Devices: Linux, Arduino, and ESP32
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IoT Project Lifecycle: Key considerations for OTA updates at scale [Part IV] | Ubuntu
From entertainment to security, automation is now pervasive. Intelligent devices are transforming our homes while enriching our lives, making them more efficient, productive and environmentally friendly.
Most embedded devices run Linux, and their number is poised to keep growing.
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At Canonical, we know we stand on the shoulders of giants in building Ubuntu. We are now raising the bar of what is possible in the world of free software while delivering it with phenomenal security.
With Ubuntu Core, we built the lightest and most secure version of Ubuntu for IoT devices. As Ubuntu Core is the premier embedded Linux choice by innovators, we are committed to keeping it secure by automatically delivering OTA updates on day zero.
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Arduino and K-Way, with the support of Edge Impulse, team up for a new idea of smart clothing | Arduino Blog
Imagine the possibilities generated by integrating advanced AI and powerful sensors into one of the most iconic outdoors jackets with a heritage that’s more than 50 years old. You could start sensing and interacting with the surroundings like never before.
This is what we created here at Arduino: enclosing the Nicla Sense ME, the new sensory brain from Arduino, into the K-Way jacket, powered with Edge Impulse AI, to sense the external world and enable a new way to conceive smart clothing.
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LILYGO T-RGB round color touch display is powered by ESP32-S3R8 wireless microcontroller - CNX Software
LILYGO T-RGB is a wireless 2.1-inch round color touchscreen display based on ESP32-S3R8 dual-core microcontroller with WiFi 4 and Bluetooth 5.0 connectivity, 8MB PSRAM, and 16MB flash storage.
The device also includes a microSD card socket for data storage and a Grove I2C connector for expansion and supports LiPo battery power. The company also says it can be charged through USB, so the board must include a battery charging circuit contrary to some other boards from LILYGO.