Join @FoundriesIO , @EdgeImpulse & @arduino at #HardwarePioneers London (stand S9)!
See how we help developers build, secure & scale connected devices faster.
👩💻 Stop by and talk to us about your next project.
#HPM26
.@bekathwia collaborated with James Wright to transform a gorgeous wood slab into a ceiling-suspended smart lighting fixture using LEDs, WLED firmware, and Home Assistant. https://t.co/DbyXuKuEBK
Run a local VLM on @arduino's UNO Q board? Yes!🤯
This project cascades @EdgeImpulse FOMO TinyML model and @huggingface's SmolVLM2 in the App Lab. TinyML model detects, and the VLM explains, all running locally!
Checkout it out👇
https://t.co/pYSvzihngb
🚀 4 nouvelles interfaces @arduino sur Vittascience !
En collaboration avec Arduino, Vittascience présente quatre nouvelles interfaces de programmation conçues pour l'écosystème Arduino : Arduino UNO R4 WiFi, UNO R4 Minima, la carte Arduino Nano ESP32 et le kit robotique Arduino Alvik.
Disponibles gratuitement, ces interfaces facilitent la programmation de ces nouveaux appareils, quel que soit le niveau de compétence de l'utilisateur. Fidèle à l'approche de Vittascience, chaque interface comprend un simulateur permettant de tester les programmes directement en ligne, sans aucun matériel.
Une nouvelle occasion de découvrir, d'expérimenter et d'enseigner la programmation à l'aide de la dernière génération de matériel Arduino.
Arduino, UNO, Nano et Alvik sont des marques commerciales ou des marques déposées d'Arduino S.r.l.
👉 https://t.co/xrVa5lKn5p
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🚀 4 new Arduino interfaces on Vittascience!
In collaboration with Arduino, Vittascience is introducing four new programming interfaces designed for the Arduino ecosystem: Arduino UNO R4 WiFi, UNO R4 Minima, Arduino Nano ESP32 board, and the Arduino Alvik robot kit.
Available for free, these interfaces make it easy to program these new devices, regardless of the user’s skill level. True to the Vittascience approach, each interface includes a simulator for testing programs directly online, without any hardware.
A new opportunity to discover, experiment with, and teach programming using the latest generation of Arduino hardware.
Arduino, UNO, Nano and Alvik are trademarks or registered trademarks of Arduino S.r.l.
👉 https://t.co/xrVa5lKn5p
Researchers from @AxLab_UChicago have developed an Arduino MKR WiFi 1010-controlled system that bends pop tubes into 3D curves and shapes on demand. Introducing the PopTuber! https://t.co/a3u5zS0OQj
Building a Rover: Day 4 🛠️
@arduino Portenta x8 + @norma_core_dev station = ❤️
✅ Custom Linux build using Yocto
✅ No systemd, no Docker, etc., just clean Linux
✅ Remote access using Tailscale
#Robotics#Engineering
Built something fun this weekend! Can’t wait to make videos about it. It’s one of my multi-part projects like the “old” days
1) @arduino R4 wifi has an accelerometer that gives x, y, z rotation
2) Native Swift receives values via BLE
3) Swift’s Metal library renders the sphere
Are you headed to All About Automation Hamburg this week? Visit the @schukat_monheim stand to explore our latest industrial solutions and learn how Arduino is enabling next-generation automation, robotics, and digital transformation: https://t.co/LSGeWrTjN3
Join me in the chat at 7pm BST (just over an hour from now) as we look at what makes the @arduino Uno Q the perfect platform for running Hermes Agent for your agentic AI projects https://t.co/tJrQhJgXL1
Developed by researchers at @AxLab_UChicago, penPal is an Arduino MKR WiFi 1010-controlled robotic handheld drawing tool that's capable of generating a variety of marks and textures: https://t.co/ilKZSE7Q3q
One SBC, two brains, unlimited possibilities!
By integrating an NPU-accelerated processor and a real-time microcontroller, Arduino VENTUNO Q makes it possible to build machines that perceive, decide, and act – all on a single board.
Sign up now: https://t.co/xpiN9oDkBA
.@E14Community Presents' @MAYERMAKES built an Arduino UNO Rev3-controlled automated EMI heatmapping scanner to find where a PCB radiates. https://t.co/PfhTIsNIhI
Industrial-grade vision, made accessible by Arduino UNO Q.
Discover how our dual-brain board enables developers to build inspection systems that can see a product, understand its defect, log the result, and trigger a physical response – all at the edge:
https://t.co/UZjX9VNB3N
Samuel Alexander built a desk-sized robot that can detect your face using on-device AI and then steer toward you in real-time, all running on the Arduino UNO Q: https://t.co/YR5DVkcbdR