenges in the problem space. Clarkson University will lead the efforts to establish a microcredential program for biometrics and continue discussion with external organizations to help develop content for a new Certified Biometric Professional (CBP) course.<br/><br/>This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.
