Design and implementation of claim based biometric authentication system over the cloud
Table Of Contents
- <p> </p><p><b>DICLARATION OF ORIGINALITY – – ii </b></p><p><b>ABSTRACT – – – iii </b></p><p><b>صÙختسÙÙا – – – iv </b></p><p><b>ACKNOWLEDGEMENT – v </b></p><p><b>DEDICATION – vi </b></p><p><b>TABLE OF CONTENTS – – – vii </b></p><p><b>LIST OF FIGURES – – – ix </b></p><p><b>LIST OF ABBREVIATIONS – – – xi </b></p><p><b>1 INTRODUCTION – – 1 </b></p><p>11 Introduction – – – 1 </p><p>12 Project Background – – – 1 </p><p>13 Problem Statement – – 1 </p><p>14 Motivation – 1 </p><p>15 Objectives – 2 </p><p>16 Thesis Layout – – 2 </p><p><b>2 LITERATURE REVIEW – – – 3 </b></p><p>21 Introduction – – – 3 </p><p>22 Authentication – – – 3 </p><p>23 Biometrics – 4 </p><p>231 Generic biometric authentication system – – – – _ 5 </p><p>232 Fingerprint biometrics – – – – – 6 </p><p>2321 Fingerprint characteristics – – – 6 </p><p>2322 Issues in fingerprint recognition technology – – 7 </p><p>233 Face biometrics – – – – – 8 </p><p>2331 Processing workflow – 8 </p><p>24 Software Architectural Concepts – – 9 </p><p>241 Claims-Based Authentication and Identity Providers – – – _ 9 </p><p>2411 Components of the claim-based authentication – – 10 </p><p>2412 Claims-based authentication standards – – 12 </p><div>2<p></p><p>413 Token format standard : Security Assertion Markup Language 20 (SAML 20) – – 12 </p></div><p>242 Service oriented Architecture – – – – – 13 </p><p>243 Model-View-Controller (MVC) – – – – 14 </p><p>2431 Components interaction – – – 15 </p><p>25 Programming Languages, Platforms, Technologies and Tools – 16 </p><p>251 Programming languages – – – – _ 16 </p><p>252 Platforms – – – – – – 16 </p><p>253 Technologies – – – – – _ 16 </p><p>254 Tools – – – – – – 18 </p><p><b>3 METHODOLOGY – – – 20</b> </p><p>31 Introduction – – 20 </p><p>32 Project Initiation – 20 </p><p>33 Project Planning – 22 </p><p>331 Scope planning – – – – – _ 22 </p><p>332 Time planning – – – – – 22 </p><p>333 Risk management planning – – – – – 23 </p><p>34 Project Execution – – 23 </p><p>341 Software requirements – – – – – 24 </p><p>342 Software design – – – – – _ 24 </p><p>3421 BioSTS – – – 25 </p><p>3422 Employees Administration Module – – 35 </p><p>3423 Employees Access Module – 37 </p><p>3424 Security Issues – – 37 </p><p>35 Project Monitoring and Controlling – – 38 </p><p>36 Project Closing – – 38 </p><p><b>4 IMPLEMENTATION AND RESULTS – – 39 </b></p><p>41 Introduction – – 39 </p><p>42 Software Construction – – 39 </p><p>421 BioSTS – – – – – 39 </p><p>422 Employees Administration Module – – – – – 43 </p><p>423 Employees Access Module – – – – – 45 </p><p>43 Software Verification – – – 47 </p><p>44 Software Deployment – – – 47 </p><p><b>5 CONCLUSION AND FUTURE WORK – – 48 </b></p><p>51 Project Review – – 48 </p><p>52 Limitations – – – 48 </p><p>53 Future Work – – – 49 </p><p><b>BIBLIOGRAPHY – – – 50 </b></p><p><b>Appendix A :</b> Project Management Documents – – A-1 </p><p><b>Appendix B : </b>Software Engineering Documents – B-1 </p><p> </p><p><b> LIST OF FIGURES </b></p><p> </p><p>Figure 2-1 Generic biometric authentication system – 6 </p><p>Figure 2-2 Fingerprint points types – – 7 </p><p>Figure 2-3 Face recognition system processing workflow – – – 8 </p><p>Figure 2-4 Claims-based identity workflow – – 9 </p><p>Figure 2-5 The format of the token – – 10 </p><p>Figure 2-6 How does the STS works – – 11 </p><p>Figure 2-7 The complete scenario of the claims-based authentication – – 11 </p><p>Figure 2-8 SAML 20 token format – – 13 </p><p>Figure 2-9 Service components – – 14 </p><p>Figure 2-10 MVC design pattern – – 15 </p><p>Figure 2-11 Internet connectivity challenges – – 17 </p><p>Figure 2-12 The service bus as a relay service – – 18 </p><p>Figure 3-1 Project management lifecycle and software development lifecycle overlapping – – 21 </p><p>Figure 3-2 Project time plan â“ page 1 – – 22 </p><p>Figure 3-3 Project time plan â“ page 2 – – 23 </p><p>Figure 3-4 The high level architecture of the system – – 24 </p><p>Figure 3-5 The STS process workflow – – 25 </p><p>Figure 3-6 IdentityServer architecture – – 26 </p><p>Figure 3-7 Data flow used by UareU SDK in fingerprint recognition – 28 </p><p>Figure 3-8 Transmitting the fingerprint as FMD over a network – – 29 </p><p>Figure 3-9 Fingerprint enrollment/authentication block diagram – – 29 </p><p>Figure 3-10 Face recognition REST API description – – 30 </p><p>Figure 3-11 Face detection REST API description – – 31 </p><p>Figure â 3-12 Tags saving REST API description – – 31 </p><p>Figure â 3-13 Faces training REST API description – – 31 </p><p>Figure 3-14 Face recognition enrollment flow chart – – 32 </p><p>Figure 3-15 Face recognition authentication flow chart – – – 33 </p><p>Figure 3-16 Overall authentication process workflow – 34 </p><p>Figure 3-17 Employee enrollment use case – – 36 </p><p>Figure 3-18 Modify employeeâs enrollment use case – – 36 </p><p>Figure 3-19 Change employeeâs fingerprint use case – – 36 </p><p>Figure 4-1 BioSTS architecture – 39 </p><p>Figure 4-2 The customized users store – – 40 </p><p>Figure 4-3 The UserRepository Class – – 40 </p><p>Figure 4-4 The ClaimsRepository class – – 41 </p><p>Figure 4-5 Fingerprint authentication user interface – – 41 </p><p>Figure 4-6 Face authentication user interface – – 42 </p><p>Figure 4-7 The BioSTS Users Repository Service – 42 </p><p>Figure 4-8 Configure the Employees Administration Module to trust BioSTS – – 43 </p><p>Figure 4-9 The Administration module employees list – – 43 </p><p>Figure 4-10 The Administration module employee profile modification – 44 </p><p>Figure 4-11 Administration Module Service – – 44 </p><p>Figure 4-12 âAdministration Module Serviceâ service bus configuration – 45 </p><p>Figure 4-13 Employees Access module home page – – 45 </p><p>Figure 4-14 Employee information page – – 46 </p><p>Figure 4-15 Employees Access Service – – 46 </p><p>Figure 4-16 Employees Access Service service bus configuration – – 46 </p><p> </p><p><b>LIST OF ABBREVIATIONS </b></p><p> </p><p><b>IIS </b> Internet Information Services </p><p><b>NAT </b> Network Address Translation </p><p><b>SOA </b> Service Oriented Architecture </p><p><b>SAML</b> Security Assertion Markup Language </p><p><b>WIF</b> Windows Identity Foundation </p><p><b>WCF</b> Windows Communication Foundation </p><p><b>SDLC</b> Software Development Life Cycle </p><p><b>RP</b> Relying Party </p><p><b>STS</b> Security Token Service</p> <br><p></p>
Project Abstract
<p> </p><p>In spite of their widespread use and ubiquity, passwords are unreliable as an </p><p>authentication methodology because they can be hacked or even guessed, yet when it comes to </p><p>biometrics it is very hard to impersonate someone. Therefore, biometric authentication schemes </p><p>are currently widely recognized as the strongest authentication technologies available on the </p><p>market. </p><p> Identity providers and claims-based identity are emerging technologies that aims to </p><p>decouple the authentication logic from the applicationâs business logic. This can be done by </p><p>assigning the authentication task to the identity provider and establishing a trust relationship </p><p>between the application and the identity provider so that the application relies on the identity </p><p>provider to authenticate the application users. </p><p> The project aims to develop an identity provider that uses fingerprint and facial </p><p>biometrics to authenticate users. The identity provider task is to determine the identity of the user </p><p>and pass the identity information to the relying applications which trust this identity provider. </p><p> For security purposes, the biometrics data of users is stored on a local server within the </p><p>sponsoring companyâs intranet. This local server is located behind firewalls and itâs address can </p><p>only be resolved internally within the intranet due to use of NAT. Therefore, the server doesnât </p><p>have a global IP address. Windows Azure cloud platform has a powerful component called </p><p>âWindows Azure Service Busâ which was used to solve this tough connectivity problem. </p><p> The project also aims to develop a simple employees management application that can be </p><p>used as an example of a relying application that relies on the developed identity provider to </p><p>authenticate the users. </p><p> Project management principles and software development lifecycle techniques were </p><p>applied during the project implementation. This approach has significantly streamlined the </p><p>project implementation process and the project objectives have been met. </p> <br><p></p>Project Overview
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