Want to record LOTS of data with your PyPortal? Using a STEMMA cable, you can connect as many I2C breakouts as your heart desires and send the data to the world's best data service - Adafruit IO?

How many grams of coffee did I add to my pour-over? Is the bag of cat food empty? Did I remember to water the plant? You're going to build an internet-enabled scale to track weight data over a period of time. To do this, you'll be performing a bit of hardware hacking - tearing down a DYMO Postage scale and soldering wires to connect it to a PyPortal. Then, you'll add some CircuitPython code to the PyPortal which allows you to read the the scale remotely using Adafruit IO - our easy-to-use internet of things service.

Connected your PyPortal to the internet, but want to do more with your data? This guide will get your PyPortal communicating with Adafruit's Internet of Things service - Adafruit IO - using the easy-to-use Adafruit IO CircuitPython library. Monitor temperature levels with the PyPortal's onboard Analog Devices ADT7410 and display the temperature on the PyPortal. Use Adafruit IO triggers to send alerts from the thermometer straight to your inbox!

Analog Devices, known for their reliable and well-documented sensor chips - has a high precision and high resolution temperature sensor - the ADT710 - and a triple-axis accelerometer - the ADT7410. We made a FeatherWing to make these sensors easier to use.  Even better? We can easily bring the FeatherWing online using a Feather ESP8266 HUZZAH and Adafruit IO. You'll be up and running logging data and temperature in under 15 minutes!

This project turns your PyPortal into an interactive display. Send emails to a Zapier inbound inbox and have them appear on the PyPortal's display!

Connected your PyPortal to the internet, but want to do more with your data? This guide will get your PyPortal communicating with our Internet of Things service - Adafruit IO using the easy-to-use Adafruit IO CircuitPython library. We'll be sending temperature and light data from the PyPortal to create a logger.

Make custom touch screen interface GUIs, all open-source, and Python-powered using tinyJSON / APIs to get news, stock, weather, cat photos, and more – all over Wi-Fi with the latest technologies. Create little pocket universes of joy that connect to something good.

Using stepper motors is tricky - but driving them with our Pi Motor Hati is simple! We're going to drive TWO stepper motors using CircuitPython on a Raspberry Pi. Then, we'll connect to the Internet of Things service - Adafruit IO - so we can control them remotely.

Analog Devices, known for their reliable and well-documented sensor chips - has a high precision and high resolution temperature sensor on the market - the ADT7410 - and Adafruit has made a breakout to make it easy to use! Even better? You can easily bring the sensor online using a Feather HUZZAH and Adafruit IO. You'll be up and running in under 15 minutes!

Analog Devices, known for their reliable and well-documented sensor chips - has a high precision and high resolution temperature sensor on the market - the ADT7410 - and we've got a breakout to make it easy to use! Even better? We can easily bring the sensor online using a Feather HUZZAH and Adafruit IO. You'll be up and running in under 15 minutes!

Use an Adafruit Feather HUZZAH and a Raspberry Pi in building a Home Assistant which tracks the state of all the devices in your home. The free Adafruit IO service stores your data for you!

The Analog Devices ADT7410 is an I2C temperature sensor, with 16-bit 0.0078°C temperature resolution and 0.5°C temperature tolerance. Wire it up to your microcontroller or single-board computer to get reliable temperature readings with ease, now with STEMMA QT connectors.

Build a network of Feathers to monitor the temperature in two locations, send it to a Pi Radio Bonnet and visualize the data using Adafruit IO.

Program or Re-Program a SAMD Bootloader

Stranded in a desert with no WiFi, BLE, Ethernet, or Cellular? Add low-power radio communication to your Raspberry Pi project.