Introduction to IOT Project on Courier Tracking System Using GPS

Are you a computer science student looking for an exciting project? Consider working on an IOT Project on Courier Tracking System Using GPS Source Code Download. This project is perfect for your final year and offers a practical application of Internet of Things (IOT) technology. By developing this project, you will gain hands-on experience in tracking courier packages using GPS. This project is not only educational but also highly relevant in today's world where package delivery services are booming.

Why Choose IOT Project on Courier Tracking System Using GPS?

There are many reasons to choose an IOT Project on Courier Tracking System Using GPS for your final year project. First, it is a live project that provides real-time tracking of courier packages. This means you can see the practical application of your work immediately. Second, this project is highly relevant for B.Tech students who want to showcase their skills in IOT and GPS technology. You can easily Download Computer Science Students Project on IOT Project on Courier Tracking System Using GPS and start working on it right away. This project will not only enhance your resume but also give you a competitive edge in the job market.

How to Develop IOT Project on Courier Tracking System Using GPS

Developing an IOT Project on Courier Tracking System Using GPS is easier than you might think. First, you need to gather the necessary components such as a GPS module, microcontroller, and a GSM module for communication. Next, you can find the Source Code Download online to help you get started. There are many resources available for Mini project download on IOT Project on Courier Tracking System Using GPS as well as Major project download on IOT Project on Courier Tracking System Using GPS. These resources will guide you through the development process step by step. By following these instructions, you can successfully complete your project and impress your professors and peers. In conclusion, an IOT Project on Courier Tracking System Using GPS is an excellent choice for final year projects. It offers practical experience, is highly relevant, and can be easily developed with available resources. So, don't wait any longer. Start your project today and take the first step towards a successful career in computer science.

IOT GPS Cloud-Based Real-Time Courier Tracking System

IOT GPS Cloud-Based Real-Time Courier Tracking System is an innovative IoT application designed to track courier locations in real-time. It displays markers on Google Maps with up-to-date place information. This cloud-based application can be deployed on any cloud platform such as AWS, GCP, and Azure. The application exposes APIs that can be integrated with any GPS-enabled device to fetch real-time latitude and longitude data. The primary objective of this project is to manage multiple courier shipment tracking details using a single device.

In today's digital world, from sending messages to tracking couriers, everything is now online. Thanks to technologies like IoT and Cloud Systems, real-time courier tracking has become a reality. Many courier companies are now using active RFID or GPS-based systems to track couriers and pinpoint their exact locations using IoT Systems, Cloud Systems, and Real-Time Tracking Systems.

This article explains the IOT GPS Cloud-Based Real-Time Courier Tracking System. In this system, a GPS tracker is used to monitor the courier's location, which is then displayed via software using an IoT-based Project System and Cloud-based Project System.

In our proposed model, all couriers from one city are gathered at a central warehouse. GPS trackers are attached to each courier box to monitor them. The courier tracking software used by the user is synchronized with a cloud server. Information sent by each GPS tracker is accumulated on cloud servers, and from there, courier locations are sent to the user's device.

The GPS tracker used in the IOT GPS Cloud-Based Real-Time Courier Tracking System includes an IoT system with a GPS modem operating at a baud rate of 9600 and a simple controller that manages the entire edge GPS solution. The cloud server contains data accelerator cards like Alveo U250 to speed up data processing.

This tracking application operates on cloud-based software. Thanks to this real-time tracking system, we can now easily track our couriers with a high level of safety. The chances of losing a courier are very low. Such applications provide full security for our couriers. If a courier delivery is delayed, we can identify the cause of the delay.

In rare cases, if a courier is stolen, we can still track its location and easily find the thief. Day by day, advancements are being made in such courier systems. People are now planning to use robots for courier delivery, making the system entirely unmanned. In such cases, these GPS-based systems will play a major role. In unmanned courier delivery services, tracking couriers is crucial, and this can be achieved with our proposed system, ensuring full security.

Modules and Description of IOT GPS Cloud-Based Real-Time Courier Tracking System Project:

Courier Module:

The main purpose of this module is to provide all functionalities related to couriers. This Courier module is a crucial part of the IOT GPS Cloud-Based Real-Time Courier Tracking System project. It tracks all the information and details of the couriers. In this module, you can manage all the information related to the couriers and assign devices to them.

Features of Courier Module:

• Admin can add new courier records and assign tracking devices
• Admin can view the list of courier details
• Only the admin can edit and update courier records
• Admin can delete courier records
• All courier forms are validated on the client side using JavaScript

Tracking Module:

The Tracking module is a vital part of this project. It retrieves latitude and longitude from devices and uses the Google Maps API to get place details from those coordinates, logging them into the database.

Features of Tracking Module:

• Provides API for integration with IoT hardware devices like NodeMCU, Arduino, Mobile, etc.
• Admin can track couriers in real-time on Google Maps
• Admin can view all location details with date and time
• Customers can track their shipments using the tracking ID
• Provides Google Maps API integrations

Customer Module:

The Customer module manages all information related to customers. It is available only to the admin, who can add new customers and manage their information.

Features of Customer Module:

• Admin can add new customer records
• Admin can view the list of customer details
• Only the admin can edit and update customer records
• Admin can delete customer records
• All customer forms are validated on the client side using JavaScript

Device Module:

This module manages all device information. You can add any number of devices to this project, and those devices will be available in a dropdown menu when adding a courier. You can assign multiple couriers to a single tracking device.

Features of Device Module:

• Admin can add new device records
• Admin can view the list of device details
• Only the admin can edit and update device records
• Admin can delete device records
• All device forms are validated on the client side using JavaScript

Technology Used in the IOT GPS Cloud-Based Real-Time Courier Tracking System Project

Software components used to develop the user interface for the IOT GPS Cloud-Based Courier Tracking System:

• Embedded C Language: All hardware interface coding is done in Embedded C Language
• PHP: All business logic and the web interface are written in PHP
• MySQL: MySQL database is used as the database for the project
• Apache 2: The web interface runs on the Apache2 server
• JavaScript: Used for form validations and animation effects
• JQuery Library: Various jQuery libraries are used in the project, such as Calendar
• Cloud Environment: The application can be hosted on any cloud platform like AWS, Google Cloud (GCP), or Azure

Static pages available in the IOT GPS Cloud-Based Courier Tracking System project:

• Home Page with a good UI
• About Us page describing the project
• Contact Us page
• Modules page providing information about the modules

This project can be configured on the following operating systems:

• Windows: This project can easily be configured on Windows. To run this project on a Windows system, you will need to install WAMP or XAMP Server.
• Linux: This project can also run on all versions of the Linux operating system.
• Mac: This project can also be easily configured on the Mac operating system.

You can use any GPS device to send locations (latitude and longitude) that provides API integration. Our application will automatically capture the information and plot the markers on Google Maps and list places. You can even use an Android mobile app to send your current location to track items.