Hardware projects tagged iot
Open hardware projects tagged iot on BoardRepo. View schematics and PCBs in the browser and download the sources.
Projects
A versatile ESP32-C6 expansion board featuring Wi-Fi 6 and Bluetooth 5, designed for modular integration in proof-of-concept embedded projects. Supports QSPI, SPI, I2C, and UART interfaces for flexible connectivity with host MCUs. Ideal for IoT and wireless applications needing low-power, high-speed communication.
RFID attendance and entry-exit prototype for Vasant Valley School: ESP32 and RC522 firmware with a TFT status display, a custom KiCad PCB, a FastAPI backend, and a web dashboard with Firebase mirroring.
Compact Black Pill STM32F411-based ARM Cortex-M4 development board offering high performance, USB-C power, and rich peripheral support for advanced embedded applications.
Boardoza SAM-M10Q Breakout Board is a high-precision multi-GNSS positioning module with integrated patch antenna and UART/I²C communication support.
Compact Bluetooth 5.1 UART module breakout board using Raytac MDBT42TV-AT for low-power wireless data communication in embedded systems.
HP303B high-accuracy digital barometric pressure and temperature sensor breakout board with I²C and SPI support.
Networked rotating ultrasonic radar system built on the Deneyap Kart 1A (ESP32-S3), with a real-time web dashboard served directly from the board.
ISM RF module with LoRa network capability
Custom ESP32-WROOM-32E development board | 4-layer PCB designed in KiCad 9.0.7
Low-power long-range wireless camera trap designed using KiCad and Simulink.
Raspberry HAT for Nerdverlag LoRa Analyser or any other projects
Compact Blue Pill STM32F103C8T6-based ARM Cortex-M3 development board for versatile embedded applications.
Selbst entwickeltes ESP32-Klingelsystem fuer ein Zweifamilienhaus - KiCad-Hardware und Arduino-Firmware (WLAN/UDP, HMAC-gesichert).
Development of background radiation monitoring with IoT based device
A development board using the Thing Plus footprint featuring the ESP32-C5 Dual-Band module.
The OpenScale - IoT is an easy-to-use open-source wireless solution to measure weight and temperature.
🐭 Dormouse — a coin-cell (CR2032) Zigbee 3.0 temperature + humidity sensor on the Silicon Labs MGM210L (EFR32MG21). Firmware + KiCad hardware + Home Assistant integration.
ESP32-S3 服务器智能风扇控制系统 | 4路PWM风扇 · 多传感器 · MQTT · Web仪表盘 · Home Assistant
Portfolio PCB: ESP32-S3 Wi-Fi plant monitor. 4-layer KiCad 10 design, fabricated and assembled at JLCPCB — schematic, reviews and the frozen manufacturing package all readable in-browser.
Orologio da tavolo e-ink con ESP32-C3, batteria LiFePO4 e sync NTP - 2 anni di autonomia con una ricarica USB-C
Automatic multi-weigh-station for measuring the live-weight of sheep in remote locations.
bluetooth supported mcu for harley davidson 99-03 with raspberry pi pico
Baby care tracking suite: HA dashboards, n8n workflows, PostgreSQL, ESP32-C3 remote with 3D-printed enclosure
Data logger shield based on STM32+ESP32. Has: LCD, keyboard, WIFi, UART and SD card for data storage. Input is as pulse counter and UART communication.
Uniwersalna platforma sprzętowa na warsztaty i do prototypowania
Hexy by SQFMI
Demo board designed to use the ARRIBADA SMD module via USB to send ARGOS messages to the Kineis constellation.
⚡🔌💻 DIY electronics and code to read data from my KAIFA MA105H2E AMS smart meter.
Edgeberry Base Board for Raspberry Pi model B
The 2-Layer IoT Data Acquisition Board is an ESP32-based PCB designed for precision environmental monitoring. It integrates MQ-6 and BME280 sensors with an ADS1115 16-bit ADC and MCP6002 . Featuring on-board Micro SD logging and a 12V-to-3.3V power stack, it provides a robust, standalone solution for remote data acquisition.
Modular hardware for IoT & home automation
IoT Communications Module for Energy Access. A quick way to get production ready, bi-directional communications for your IoT embedded device.
Teapotlabs BWLR1E: Wireless Environmental Sensor with Energy Harvesting from Solar Energy
Open Lighting hardware
This is a ZigBee device to collect data from smartmeters using the DLMS/COSEM protocol.
Open Wheather Station based on STM32
Air status sensor with hass integration and fan control
ESP8266 IoT three channel dimmer
Open-source air quality and environmental monitoring node with STM32H743 + ESP32-C3, LoRaWAN, RS485, USB-C, Li-ion charging, and multi-sensor support.
GNSS positioning module providing location and timing data over CAN bus
Reed switch sensor module for monitoring cabinet and door states over CAN bus
"ESP32-REACTJS-DEVKIT: compact, powerful, ideal for small robot, IoT and wareable."
Compact, feature-filled CM5 carrier board
CM5 LoRaWAN carrier board in a compact, feature-filled footprint
Lora gateway with m2560 and rfm95 and ethernet
Environmental monitoring module with temperature, humidity, and air quality sensors over CAN bus
🌱💧 An open source DIY soil moisture sensor
Anotter OSHW environment sensor hub, focussed on Sensirion SEN055/SEN05x sensors, featuring a prometheus-exporter.
OBJEX Link is a modular IoT board. It is designed to develop IoT devices that are easy to repair and recycle. It is also perfect for rapid prototyping and developing research and robotics projects.
Schematic, PCB files, firmware and 3d models for creating the IoT12 solder iron temperature controller for T12 compatible tips.
Connected GPS tracker PCB
Open Source hardware/software platform for the rapid and low-cost development of LoRaWAN sensor nodes
A ESP32 based interface between CAN-bus and IoT environments.
DSMR Smart Meter hardware for DIY enthousiasts.
IoT Communications Module for Energy Access. A quick way to get production ready, bi-directional communications for your IoT embedded device.
Spore WiFi LED module. Firmware and Hardware.
Smart WiFi thermostat based on the well-known ESP8266 SoC.
Repositório oficial da placa LoRaWAN, um kit de desenvolvimento para protótipos IoT.
A maker-friendly board with single pair ethernet both for power and for data, that will work with Arduino
Miniature 3D printed conveyor belt for simulation and fun working with sensors, all controllable with Raspberry Pi