AuroraWake

Project Overview:
The goal of this project is to develop a system that utilizes the M5 Stamp C3 microcontroller, LEDs, and the gyroscope sensor to create a device capable of remotely disabling an alarm on a phone. By detecting specific motion patterns using the gyroscope sensor, the system will trigger the LEDs to send a signal to the phone, effectively turning off the alarm without physical interaction with the device.

Components:
1. M5 Stamp C3: The M5 Stamp C3 will serve as the main microcontroller for this project. It is a compact and versatile development board equipped with an ESP32-based microcontroller, offering WiFi and Bluetooth connectivity, as well as various input and output interfaces.

2. LEDs: Multiple LEDs will be integrated into the system. These LEDs will act as indicators and will emit specific light patterns to signal the alarm disabling process.

3. Gyroscope Sensor: The gyroscope sensor will be used to detect and interpret the motion patterns required to disable the alarm. It will provide real-time data about the device's orientation and angular velocity.

4. Smartphone with Alarm: A smartphone with an active alarm will be used to demonstrate the alarm disabling capability of the system.

Functional Description:
1. Initialization: The M5 Stamp C3 will establish a connection with the gyroscope sensor and configure it for data acquisition.

2. Alarm Detection: The gyroscope sensor will continuously monitor the device's motion. Once a predefined motion pattern associated with alarm activation is detected, the system will proceed to the next step.

3. LED Signaling: Upon detecting the alarm activation motion pattern, the LEDs will illuminate in a specific sequence to indicate that the system is attempting to disable the alarm.

4. Alarm Disabling: The M5 Stamp C3, upon recognizing the correct sequence of motions, will wirelessly communicate with the smartphone via Bluetooth or WiFi, sending a signal to disable the active alarm.

5. Feedback and Status Display: The LEDs will provide visual feedback to indicate the status of the alarm disabling process. Different light patterns will signify success, failure, or system errors.

6. Alarm Reset and Power Management: After successfully disabling the alarm, the system will provide an option to reset the alarm settings or enter a low-power mode to conserve energy until the next alarm event.

Project Goals:
- Develop an intuitive and non-intrusive method to disable phone alarms using motion detection.
- Implement reliable communication between the M5 Stamp C3 and a smartphone via the gyroscope sensor.
- Create an interactive LED signaling system to provide feedback on the alarm disabling process.
- Optimize power consumption to ensure efficient operation and prolonged battery life.

By combining the M5 Stamp C3 microcontroller, LEDs, and the gyroscope sensor, this project aims to provide a convenient and innovative solution for silencing phone alarms without the need for direct physical interaction with the device.