bme280

A public website hosted on an ESP32.

A low power LoRaWAN Node

Weather Station using a RaspberryPi, BME280 sensor and WeatherAPI that shows Indoor vs Outdoor readings on a Web Dashboard

In this project, the Bosch BMP280 sensor is integrated with an STM32 microcontroller using bare-metal, low-level register-based firmware. Communication is handled via I2C and SPI protocols. The firmware captures sensor data and outputs it to a 16x2 LCD display, demonstrating effective real-time data acquisition and display.

Meteostanica založená na klientskom móde zariadení Arduino, ESP8266, ESP32 komunikujúcich so vzdialeným webserverom, ktorý archivuje a vizualizuje dáta.

Open-source ESP32-C3 platform for ultra-low-power environmental sensor networks powered by recycled LiPo cells. Includes KiCad PCB, PlatformIO firmware (ESP-NOW + ThingSpeak), BME280/BME680 support, deep-sleep optimizations and measured >12 months runtime on typical cells.

Device designed in commemoration of the celebration of 10 years of the FIT (Innovation Technological Forum) from Universidad Galileo. This device contains an ESP32, BME280, accelerometer and 8x8 Matrix.

BME280 webserver using Arduino Mega, Ethernet shield and 0.96 OLED screen

A simple weather station hardware (pcb files) for recording temperature, humidity, pressure and airquality.

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Device designed in commemoration of the celebration of 10 years of the FIT (Innovation Technological Forum) from Universidad Galileo. This device contains an ESP32, BME280, accelerometer and 8x8 Matrix.

bmw model

Project for BME280 Sensor & ESP8266 (Wemos D1 mini clone)

Simplest BME280 web interface

ESP32-based IoT temperature monitoring system using a BME280 sensor, LittleFS for data logging, and a built-in web server for real-time visualization.

ESP32-based multi-sensor PCB with temperature/humidity, light, and microphone sensors — 4 layer Board — KiCad design based on Tech Explorations tutorial