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Biometric Attendance System With RFID + GSM - SMS📱Notification Using ESP32
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Biometric Attendance System With RFID + GSM - SMS📱Notification Using ESP32 | Attendance System IoT based Digital Attendance System using RFID & ESP32 | Automated Attendance System Using Arduino + Fingerprint + RFID + GSM with SMS Notification | ESP32 Based Automated Students Attendance System Using RFID + Fingerprint + GSM - SMS📱Notification | IoT BASED SMART ATTENDANCE SYSTEM USING RFID | Fingerprint Identification Based Attendance System | RFID & GSM Based Students Attendance System With SMS Alert | RFID based students attendance system with message Alert | Wireless Electronic Notice Board using GSM Circuit | Attendance monitoring Using IOT for transportation Systems.
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If You Want To Purchase the Full Working Project KIT
Title Name Along With You-Tube Video Link
We are Located at Telangana, Hyderabad, Boduppal.
Project Changes also Made according to Student Requirements
M1: +91 9491535690 M2: +91 7842358459
We Will Send Working Model Project KIT through DTDC / DHL / Blue Dart / First Flight Courier Service
We Will Provide Project Soft Data through Google Drive
1. Project Abstract / Synopsis
2. Project Related Datasheets of Each Component
3. Project Sample Report / Documentation
4. Project Kit Circuit / Schematic Diagram
5. Project Kit Working Software Code
6. Project Related Software Compilers
7. Project Related Sample PPT’s
8. Project Kit Photos
9. Project Kit Working Video links
Latest Projects with Year Wise YouTube video Links
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An ESP32-based automated student attendance system using RFID, fingerprint recognition, and GSM SMS notification is a comprehensive project that involves hardware components, software development, and integration. This system aims to streamline the attendance tracking process by combining multiple identification methods and sending notifications to concerned parties. Here's a high-level overview of the project:
Hardware Components:
1. ESP32 Development Board: The ESP32 will serve as the main controller, handling data processing, communication, and interfacing with other components.
2. RFID Reader: An RFID reader will be used to scan RFID cards/tags carried by students. Each card will have a unique ID associated with a student.
3. Fingerprint Sensor: The fingerprint sensor will capture and verify students' fingerprints for accurate identification.
4. GSM Module: A GSM module will be used to send SMS notifications to parents or administrators regarding student attendance.
5. Power Supply: A suitable power supply must be provided to power the system, taking into consideration the power requirements of all components.
Software Development: The software part of the project involves writing code for the ESP32 to interface with the RFID reader, fingerprint sensor, and GSM module. Here's an outline of the software development process:
1. RFID Integration:
• Configure the RFID reader to communicate with the ESP32 using a suitable protocol (SPI or UART).
• Develop code to read RFID card/tag IDs when a card is scanned.
• Map the RFID IDs to student records for identification.
2. Fingerprint Integration:
• Interface the fingerprint sensor with the ESP32 using the appropriate protocol (UART, I2C, etc.).
• Write code to capture and process fingerprints for identification.
• Match captured fingerprints against a database of enrolled fingerprints.
3. GSM Integration:
• Set up communication with the GSM module using UART or other relevant interfaces.
• Develop code to send SMS notifications to parents/administrators when attendance events occur.
4. Attendance Logic:
• Implement the attendance logic that determines when a student's presence is registered based on RFID scans and fingerprint matches.
• Update attendance records in a database or memory storage.
5. User Interface (Optional):
• Create a simple user interface using a display (such as an OLED screen) to show attendance information.
• Allow administrators to manage student data, view attendance reports, and configure settings.
Integration:
• Combine the RFID, fingerprint, and GSM functionalities within the main ESP32 code.
***********************************************************
If You Want To Purchase the Full Working Project KIT
Title Name Along With You-Tube Video Link
We are Located at Telangana, Hyderabad, Boduppal.
Project Changes also Made according to Student Requirements
M1: +91 9491535690 M2: +91 7842358459
We Will Send Working Model Project KIT through DTDC / DHL / Blue Dart / First Flight Courier Service
We Will Provide Project Soft Data through Google Drive
1. Project Abstract / Synopsis
2. Project Related Datasheets of Each Component
3. Project Sample Report / Documentation
4. Project Kit Circuit / Schematic Diagram
5. Project Kit Working Software Code
6. Project Related Software Compilers
7. Project Related Sample PPT’s
8. Project Kit Photos
9. Project Kit Working Video links
Latest Projects with Year Wise YouTube video Links
***********************************************************
An ESP32-based automated student attendance system using RFID, fingerprint recognition, and GSM SMS notification is a comprehensive project that involves hardware components, software development, and integration. This system aims to streamline the attendance tracking process by combining multiple identification methods and sending notifications to concerned parties. Here's a high-level overview of the project:
Hardware Components:
1. ESP32 Development Board: The ESP32 will serve as the main controller, handling data processing, communication, and interfacing with other components.
2. RFID Reader: An RFID reader will be used to scan RFID cards/tags carried by students. Each card will have a unique ID associated with a student.
3. Fingerprint Sensor: The fingerprint sensor will capture and verify students' fingerprints for accurate identification.
4. GSM Module: A GSM module will be used to send SMS notifications to parents or administrators regarding student attendance.
5. Power Supply: A suitable power supply must be provided to power the system, taking into consideration the power requirements of all components.
Software Development: The software part of the project involves writing code for the ESP32 to interface with the RFID reader, fingerprint sensor, and GSM module. Here's an outline of the software development process:
1. RFID Integration:
• Configure the RFID reader to communicate with the ESP32 using a suitable protocol (SPI or UART).
• Develop code to read RFID card/tag IDs when a card is scanned.
• Map the RFID IDs to student records for identification.
2. Fingerprint Integration:
• Interface the fingerprint sensor with the ESP32 using the appropriate protocol (UART, I2C, etc.).
• Write code to capture and process fingerprints for identification.
• Match captured fingerprints against a database of enrolled fingerprints.
3. GSM Integration:
• Set up communication with the GSM module using UART or other relevant interfaces.
• Develop code to send SMS notifications to parents/administrators when attendance events occur.
4. Attendance Logic:
• Implement the attendance logic that determines when a student's presence is registered based on RFID scans and fingerprint matches.
• Update attendance records in a database or memory storage.
5. User Interface (Optional):
• Create a simple user interface using a display (such as an OLED screen) to show attendance information.
• Allow administrators to manage student data, view attendance reports, and configure settings.
Integration:
• Combine the RFID, fingerprint, and GSM functionalities within the main ESP32 code.
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