Use the unique AWS IoT Endpoint found in your AWS console settings to establish a secure link.
Once data reaches AWS IoT Core, you can route it to other services using :
Use AWS IoT Analytics or Amazon QuickSight to build dashboards for real-time monitoring. Recommended Resources for Learning
To allow your ESP32 to communicate, you must register it as a "Thing" in the AWS console.
AWS will generate a Device Certificate, a Private Key, and an Amazon Root CA . These are essential for the SSL/TLS handshake and must be stored securely. 2. Development Environment Setup Most developers use the Arduino IDE or PlatformIO .
Create a unique identity (e.g., "MyESP32Device").
Publish sensor data to a specific topic (e.g., esp32/sensor/data ) and subscribe to a command topic to receive instructions from the cloud. 4. Backend Processing & Visualization
Use the unique AWS IoT Endpoint found in your AWS console settings to establish a secure link.
Once data reaches AWS IoT Core, you can route it to other services using :
Use AWS IoT Analytics or Amazon QuickSight to build dashboards for real-time monitoring. Recommended Resources for Learning
To allow your ESP32 to communicate, you must register it as a "Thing" in the AWS console.
AWS will generate a Device Certificate, a Private Key, and an Amazon Root CA . These are essential for the SSL/TLS handshake and must be stored securely. 2. Development Environment Setup Most developers use the Arduino IDE or PlatformIO .
Create a unique identity (e.g., "MyESP32Device").
Publish sensor data to a specific topic (e.g., esp32/sensor/data ) and subscribe to a command topic to receive instructions from the cloud. 4. Backend Processing & Visualization