algosup / 2023-2024-project-4-SPORTSHIELD-team-4

4th project of the year 2023-2024

SPORTSHIELD Team 4

SPORTSHIELD is an original anti-theft system for sports equipment. It's a project contracted by the company Coris Innovation.

This device is designed to protect sports equipment such as skis and snowboards. It is composed of a GPS and a GSM module. The GPS module is used to locate the equipment, and the GSM module is used to send the location to the user's smartphone. The device is also equipped with a gyroscope to detect any movement of the equipment. The user can then be alerted in case of theft. The device is powered by a battery and can be recharged via a USB-C port. It's also equipped with an NFC module to unlock or lock the device. Finally, a buzzer is used to alert the user in case of theft.

For this project, Coris Innovation has asked us to:

• Increase the lifespan of the battery.🔋
• Add the possibility to use NFC to unlock or lock the device.🔓
• Implement a way to manage simultaneous actions on the device.🔄

Technologies used

• Arduino for the development of the hardware. (And to develop it we use and )

Documentation

Here is the list of all the main documents related to the project:

• Management Artifacts
• Functional Specification
• Technical Specification
• User Manual
• Test Plan

How to Use

Prerequisites

Before getting started, ensure you have the following:

• Arduino IDE: Install it on your computer. You can download it here.
• Download all the libraries used in the project.
• LightBlue Application: Install it on your smartphone. You can download it for Android and iOS.
• Arduino Board: Make sure you have one available.

Installation

Follow these steps to set up:

1. Clone the Repository:

   git clone https://github.com/algosup/2023-2024-project-4-SPORTSHIELD-team-4.git

2. Open Arduino IDE: Open the Arduino IDE and navigate to the SPORTSHIELD.ino file located in the Code folder here: 2023-2024-project-4-SPORTSHIELD-team-4/Code/SPORTSHIELD/SPORTSHIELD.ino

3. Install Libraries: Install all the libraries used in the project. You can find them here in the Required Libraries section.

4. Connect Arduino Board: Connect your Arduino board to your computer.

5. Configure Arduino IDE: Select the correct board and port in the Arduino IDE.

6. Upload Code: Upload the code to your Arduino board.

7. Open LightBlue Application: Launch the LightBlue application on your smartphone.

8. Connect to SPORTSHIELD Device: Find and connect to the SPORTSHIELD device. It should appear in the list of devices in the LightBlue application with the name "Team 4".

9. Start Using SPORTSHIELD: Now you can start using the SPORTSHIELD device. Enjoy!

Required Libraries:

After installing the Arduino IDE, open it and install the following libraries through the Library Manager (Sketch > Include Library > Manage Libraries...).

1. NRF52_MBED_TimerInterrupt (V1.4.1)

   • In the search field, type NRF52_MBED_TimerInterrupt, select version 1.4.1, and click Install.

2. ArduinoBLE (V1.3.6)

   • Search for ArduinoBLE, select version 1.3.6, and click Install.

3. Adafruit GPS Library (V1.7.4)

   • Type Adafruit GPS Library, select version 1.7.4, and click Install.

4. Sim800L http connector (V1.14.0)

   • Search for Sim800L http connector, choose version 1.14.0, and click Install.

5. Seeed Arduino LSM6DS3 (V2.0.3)

   • Type Seeed Arduino LSM6DS3, select version 2.0.3, and click Install.

6. OneWire (V2.3.7)

   • Search for OneWire, choose version 2.3.7, and click Install.

Required Board:

To install the necessary board, follow these steps in the Arduino IDE:

1. Open the Board Manager by going to Tools > Board > Boards Manager....

2. In the Boards Manager search bar, type Seeed NRF52 mbed enabled Boards.

Contributors

Photo	Name	Role	LinkedIn
	Maxime CARON	Project Manager	LinkedIn
	Lucas AUBARD	Program Manager	LinkedIn
	Alexis LASSELIN	Technical Leader	LinkedIn
	Wilfried PORTET	Software Engineer	LinkedIn
	Paul NOWAK	Technical Writer	LinkedIn
	Habi CAILLEAU	Quality Assurance	LinkedIn