Hack to Crack”: “Mastering the Art: From Hacking to Cracking

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1. Vishwaniketan's Institute of Management Entrepreneurship and Engineering Technology HAC K T CRAC K 1.0

2. Team intro Team Name : CYBER SAMURAI Team Leader Name : SHAIKH MOHD. ASIL AQUEEL Team Members : GULAMNABI MUNDAS, SHAIKH IBRAHIM MOHAMMED RASHID, KHAN HUMAYUN MAJID Problem Statement : IDENTITY VERIFICATION SYSTEM Hack To Crack 1.0

3. Problem Statement Description Hack To Crack 1.0 Identity verification can be described as the process of making sure that one person is who he/she claims to be by using different techniques such as biometrics, documents, passwords or tokens . Many applications require identity verification for example in banking, e-commerce, health care, education and social media where users need to access sensitive or personal information or even perform transactions that need trust and security. At the same time there are many challenges posed by identity verification which include: How do we achieve accuracy and reliability of the verification methods and at the same time prevent fraud; spoofing and/or identity theft? How will we protect users’ privacy and security of their identity data while still adhering to relevant laws and regulations? How do we provide a user-friendly seamless experience while still balancing convenience with security? How can we cope with diversity/complexity of scenarios calling for identity verification with the ever- changing needs/preferences of both end-users/stakeholders?

4. Idea Details Hack To Crack 1.0 The goal of this project is to create an identification system that can handle a variety of issues, providing a reliable and flexible solution for different applications and domains. The system should be able to: Recognize multiple faces, and fingerprints, scan documents , and send verification messages through Short Messaging Services (SMS), among other options, so that users can choose what is suitable for each situation. Use sophisticated techniques and cutting-edge algorithms to ensure the accuracy and dependability of verification results, detecting any attempts made by hackers who may intend to commit fraud or steal information from databases. Encrypt and securely store users identity data and allow them to control their own data. Provide a seamless user experience that is simple in terms of user input and interaction, but provides fast feedback with high accuracy. Be scalable and customizable for various applications/domains , where its functionality can be optimized according to given requirements or constraints.

5. Flowchart / Architecture Hack To Crack 1.0

6. Tech Stack Used Hack To Crack 1.0 1 . Frontend : Framework: React.js or Angular Styling: CSS or a preprocessor like Sass State Management: Redux or Context API Authentication: JSON Web Tokens (JWT) for secure communication with the backend e) UI Components: Material-UI or Ant Design 2 . Backend : Programming Language: Node.js (Express.js) or Python (Django or Flask) API Documentation: Swagger or GraphQL for documenting and testing APIs Database: PostgreSQL or MongoDB for storing user data and verification history ORM (Object-Relational Mapping): Sequelize for PostgreSQL or Mongoose for MongoDB Caching: Redis for caching frequently accessed data 3. Identity Verification Services: a). Facial Recognition: OpenCV/ Dlib / extract facial features/ compare images. b). Document Verification: OCR libraries such as Tesseract. c). Biometric Verification: Fingerprints, retinal scans