Read environmental data (temperature, pressure, humidity, and gas resistance) from a BME680 sensor using Arduino UNO. Send the sensor data over the CAN Bus using an MCP2515 CAN controller module.

Now you can prove that you have the bumpiest commute in the office by measuring how rough your ride actually is. [Techbitar] calls the project the Bump-O-Meter. It uses an Arduino, GPS, and acceler… ...

This project monitors temperature, humidity, and pressure using an Arduino CAN Bus network. It controls fans and vent actuators with manual and automatic control based on indoor conditions. It detects ...

The shield can be configured to send GPS and sensor data from devices attached to an I2C bus to remote servers, or a really cool COSM server. [Phang] is selling his TraLog for $150, a fairly good ...

Arduino has announced the launch of its Oplà IoT Kit, described as an open programmable IoT platform. It aims to simplify the building of custom IoT. ... It is built around an Arduino MKR WiFi 1010, ...

This paper presents an Arduino platform developed to control a programmable instrument (a digital signal generator) remotely through the RS-232 interface using the Standard Commands for Programmable ...

Arduino partnered with Challenge Agriculture to integrate the the single-board computer into Irriduo, the French company’s smart irrigation system. Inside, alongside Edge Control is an Arduino MKR ...

Arduino devices have had the option of a GSM linkup for awhile, but getting that cellular link to truly strut its stuff hasn't always been easy, even for those of us who'd be inclined to program ...

Using an IoT SIM that works on cellular networks in over 100 countries, the Electron's basic data plan starts at $2.99 per month for 1 megabyte of data and 99 cents for each additional megabyte.