Arduino Nesso N1

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.