Explore the top IoT development boards engineered for seamless integration with cloud services. These essential tools enable developers to connect embedded systems to cloud platforms like AWS IoT, Azure IoT Hub, or Google Cloud, streamlining device management and data collection. Discover versatile options for rapid prototyping and industrial applications, optimizing communication and data exchange within your IoT ecosystem. Find the ideal board for your Internet of Things projects and elevate your innovations.
Compact and lightweight
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The Adafruit Feather M4 Express is a powerful and compact development board, ideal for IoT projects requiring cloud connectivity. Its ATSAMD51J19A chip with a 120MHz Cortex M4 and ample Flash/RAM allows for processing sensor data and synchronizing it with cloud services, such as Blues Notehub, using CircuitPython.
Connects to the Cloud for over-the-air code uploads
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The Arduino Uno R4 WiFi integrates Wi-Fi and Bluetooth connectivity, enabling the creation of advanced IoT projects with cloud access. It allows for fast, cable-free setup and easy management via Arduino Cloud, simplifying the deployment of connected solutions. Its wireless communication capabilities and cloud compatibility make it suitable for sensor data logging and remote control.
Low-cost
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The ESP32 development board offers integrated Wi-Fi and Bluetooth connectivity, making it essential for IoT applications requiring cloud communication. Its powerful dual-core processor and low power consumption enable the development of efficient and reliable connected devices. It is a complete solution for prototyping and IoT projects with cloud access.
Enables connecting devices to the cloud
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STM32 Nucleo boards provide a versatile and affordable development platform for IoT prototyping. Their compatibility with Wi-Fi, NFC, and MEMs expansion modules, coupled with integrated cloud connectivity, makes them ideal for projects requiring interaction with cloud services. They enable engineers and makers to easily implement low-power IoT solutions.
Features WiFi and Bluetooth Low Energy (BLE) connectivity
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The Arduino Nano 33 IoT provides integrated WiFi and Bluetooth connectivity, along with a secure element and sensors, making it ideal for IoT projects. Its ability to connect to the cloud and its low-power architecture facilitate rapid development of connected and secure applications.
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Sends data to cloud platforms using WiFi
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NodeMCU is a low-cost development board integrating the ESP8266 module, providing essential Wi-Fi connectivity for IoT projects. Its compatibility with platforms like Blynk, Arduino IoT Cloud, and Google Cloud facilitates connection to cloud services for device management and control.
Delivers 600MHz ARM Cortex-M7 processing power
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The Teensy 4.1 is an exceptional development board for IoT due to its integrated Ethernet connectivity and ability to interact with cloud-based backend systems. Its high performance, featuring a 600 MHz processor and expandable memory options, makes it ideal for IoT applications requiring fast processing and secure communication.
Wireless-enabled with 2.4GHz 802.11n WiFi
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The Raspberry Pi Pico W 2 offers integrated Wi-Fi and Bluetooth 5.2 connectivity, making it ideal for IoT applications requiring wireless communication. Its compatibility with RP2350 microcontrollers and its ability to integrate with cloud platforms like AWS IoT Core and Google Cloud API simplify the development of connected solutions.
Quickly and easily connect embedded systems to cloud servers
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These development boards provide a robust and flexible solution for integrating embedded systems with cloud services, enabling designers to add IoT connectivity securely and efficiently. They facilitate connection to platforms like Amazon Web Services, offering a solid foundation for prototyping and developing IoT applications.
Our methodology for classifying IoT development boards with cloud connectivity is based on a comprehensive evaluation of their technical features and suitability for cloud-connected projects. We focus on practical utility and relevance for developers.