Abstract
This project introduces a graphical authentication system customized for Standard Chartered Bank to strengthen online security while ensuring user-friendliness. By adopting Persuasive Cued Click-Points (PCCP), our goal is to make logging in more secure and intuitive for customers. The main aim is to boost security on the bank’s online platform by replacing traditional passwords with graphical ones. With PCCP, users can create stronger and easier-to-remember passwords, reducing the risk of unauthorized access. We also focus on making the system user-friendly. Through usability tests, we ensure that customers find the new login process straightforward and convenient. Additionally, we’ve carefully considered how to integrate the system into Standard Chartered Bank’s existing setup. This includes using strong encryption and ensuring compatibility with the bank’s infrastructure.
Existing System
- Security plays a major role in the authentication process in high severity applications. Passwords are the type of secret code used in the process of authentication.
- In the existing system, a captcha and picture based authentication is designed to authenticate into the system.
- The concept of visual cryptography has been integrated with the captcha for individual user and got splitted equally in order to store in the server.
- The Server provide authentication to the requestor thereby verifying the captcha by merging the splitted shares to ensures the authorized human interpretations.
- The authentication by means of picture also been the part of the existing methodology that has a feature of picture spot clicking password.
Proposed System
- The projected system incorporates a robust security outlook to design a secure authentication system for Standard Chartered Bank.
- It integrates the concept of captcha to interpret the authorized human is incorporated that prevail the human inference with the server by cryptographic concepts.
- Image hotspot technique accompanying with the notion of captcha designs the system in enhanced way with security measure.
- Successive image hotspots have been designed by means of graphical representation or clued points on the image taken.
- On the thriving traversal of the 5 successive hotspot images, the user gets authenticated to the server.
- This traversal is identified through pattern matching scenarios, correlating the authorized user’s click points within the hotspots.
Hardware Requirements
- System : Pentium IV 2.4GHz.
- Hard Disk : 8 GB
- Monitor : 15VGA and High Resolution Monitor
- Mouse : Logitech
- Ram : 1 GB or Above
Software Requirements
- Operating system : Windows 10
- Front End : Microsoft Visual Studio 2022 (.Net Framework 4.0)
- Coding Language : C# (CSHARP)
- Backend : Sql Server 2008 R2
Architecture Diagram
Project Modules
- User Registration System
- Image Authenticity Verification
- Image Fraud Detection
- Captcha Formation
- Secure Authentication
- Administrative Access Control
Components of Project Report
- Abstract
- Table of Contents
- List of Tables
- List of Figures
- Chapters
- Introduction
- Literature review
- Problem definition and requirement analysis
- Design and Implementation
- Testing and deployment
- Future enhancements
- Summary
- References
Project Report Pages : 80
Can be used in : Dotnet
Delivery Time : Within 2 hours.
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