An enhanced one-time password with biometric authentication for mixed reality surgical Tele-presence
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An enhanced one-time password with biometric authentication for mixed reality surgical Tele-presence Most Nuzman Nahar 1,2 & Abeer Alsadoon 1,2 Omar Hisham Alsadoon 3
& P. W. C. Prasad
1,2
& Nabil Giweli
1,2
&
Received: 21 February 2020 / Revised: 6 August 2020 / Accepted: 29 September 2020 # Springer Science+Business Media, LLC, part of Springer Nature 2020
Abstract
Mixed Reality (MR) surgery for telepresence has not been successfully implemented yet due to the lack of security and the high processing time required. In particular, the need for authentication during and after the real-time video transmission is not addressed adequately. This paper aims to increase the security and privacy by preventing unauthorized access into the telepresence system before and after the surgery by proposing realtime authentication with low processing time. The proposed system consists of an enhanced Multi-factor SMS-based one-time session password (OTSP) and an IRIS biometric authentication technique. The results of this work demonstrate a successful overcoming of several limitations of the previous state of the art solution. For instance, the average processing time is reduced from 81 ms to only 57 ms. The proposed solution also increases the protection from hacking to the system, i.e., the accuracy, to 80% compared to the accuracy of 53% for the previous solution. Besides, the proposed system is more resistance against several attacks by an attack-proof of 84.36% compared to 45.2% of the state of the art solution. Moreover, our solution reduced the required storage capacity and cost to the half. As a result, our proposed system is more robust against various kinds of attacks. The proposed system could be used effectively in surgical telepresence authentication with less time, cost overhead and higher security. Keywords Blowfish-128 . Eavesdropping . PAKE . SMiShing . SMS-based OTSP . Phishing . Replay attack . Authentication . MITM attack
* Abeer Alsadoon [email protected]
1
School of Computing and Mathematics, Charles Sturt University, Sydney, Australia
2
Department of Information Technology, Study Group Australia, Sydney, Australia
3
Department of Islamic Sciences, Al Iraqia University, Baghdad, Iraq
Multimedia Tools and Applications
1 Introduction Nowadays, the technology in the medical sectors has changed a lot from conventional to more machine-oriented approach. Traditionally, expert surgeons usually visit the remote area physically to do the surgery. In the past, their presence in operation theatre with the patient was compulsory [2]. However, it is a time-consuming process, and the condition of the patient may become worse during this time. Moreover, expert surgeons may not be available in the same place of the patient, and it may be hard to travel to them in a short time [3]. A Mixed Reality (MR) based emerging concept, called “Telepresence”, gives a chance to the experts to supervise a rural/local surgeon remotely in real-time [23]. This technique will increase the accuracy and success rate of s
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