Efficient and Anonymous Mobile User Authentication Protocol Using Self-certified
Public Key Cryptography for Multi-server Architectures
Abstract—Rapid advances in wireless communication technologies have paved the way
for a wide range of mobile devices to become increasingly ubiquitous and
popular. Mobile devices enable anytime, anywhere access to the Internet. The
fast growth of many types of mobile services used by various users has made the
raditional single-server architecture inefficient in terms of its functional
requirements. To ensure the availability of various mobile services, there is a
need to deploy multi-server architectures. To ensure the security of various
mobile services applications, the Anonymous Mobile User Authentication (AMUA)
protocol without online registration using the Self-Certified Public Key
Cryptography (SCPKC) for multi-server architectures was proposed in the past.
However, most of past AMUA solutions suffer from malicious attacks or have
unacceptable computation and communication costs. To address these drawbacks,
we propose a new AMUA protocol that uses the SCPKC for multi-server
architectures. In contrast to existing AMUA protocols, our proposed AMUA
protocol incurs lower computation and communication costs. By comparing with
two of the latest AMUA protocols, the computation and the communication costs
of our protocol are at least 74.93% and 37.43% lower than them
respectively. Moreover, the security
analysis of our AMUA protocol demonstrates that it satisfies the security
requirements in practical applications and is provably secure in the novel
security model. By maintaining security at various levels, our AMUA protocol is
more practical for various mobile applications.
Existing
Solution:
The computation cost associated with
these protocols is not acceptable for most practical applications:
It is well known that mobile devices
are resource constrained in terms of storage and computation capabilities.
However, the mobile device in these protocols has to execute the bilinear
paring operation and the map-to point hash operation which are two of the most
complex operations in modern public key cryptography.
The security analyses of these
protocols are weak:
Most of the authors of previously
proposed protocols presented only a preliminary analysis of the protocols but
they did not present any evaluation with any provable security model. Hence,
these protocols can have various vulnerability issues leading to a number of
serious attacks.
Important functions or security attributes
are not supported by these protocols:
Several important functions such as
key establishment and user anonymity, and security attributes such as two
factor security and no verifier table are not considered in the design of these
protocols. These limited functionalities prevent their deployment in various
real-time applications. It remains a significant challenge to construct an AMUA
protocol with better efficiency and security for multi-server architectures to
protect the authorized users’ rights for various practical mobile applications.
First, we present a new AMUA protocol
for multiserver architectures using the SCPKC. To improve performance at the
user end, neither bilinear pairing operation nor map-to-point hash operation is
involved in the proposed AMUA protocol. Second, we perform an in-depth security
analysis to show the proposed AMUA protocol is provably secure and can satisfy
the security requirements of multi-server architectures. Finally, we analyze
the performance of the proposed AMUA protocol to show that it incurs lower
computation and communication costs than previously proposed AMUA protocols.
Software Requirements
Front End: HTML5, CSS3, JS, BootStrap
BackEnd: PHP, MYSQL
Control End: Angular JS
Tool : Cordova
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Android Project Titles 2017-2018
Android Project Titles 2017-2018
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