Enhancing Secure Card Payments Using Dynamic Multi-Factor Authentication: A Code_safe_pay Approach with Time-Based Code Generation

Enhancing Secure Card Payments Using Dynamic Multi-Factor Authentication: A Code_safe_pay Approach with Time-Based Code Generation

Koppula Naveen Reddy Department of Computer Science and Enigneering, PIET (Parul university), Vadodara, India. koppulanaveenreddy09@gmail.com

Boda Abhinav Reddy Department of Computer Science and Enigneering, PIET (Parul university), Vadodara, India abhinavreddy15996@gmail.com

Gamidi Raveendra Department of Computer Science

and Enigneering, PIET (Parul university), Vadodara, India ravindragamidi@gmail.com

Dr. Mukesh Kumar Department of Computer Science and Enigneering, PIET (Parul

university), Vadodara, India mukesh.manit86@gmail.com

Lambu Nithin Department of Computer Science

and Enigneering, PIET (Parul university), Vadodara, India nithinnani.lambu@gmail.com

Daxa Vekariya Department of Computer Science

and Enigneering, PIET (Parul university), Vadodara, India. daxa.vekariya18436@paruluniversi ty.ac.in

Abstract — Project "Code Safe" is designed to increase the dependability and security of software through strong security measures, as well as sticking to coding guidelines. In today's digital world that is characterized by data breaches and cyber threats, the safety of sensitive data and protection against unauthorized entry have become very necessary. The project aims to provide a secure environment for software applications by including encryption, access control, and secure authentication mechanisms. The project ensures that any confidential information is kept safe from unauthorized tampering or access through the use of robust encryption algorithms. Access control mechanisms are also in place to regulate user permissions and restrict access to specific functionalities and data, thus ensuring that only authorized persons can interact with the application. To this extent, multi-factor authentication secure access mechanisms would be integrated into authenticate user identity; hence preventing illegal entries to the system. To this extent also, it marks the significance that the software project places on high-quality maintainability of software codes. As indicated, this increases the general quality of a base of the developed software codes towards industry coding and best standards of practice. In addition, this involves modular designing principles, routine code reviews, and automated testing frameworks for identification and handling of software defects thereby improving the reliability and stability of an application. "Code Safe" is an iteration-based development process that includes continuous security assessments as well as updates throughout the software development lifecycle. By keeping on the latest trends and technologies that evolve in terms of security, this project could be able to integrate cutting edge security features within its application; hence, resiliency toward current threats could be ensured. Finally, "Code Safe" aims at ensuring secure platforms for different types of software such as web services, mobile applications or desktop software. The project tries to inspire confidence in end-users that their data and interactions are safeguarded through a robust security framework and adherence to coding best practices.

Keywords— Security Measures, Encryption, Secure Authentication, Multi-Factor Authentication, Cyber Threats