Finger Print Sensor Biometric Excel data | NodeMCU Fingerprint Sensor IoT Biometric Attendance

Dear Viewers,
If any customized project or any help required for your project, I am willing to support you (Paid Service)
==========================================================================
Contact Details
##################################################################
Email : [e-mail]
[e-mail]
Website : www.teachmesom...
Whatsapp - bit.ly/3vNBEPo
Contact Number - [phone]
Instagram: / teach_me_something_ard...
Fb Messenger : / teachmesomething.teach...
=============================================================
============================================
Code & Circuit Diagram
Program Download Link 1 - bit.ly/3qbvhmB
Program Download Link 2 - rzp.io/l/MS7Ir...
Membership for Download All programs - bit.ly/3rr6go6
============================================
Project Report: NodeMCU Fingerprint Sensor IoT Biometric Attendance System
Introduction:
The NodeMCU Fingerprint Sensor IoT Biometric Attendance System is a project aimed at automating the attendance tracking process using biometric technology and IoT connectivity. This report provides a comprehensive overview of the project, including its objectives, components, implementation details, and results.
Objectives:
The main objectives of this project are:
To develop a cost-effective and efficient attendance tracking system using biometric technology.
To integrate the NodeMCU development board with a fingerprint sensor for biometric authentication.
To establish an IoT connection for real-time data transfer and monitoring.
To develop a user-friendly interface for attendance management and reporting.
Components Used:
The following components were utilized in this project:
NodeMCU development board: It is an open-source IoT platform based on the ESP8266 Wi-Fi module.
Fingerprint sensor: A biometric sensor capable of capturing and recognizing fingerprints.
Breadboard and jumper wires: Used for circuit connections.
Power supply: To provide the necessary voltage for the NodeMCU board and sensor.
USB cable: To connect the NodeMCU board to a computer for programming and power supply.
Implementation:
The project implementation involved the following steps:
a. Hardware setup: Connecting the NodeMCU board and fingerprint sensor to establish the necessary circuit connections.
b. Fingerprint enrollment: Capturing and storing fingerprint templates of individuals who need to be registered in the system.
c. Biometric authentication: Verifying the fingerprint of an individual during the attendance process.
d. IoT integration: Configuring the NodeMCU board to connect to the internet and establish real-time data transfer.
e. Data processing and storage: Managing attendance data, including timestamps and user information.
f. User interface development: Creating a web-based or mobile app interface for attendance management and reporting.
Results:
The NodeMCU Fingerprint Sensor IoT Biometric Attendance System demonstrated successful implementation and achieved the following outcomes:
Accurate attendance tracking: The biometric fingerprint recognition ensured reliable identification of individuals.
Real-time monitoring: The system enabled real-time data transfer and monitoring through the IoT connectivity.
Efficient attendance management: Attendance data was processed and stored, allowing easy retrieval and reporting.
User-friendly interface: The developed interface facilitated easy interaction and management of attendance records.
Conclusion:
The NodeMCU Fingerprint Sensor IoT Biometric Attendance System project successfully achieved the objectives of developing an efficient and cost-effective attendance tracking solution. The integration of biometric technology and IoT connectivity improved accuracy, real-time monitoring, and streamlined attendance management. This project can be extended for various applications in educational institutions, offices, and other organizations requiring attendance tracking systems.
Future Enhancements:
Integration with cloud platforms for secure data storage and remote access.
Addition of RFID technology for multi-factor authentication.
Integration with existing HR or student management systems.
Implementation of machine learning algorithms for enhanced fingerprint recognition.
By implementing the NodeMCU Fingerprint Sensor IoT Biometric Attendance System, organizations can automate their attendance tracking process, improve efficiency, and enhance security.

[@nourbraham]

How do I want to retrieve the code for this project, I can't find it please

[@MarcBermudez-m1f]

hi sir id don't understand how i can direct to the fingerprint base where i can arrange the code

[@papakaladla8081]

You should be speak In video

[@TeachMeSomething]

Ok. Noted

[@yisakyilma7167]

sir my attendance is not being marked, its registering student finger print id but not marking attendance what could be the possible mistake we are doing please help me

[@gialinhnguyentruc3502]

Thank's for share this object. It's very helpful for me. I want to use two sensor on a esp8266. 1 for into, 1 for outo. Can you help me, please? Thank's alot...

[@hachem.gaming]

Can you give me the file to installe biometric attendance

[@MuhammadRidho-qu9ey]

not work sir, fatal error :(

[@TeachMeSomething]

Check my esp32 fatal error video

[@MuhammadRidho-qu9ey]

Update please 🙏

[@TeachMeSomething]

@MuhammadRidho-qu9ey fatal error is a common error.
Any problem if you upload also you will get it.
Watch my fatal error video & solve it.

[@MuhammadRidho-qu9ey]

@@TeachMeSomething I mean, I have tried your website called biometricattendance which experienced a fatal error when opened

[@setc17akshitkhare59]

they are very helpful and very genuine.😊

[@TeachMeSomething]

Thanks

[@JohnnelDominguez-v4b]

Hi do you know how to put 3 time ins and 3 time out in the same row?

[@TeachMeSomething]

Php file needs to create. I don't know to create php file

[@jonathanmthunzi8107]

Can i use 16x2 With i2c LCD?

[@TeachMeSomething]

Yes. But you need to modify the program.
This project required more skills.
Many people are not getting the output for this project because of lagging in skills.

[@setc17akshitkhare59]

Thanks alot sir for your help and support

[@vaibhavtripathi1208]

from where you got the code?

[@SoumyaRanjanBehera-m2e]

What is the making cost of the project

[@TeachMeSomething]

Components cost 4,000/-

[@SoumyaRanjanBehera-m2e]

I want to know all cost including your program, components

[@TeachMeSomething]

If you want support from met, end to end support will be given for making this project. It is chargeable.
For more details contact me in WhatsApp.

[@SoumyaRanjanBehera-m2e]

Pls provide your WhatsApp number