IEEE 2014 DOTNET MOBILE COMPUTING PROJECT Keylogging-resistant Visual Authentication Protocols

8/10/2019 IEEE 2014 DOTNET MOBILE COMPUTING PROJECT Keylogging-resistant Visual Authentication Protocols

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Keylogging-resistant VisualAuthentication

Protocols

ABSTRACT

The design of secure authentication protocols is quite challenging,

considering that various kinds of root kits reside in PCs (Personal Computers) toobserve users behavior and to make PCs un-trusted devices. nvolving human in

authentication protocols, !hile promising, is not eas" because of their limited

capabilit" of computation and memori#ation. Therefore, rel"ing on users to

enhance securit" necessaril"

degrades the usabilit". $n the other hand, rela%ing assumptions and rigorous

securit" design to improve the user e%perience can lead to securit" breaches thatcan harm the users trust. n this pro&ect, !e demonstrate ho! careful visuali#ation

design can enhance not onl" the securit" but also the usabilit" of authentication. To

that end, !e propose t!o visual authentication protocols' one is a one-time-

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Proposed System

In this Project, we demonstrate how careful visualization design can enhance

not only the security but also the usability of authentication. o that end, we

!ro!ose two visual authentication !rotocols" one is a one-time-!assword !rotocol,

and the other is a !assword-based authentication !rotocol. hrough rigorous

analysis, we verify that our !rotocols are immune to many of the challenging

authentication attac#s a!!licable in the literature. $urthermore, using an e%tensive

case study on a !rototy!e of our !rotocols, we highlight the !otential of our

a!!roach for real-world de!loyment" we were able to achieve a high level of

usability while satisfying stringent security re&uirements.

Advantages:

'. It (u!!ort reasonable Image security and usability and

a!!ears to )t well with some !ractical a!!lications for

im!roving online security.

+P+T/T$

mplementation is the stage of the pro&ect !hen the theoretical design is

turned out into a !orking s"stem. Thus it can be considered to be the most

critical stage in achieving a successful ne! s"stem and in giving the user,

confidence that the ne! s"stem !ill !ork and be effective.

The implementation stage involves careful planning, investigation of the

e%isting s"stem and its constraints on implementation, designing of methods to

achieve changeover and evaluation of changeover methods.


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Main Modules:-

'.Graphical Password:

n this module, 0sers are having authentication and securit" to access the

detail !hich is presented in the mage s"stem. 1efore accessing or searching the

details user should have the account in that other!ise the" should register first.

2. eyloggers: 2e"loggers are popular and !idel" reported in man" conte%ts. n our

protocols, input is e%pected b" the user, and in ever" protocol one or another t"pe

of input is required. $ur protocols3!hile designed !ith the limitations andshortcoming of users in mind, and aim at easing the authentication process b"

means of visuali#ation are aimed e%plicitl" at defending against the ke"logger

attacks. 4ere, !e further elaborate on the potential of using ke"loggers as an

attack, and the !a" the" impact each of the t!o protocols.

!.Shoulder-Sur"ng Attac#s :

*houlder-surfing resistance is not !ithin our scope. 4o!ever, in this section,

!e investigate the possibilit" and the effectiveness of shouldersurfing attacks.The

shoulder surfing is a po!erful attack in the conte%t of pass!ord-based

authentication and human identification, . n this attack, the attacker tries to kno!

credentials, such as pass!ords or Ps (personal identification numbers) b"

stealthil" looking over the shoulder of a user inputting these credentials into the

s"stems.

$. Security %& 'ile:

There has been a large bod" of !ork on the problem of user authentication

in general and in the conte%t of e-banking. $f special interest are authentication


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protocols that use graphical pass!ords like those reported in and attacks on them

reported in . To the best of our kno!ledge, our protocols are the first of their t"pe

to use visuali#ation for improving securit" and usabilit" of authentication protocols

as per the !a" reported in this Pro&ect.

(ystem *on)guration"-

H/W System Configuration:-

Processor - Pentium III

Speed - (.( Gh)

*AM - 2+, Mmin/

0ard 1is# - 2 G

'loppy 1rive - (.$$ M

ey oard - Standard 3indows ey4oard

Mouse - 5wo or 5hree utton Mouse

Monitor - S6GA

S/W System Configuration:-

$perating *"stem '5indo!s678698:;;;8ava, >sp


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*cripts ' >ava*cript.

*erver side *cript ' >ava *erver Pages.

?atabase ' +"sql 7.;

?atabase Connectivit" ' >?1C.

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IEEE 2014 DOTNET MOBILE COMPUTING PROJECT Keylogging-resistant Visual Authentication Protocols