Integrated OTP-Based User Authentication Scheme Using Smart Cards in Home Networks

Abstract

In this paper, we propose a new user authentication (UA) scheme based on one-time password (OTP) protocol using smart cards for home networks. The proposed scheme is to authenticate home users who uses home devices. Several techniques using technology based on biometrics, passwords, certificates, and smart cards can be used for user authentication in the similar environments. However, such user authentication techniques must be examined before being employed in an environment where home devices have low efficiency and performance. Here, we present the important security functions of home networks. The proposed authentication protocol is designed to accept the existing home networks based on the one-time password protocol. Also, it is a well suited solution and is quite satisfactory in terms of the security requirements of home networks, because of requiring low computation by performing simple operations using one-way hash functions. Our proposed scheme can protect against illegal access for home services and devices and does not allow unnecessary service access by legitimate users. Therefore, it allows the user to provide real-time privilege control and good implementation in secure home networks.

S-DILS: Framework for Secured Digital Interaction Learning System Using keccak

“…Usage of mobile device was seen in the work of Hallsteinsen and Jorstad [5] for performing authentication. Certain studies [6] have also introduced Smart cards for security checks for user. The work was mainly focused on mitigating replay attack and uses the one-time password technique and one-way hash functions to reduce the processing overhead.…”

“…The work was mainly focused on mitigating replay attack and uses the one-time password technique and one-way hash functions to reduce the processing overhead. Unlike the weak-password approach, strong password authentication is mostly based on the one-way hash function [6] and exclusive-OR operations (XOR). Enhancement on the one-time password scheme using chaos theory was also seen in literature [7].…”

Admissible bilinear map-based key management protocol for HPCCS in heterogeneous network

“…Our protocol provides secure communications between heterogeneous network devices. We determine the security requirements by analyzing existing symmetric key and public key systems in order to develop a secure and more efficient heterogeneous key management system [3,4]. The remainder of the paper is structured as follows.…”

A Study on Differential User Authentication Scheme based on Client in Home Network

“…The user authentication scheme based the OTP proposed in [3] offer more secure communication service by using the OTP based on hash function than scheme using the general password. However, this scheme also is only available to connect the home network with client device registered on home server in advance.…”

“…The user and client are authenticated if the values in message (3) and them in table is same. Then, HNAS generate the ticket that a client can use to access to HS.…”