College
College of Computing, Engineering, and Construction
Department
School of Computing
Rank
Assistant Professor
Towards designing and implementing a secure one time password (OTP) authentication system
Type of Work
Proceeding
Publication Information
Published in: Performance Computing and Communications Conference (IPCCC), 2016 IEEE 35th International Date of Conference: 9-11 Dec. 2016 Date Added to IEEE Xplore: 19 January 2017
Description of Work
In this work we propose to design and implement a secure one-time password (OTP) system to provide a better method of enforcing a stricter set of policies, that bypass natural human habits of choosing passwords that do not abide by the policies of an organization, leaving systems vulnerable to security threats. We would then perform static and dynamic analysis of our OTP system to ensure it is not vulnerable to different kinds of security threats and other risks.
Towards designing and implementing a secure one time password (OTP) authentication system
In this work we propose to design and implement a secure one-time password (OTP) system to provide a better method of enforcing a stricter set of policies, that bypass natural human habits of choosing passwords that do not abide by the policies of an organization, leaving systems vulnerable to security threats. We would then perform static and dynamic analysis of our OTP system to ensure it is not vulnerable to different kinds of security threats and other risks.
Biographical Statement
Swapnoneel Roy's areas of research are Computer Security, Energy-Aware Computing, and Algorithms. During his three and half years at UNF, Dr. Roy has published a lot of work primarily in the area of cybersecurity in general. A majority of his publications have been coauthored with his students. He serves as the faculty adviser for the AITP club where his students participate in various national cybersecurity competitions.