In the /etc/config/wireless file, customize the settings for your Hotspot 2.0-enabled interface. Ensure the correct device, encryption type, and other parameters are set. Pay attention to the WAN Metrics, NAI Realm, and Domain Names sections to tailor...
The AHT10 Temp and Humidity Sensor Module is being used in this project, and it is a compact and highly accurate sensor designed to measure temperature and humidity in various applications. The module integrates a high-performance AHT10 sensor chip,...
The next step of this project was to put everything together to create a basic PCB that would contain all of the components we used to create the breadboard version, in addition to a lithium cell with a charge discharge circuit to power the XIAO module,...
Following circuit completion, we connected the K-type Thermistor supplied by the MAX6675 module to the MAX6675 IC's CON2 screw connection. In order to test the circuit, we heat the temperature sensor with a lighter and set the threshold to 40°C....
Here's the code used in this build: const int LED = 0; const int threshold = 150;//cuttoff temp MAX6675 thermocouple(thermoCLK, thermoCS, thermoDO); void setup() { display.begin(SSD1306_SWITCHCAPVCC, OLED_ADDR); pinMode(RelayPin, OUTPUT); pinMode(LED,...
Let's have a closer look at the circuit. It consists mainly of three sections: the XIAO ESP32S3 and SSD1306 display are connected via the XIAO MCU's I2C pins in the first section. The voltage divider part comes next, and it is made up of two resistors...
The circuit that followed was made up primarily of 15 WS2812 RGB LEDs linked to an XIAO microcontroller. We have integrated the IP5306 IC Setup, a power management integrated circuit that is frequently used in power bank applications. In these applications,...
For readers looking to test the project with a MySQL database without incurring any costs, there are several free MySQL database hosting services available. These services typically offer a limited amount of resources for free, but it will perfect for...
Note: The code is intended to be instructional, and the examples provided will be commented on in as much detail as possible. Your feedback is welcome. Lean-C IOT remains an evolving software solution with much room for improvement!
Your customized version of Lean-C IOT MES is ready to be deployed on your server! Use your preferred FTP transfer software to upload your files online. Log in to the interface using the 'Admin'/'Admin' account. Create your users and don't forget to delete...