Readme.md

Automated Attendance Management Using Wireless Technologies

Introducing GeoAttend, a cutting-edge Geospatial Attendance System designed to streamline attendance tracking for organizations and events of all sizes. With a robust set of features and a user-friendly interface, GeoAttend ensures accurate and efficient attendance management through advanced geofencing technology.

Screenshots

Technologies Used:

• Frontend: React, Redux, Material UI, React Router, React Hooks, React Context API, React Leaflet, React Geolocation, React Google Maps, React Google Charts, React Google Login, React Google

• Backend: Node.js, Express.js, MongoDB, Mongoose, JWT, Bcrypt, Nodemailer, Nodemailer Sendgrid Transport, Nodemon, Concurrently, Axios, Dotenv, Cors, Body Parser, Cookie Parser, Multer, Multer

• Libraries: Leaflet, React-globe.gl, useHooks

• API Testing: Postman

• Development Environment: VS Code, Git, GitHub, Heroku, Netlify, MongoDB Atlas

• Project Management: Figma, Lucidchart, Google Docs

• Version Control: Git, GitHub

• Deployment: Heroku, Netlify, MongoDB Atlas

Installation

Install Client

  npm install

Install Server

  cd server
  npm install

Run Locally

Open frontend and backend in different terminals. Go to the project directory

Start server

Install dependencies

  cd server
  npm install

  npm run start:backend

Start Client

Install dependencies

  npm install

  npm run start:frontend

Deployment

To deploy this project run

  npm run prod

Environment Variables

To run this project, you will need to add the following environment variables to your .env file

Server Env

put the env inside ./server/.env

MONGODB_URI

TOKEN_SECRET

PORT

Project Summary

• Automation
• Production Ready
• Scalable
• Maintainable

Key Features:

• Diverse Organizational Support: GeoAttend caters to a wide range of organizations, including universities, event halls, classrooms, and more, offering seamless attendance management for hundreds of events across different locations.

• Event-Centric Approach: The platform allows users to view upcoming events, subscribe to them, and access essential details such as event location and time.

• Precise Geolocation: Leveraging geofencing technology, GeoAttend accurately detects user presence within predefined event locations, ensuring attendance records reflect real-time participation.

• User-Centric Experience: Users, whether students, teachers, admins, or guests, can effortlessly mark their attendance by being present at the event location during the specified time.

• Admin Empowerment: Administrators have full control over event creation, location setting, and event scheduling. They can also add users to events, ensuring comprehensive event management.

• Adaptive Attendance Scenarios: GeoAttend intelligently handles various attendance scenarios, including early arrivals, latecomers, and departures. Users' attendance status is determined based on their entry and exit times in relation to event schedules.

• Teacher Overrides: Teachers have the flexibility to manually mark students' attendance with a simple click of a button, providing an additional layer of control and accuracy.

Benefits:

• Efficiency: GeoAttend streamlines attendance tracking, reducing the administrative burden on organizations and ensuring accurate attendance records.

• Transparency: Users can access event information and monitor their attendance status, fostering transparency and engagement.

• Accuracy: Geofencing technology guarantees precise attendance monitoring, eliminating manual errors and ensuring fairness.

• Flexibility: The system adapts to various attendance scenarios, accommodating early arrivals, latecomers, and departures.

• User-Friendly: The intuitive interface makes GeoAttend accessible to users of all levels, promoting seamless adoption and utilization.

Inspired by Innovation:

GeoAttend draws inspiration from successful applications such as railway app UTS, food delivery apps, and ride-sharing platforms like Uber and OLA. By incorporating advanced geofencing technology, GeoAttend revolutionizes traditional attendance management, bringing organizations into the modern age of efficient and accurate event tracking.

For more information and a live demo, visit our website and experience the future of attendance management with GeoAttend.

References

• https://geoattend.lishugupta.in/
• https://codesandbox.io/p/sandbox/geoattend-wf74h9?welcome=true

How is GeoAttend Different?

GeoAttend is a unique attendance management system that leverages geofencing technology to ensure accurate and efficient attendance tracking. Unlike traditional attendance systems, GeoAttend does not require users to manually mark their attendance. Instead, the system automatically detects user presence within predefined event locations, eliminating the need for manual attendance marking and reducing the administrative burden on organizations.

GeoAttend also offers a diverse set of features, including event creation, location setting, event scheduling, and user management, empowering administrators to manage events with ease. The platform also caters to a wide range of organizations, including universities, event halls, classrooms, and more, offering seamless attendance management for hundreds of events across different locations.

Drawbacks to Consider and Handle

1. Battery Drain: Continuous use of geolocation services can lead to increased battery consumption on users' devices. This can be a concern, especially for longer events or when users forget to turn off location services.

2. Geofencing Accuracy: While geofencing technology is generally accurate, it can sometimes be affected by factors like signal strength, environmental interference, and device limitations. Users might experience false positives or negatives in attendance detection.

3. Privacy Concerns: Collecting location data raises privacy concerns. Users might be hesitant to grant location permissions due to worries about their personal information being misused. Implementing strong data privacy measures and obtaining clear user consent is crucial.

4. Device Compatibility: Geofencing capabilities might vary across different devices and operating systems. Ensuring consistent functionality and accuracy across a wide range of devices can be a challenge.

5. Network Connectivity: Geofencing often relies on network connectivity to determine location accurately. In areas with poor network coverage or during network outages, attendance tracking might be affected.

6. User Compliance: Users might deliberately or accidentally disable location services, leading to inaccurate attendance records. Educating users about the importance of keeping location services enabled can help mitigate this issue.

7. Event Location Variability: In scenarios where an event takes place in a large or open area (like an outdoor event), defining a precise geofence boundary might be challenging. Users close to the edge of the geofence might experience attendance detection issues.

8. Event Overcrowding: In situations where a large number of attendees gather in a confined space, such as a crowded event hall, geofencing accuracy might decrease due to signal interference and overlapping boundaries.

9. User Experience: Users might find it inconvenient to keep their location services enabled for extended periods, especially if they are concerned about privacy or battery drain. Striking a balance between usability and user concerns is essential.

10. Geofence Updates: If event locations change or new event locations are added, updating geofences in real time might require careful management and communication with users.

11. Unauthorized Access: There is a potential risk of someone else logging in with another device and falsely marking attendance on behalf of another user. Implementing strong user authentication and access controls is necessary to prevent this issue.

12. Using Multiple Devices: Users might log in with multiple devices, leading to inaccurate attendance records. Implementing strong user authentication and access controls is necessary to prevent this issue.

13. Offline Attendance: Users might not have access to the internet during an event, leading to inaccurate attendance records. Implementing offline attendance tracking capabilities can help mitigate this issue.

14. Spoofing: Users might try to spoof their location to mark attendance falsely. Implementing strong user authentication and access controls is necessary to prevent this issue.

To address these drawbacks, it's important to conduct thorough testing, provide clear instructions to users, implement effective communication strategies, prioritize data privacy, and continuously improve the application based on user feedback and evolving technologies.

Future Directions:

GeoAttend is a powerful attendance management system that can be further enhanced with additional features and capabilities. Some potential future directions include:

• Attendance Analytics: Providing detailed attendance analytics and insights can help organizations gain valuable information about attendance trends and patterns, enabling them to make data-driven decisions.

• Attendance Notifications: Sending notifications to users about upcoming events, attendance status, and other relevant information can help improve user engagement and attendance compliance.

• Attendance Reminders: Sending reminders to users about upcoming events can help ensure attendance compliance and reduce the risk of missed events.

• Attendance Gamification: Introducing gamification elements such as leaderboards, badges, and rewards can help incentivize attendance and improve user engagement.

• Attendance Automation: Automating attendance tracking can help reduce the administrative burden on organizations and ensure accurate attendance records.

• Attendance Integration: Integrating attendance data with other systems such as payroll and HR can help streamline organizational processes and improve efficiency.

• Attendance Customization: Allowing users to customize their attendance settings can help improve user experience and engagement.

• Attendance Security: Implementing strong security measures such as two-factor authentication and encryption can help protect user data and prevent unauthorized access.

• Single Sign-On: Allowing users to sign in with their existing accounts (e.g., Google, Facebook) can help improve user experience and reduce friction.

• Signing With QR Codes: Allowing users to sign in with QR codes can help improve user experience and reduce friction.

• Attendance Verification: Implementing attendance verification mechanisms such as facial recognition and fingerprint scanning can help improve attendance accuracy and prevent unauthorized access.

• One User Per Device: Restricting users to one device per account can help prevent unauthorized access and improve attendance accuracy.

Problem why this project is not possible on Web App (PWA) ?

• Web app can't access location in background / when screen is off / when app is closed / when app is not in use / when app is not in foreground / when app is not in focus.

Report a Bug

• lishugupta652@gmail.com To report a bug, please open an issue on GitHub and provide detailed information about the bug, including steps to reproduce it and any relevant screenshots. We will investigate the issue and respond as soon as possible.

Questions

• 1. How to solve docker-compose up error in GCC environment ?

export LD_LIBRARY_PATH=/usr/local/lib