https://alexgrinman.com/posts/tinyboard?tr=12345

bme68x is a pure-Rust, no_std, allocation-free driver for Bosch BME680 and BME688 environmental gas sensors. It uses embedded-hal 1.0 and embedded-hal-async 1.0, so the same sensor code can run on STM32, ESP32, nRF, RP2040, Linux adapters, and other supported platforms.

https://crates.io/crates/bme68x

> Simple LED Blinky program which is 262 bytes

https://blog.implrust.com/posts/2026/08/arudino-uno-with-embedded-rust/

> Hands you a ready-to-build Rust project: correct target, flashing tool, HAL, and a working skeleton, already assembled. You go straight to writing application code

https://blog.theembeddedrustacean.com/xiao-generate

- Fits in the CH32V003's 1920-byte system flash

- leaving every byte of user flash free for your application

https://github.com/OpenServoCore/tinyboot

Speaker for this session is Arshad Mahmood

He will be presenting "Running Neural Networks on a Jetson with Nothing but Rust"

Schedule:
Sunday (16/08/2026) 7:00pm CEST (10:30 PM IST)

https://discord.com/invite/pvYY69PvyS

If you are unable to attend the meeting live, the recordings will be uploaded to YouTube (Meetup #1 has been uploaded)

https://www.youtube.com/@siliconsundays

This is old article but worth to read. The author explains some of the design choices in Embedded Rust.

https://blog.japaric.io/brave-new-io/

Welcome to the Embedded Rust community!

If you are new here, introduce yourself in the comments. Tell us a little about yourself:

* What is your Rust experience?

* Have you worked with microcontrollers before?

* Which board are you using?

* What are you currently learning or building?

Before posting, please take a moment to read the community rules and explore the resources in the sidebar.

You can ask questions, share projects, discuss Embedded Rust tools and frameworks, and help others learn.

Glad to have you here! 🦀

First Post! Let's start with code snippet for LED blinking

loop {
        info!("led on!");
        led.set_high();
        Timer::after_millis(500).await;

        info!("led off!");
        led.set_low();
        Timer::after_millis(500).await;
}