Build the future of connected devices – faster and smarter – with the Arduino Nesso N1.Powered by the ESP32-C6 and developed with M5Stack, this ready-to-go device merges robust performance with the flexibility of Arduino’s open ecosystem. It supports Wi-Fi® 6, Bluetooth® 5.0, Thread, and LoRa® for multi-protocol communication across home, industrial, and remote environments.A 1.14” touch display, programmable buttons, built-in IMU, IR transmitter, RGB LED, buzzer, and rechargeable battery make it an intuitive, interactive tool for IoT development. You can easily expand its capabilities through Grove and Qwiic connectors – compatible with Arduino Modulino nodes and third-party modules – as well as the whole M5Stack sensor-hat ecosystem, and seamlessly integrate it with Arduino Cloud for remote monitoring and data visualization.With pre-assembled hardware, a sturdy enclosure, and support for Arduino IDE, MicroPython, and UIFlow, Nesso N1 removes setup friction so you can focus on bringing your ideas to life. Key benefits Powerful connectivity in one device: Supports Wi-Fi® 6, Bluetooth® 5.0, Thread 1.4 and LoRa®. Ready to use, right out of the box: Comes pre-assembled in a robust enclosure with a rechargeable battery and display for immediate prototyping. Intuitive interaction: Touchscreen, programmable buttons, and onboard sensors simplify control and feedback. Plug-and-play expandability: Easily connect to Arduino Modulino nodes, M5Stack sensor-hat, Grove, and Qwiic modules for rapid project growth. Seamless software flexibility: Code using Arduino IDE, MicroPython, or UIFlow, and visualize data through Arduino Cloud dashboards. Built for speed and creativity: Skip mechanical design and setup time to focus on building smarter solutions faster. Application examples to explore Smart homes and hubs: Create connected home control centers, transform IR-controlled devices into IoT-enabled appliances, or develop custom automation projects. Industrial automation: Use Nesso N1 as an edge node to monitor equipment, collect sensor data, or enable predictive maintenance across factory systems. Agriculture and environmental monitoring: Connect soil, weather, or irrigation sensors via Thread to support sustainable and data-driven farming. Education and research: Prototype multi-protocol IoT systems, collect and visualize real-time data, or use itas a flexible learning platform in STEM projects.
