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This project introduces a novel concept of enhancing ATM security by incorporating fingerprint scanning technology and integrating it with Aadhar or PAN numbers and a PIN. Additionally, a feature has been implemented to send an OTP to the user's phone number or email in case the password is forgotten. This system aims to provide a more secure and user-friendly method for ATM transactions.
We would like to express our gratitude to Prof. C. J. Shingadiya, the Head of the Department of Computer Engineering at Dr.
Subhash Technical Campus, for providing us with the opportunity to work on this fascinating project in the field of Design Engineering.
We extend our heartfelt thanks to our guide, Asst. Prof. Amit Vyas from the Department of Computer Engineering at Dr. Subhash Technical Campus. His invaluable guidance and unwavering support have been instrumental in helping us navigate the project and make necessary improvements.
We would also like to acknowledge the contributions of all those who assisted us directly or indirectly during the development of this project proposal.
The project titled 'Fingerprint-Based ATM System' is designed to revolutionize the way ATM transactions are conducted.
It aims to eliminate the need for physical ATM cards by utilizing fingerprint biometrics as a secure means of user identification and authentication. Users' fingerprints are scanned and stored in a database, ensuring a highly secure and convenient transaction process.
The primary aim of our project is to enhance the security and user-friendliness of ATM transactions.
We have chosen PHP (PHP: Hypertext Pre-processor) as the primary technology for our project.
PHP is a powerful scripting language capable of handling various web-based applications, including complex systems like ATM transactions. It can incorporate text, HTML, CSS, JavaScript, and PHP code, making it a versatile choice for our project.
Parameter | Existing System | New System |
---|---|---|
Security | Requires an ATM card | Requires a PIN number and fingerprint |
Feasibility Study | Relies on online help like justdial.com | Relies on online help like medlife.com |
Functionality | Cash withdrawal using ATM card | Cash withdrawal using fingerprint and PIN number |
Objective | Cash withdrawal | Secure cash withdrawal |
Advantages | Allows cash withdrawal with an ATM card | No need for a physical card to withdraw cash |
Disadvantages | Loss of ATM card can be problematic | Fingerprint scanner issues may arise |
Limitation | Requires an ATM card for cash withdrawal | If the fingerprint doesn't match or if the PIN number is forgotten, cash withdrawal may not be possible |
Empathy Canvas: The User Empathy Map and Mind Mapping are essential tools in understanding user needs and visualizing ideas and concepts.
Log Book: The log book serves as a comprehensive record of the project's progress, documenting observations, issues, and solutions. It enables replication of the work and provides insights into the project's evolution.
In our log book, we have recorded observations related to cold storage, including its operation, stakeholders, equipment used, and potential issues faced by cold storage companies.
The AEIOU Summary framework, which encompasses Activities, Environment, Interactions, Objects, and Users, aids in identifying user needs and requirements effectively.
The Identical Summary Framework, which includes Activities, Situation, People, Props, and Possible Situation, further assists in understanding user experiences and needs.
Collecting user feedback is crucial for product improvement. It provides insights into areas that require changes or enhancements. Users should be given the opportunity to provide suggestions or report problems easily.
User Feedback: Users have appreciated the application's convenience and ease of use. The app provides access to homeopathic medicine, making it a valuable resource for GTU students.
The Learning Needs Matrix aids students in identifying learning requirements and prioritizing specific learning goals. It allocates defined time durations for each learning priority.
A prototype model was developed using thermocol sheets, colorful papers, pens, and other necessary materials. This model served as a visual representation of the project's concept and design.
In conclusion, this project has provided us with valuable insights into the development of a fingerprint-based ATM system. We have aimed to enhance security and user-friendliness in ATM transactions. The project allowed us to apply our knowledge and skills and has the potential to revolutionize the way people access their funds securely.
Project Report: Fingerprint-Based ATM System. (2019, Dec 16). Retrieved from https://studymoose.com/document/fingerprint-based-atm-system
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