Welcome to the 21st Century
I built a dual-probe temperature logger using XOD, a visual programming language for microcontrollers.
This project details the no-cost IoT integration techniques that we use with Particle devices (Photon, Argon, Boron,... ).
Sending Temperature & Humidity Data From Arduino (Ethernet Shield) to Public MySQL Database Using Ngrok & PlatformIO
Learn the basic CRUD operations you will need to use the Pico W with MongoDB through their Data API.
Log temperature & humidity 24/7 and get daily CSV reports via email automatically. Built with visual blocks - no coding required.
This water cooling system can take water from you water well, and so much more.
An AI and IoT-based solution to detect frog activity during migration and assist volunteers in real-time.
A compact DAQ system combining measurement, PID control, and motion control to simplify industrial and lab setups.
With this project, we’re going to play around with the atmosphere around us, and do a little bit of math, to create a pressure sensor-based
Jumping into the Helium network, I procured various hardware to test, try and learn on. This was the enigma sent here to test me.
Configure an APM32 MCU as a USB composite device to handle high-speed data and debug logs over one cable.
Web3 platform for streamlined production, secure data with IPFS, and enhanced customer trust. Ditch paperwork, embrace efficiency.
Lightweight ESP32-based IoT module for remote data logging enabling the collection and upload of 3D printing statistic to a cloud server
Real-time monitoring of temperature, humidity, room occupancy, and vibration in server rooms, with local visual alerts (RGB LED + bar graph
Three, ESP-NOW nodes; one for blower to trigger LoRa WOR, Node to send LoRa WOR and log data, and Node for Outside BME280 data.
What If DAQ, RF, AI, and FPGAs Shared One Backplane? An Open, Modular Platform for Data Acquisition, and Automated Test
Build an Arduino temperature datalogging system that can read temperature from LM35 sensor and store it in a CSV text file
The project demonstrates how the STM32H743IIK6 platform can combine real-time data acquisition, local storage and network communication...
Build a compact environmental data logger using the ATmega328P-AUR microcontroller. The project measures temperature, humidity, and ambient
Connect RS485 devices to LoRaWAN using ESP32-S3 and RAK3172 for long-range industrial IoT monitoring.
Build a standalone 8051-based temperature monitor using the Microchip AT89S8253-24AU, a DS18B20 sensor, 16x2 LCD, buzzer, and UART interface
