Arduino Edge Control Board Powers Smart Outdoor IoT & AI for Precision Agriculture

Arduino Edge Control Board Powers Smart Outdoor IoT & AI for Precision Agriculture

Arduino has unveiled the Arduino Edge Control, a rugged remote‑monitoring and control platform engineered for outdoor deployments. In an interview with EE Times Europe, CEO Fabio Violante explained how the board can be deployed in precision agriculture and other applications where edge intelligence is essential. The unit runs on solar power or a conventional DC supply and supports AI workloads on the edge.

The board’s low‑power architecture keeps only essential peripherals—such as external interrupt interfaces for watermark sensors and the real‑time clock for scheduled wake‑ups—active. According to Violante, this approach allows a 12 V/4 Ah lead‑acid battery to last up to two years in a real‑world scenario. A built‑in solar‑cell charger extends the life indefinitely by recharging the battery.

Connectivity & Expandability

The Edge Control supports a wide range of communication modules: 2G/3G, Cat M1, NB‑IoT, LoRa, Sigfox, Wi‑Fi, and Bluetooth. It can be managed remotely via Arduino Cloud or third‑party platforms, giving developers full flexibility.

Hardware Core

The board is powered by the Nordic nRF52840 SoC—also used in the Nano BLE—which features a 32‑bit ARM Cortex‑M4 CPU with a floating‑point unit running at 64 MHz. The chip offers ample Flash and RAM for demanding applications and includes an ARM TrustZone CryptoCell for secure cryptography.

Smart Agriculture Use Cases

By connecting sensors and actuators—such as moisture probes, irrigation valves, and weather stations—developers can automate irrigation, fertilization, and pest control. Real‑time data on weather, soil quality, and crop growth can be processed locally, reducing human error and improving yield.

“We deliberately omitted on‑board sensors to let customers choose the hardware that best fits their field setup,” said Violante. “The board provides ample I/O so you can plug in any sensor or weather station you need.”

Field Trials & Partnerships

Arduino collaborated with Challenge Agriculture, a European precision‑farming specialist, to validate the Edge Control in live field projects. Ongoing deployments are testing automated greenhouses, hydroponic systems, and controlled‑environment fungi cultivation.

Additional Features

While the board is aimed at stationary installations, a compatible Arduino MKR GPS Shield can be attached for precise geolocation, aiding crop rotation planning and spatial data collection.

>> This article was originally published on our sister site, EE Times Europe.