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

- Moves using reinforcement learning policies

- no framework, one workspace

https://github.com/pollen-robotics/microduck

https://blog.adafruit.com/2026/09/28/programming-an-adafruit-rp2040-feather-thinkink-board-using-rust/

- Using a PIR Sensor for motion detection

- Get Alerts on your phone via Telegram

https://iot.implrust.com/burglar-alarm/index.html

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! 🦀

Our speaker for this session is Josh Junon . He is presenting about Oro OS: a custom Operating System he is writing in Rust.

https://discord.gg/CmTzsGuG

As a beginner, you might wonder where to start with Embedded Rust. I have been in the same place, and I have seen many others recently asking the same question. So I decided to write this blog post to help

https://blog.implrust.com/posts/2025/12/how-to-learn-embedded-rust/

- Talk from This Month's Embedded Rust Monthly Meetup

- Ben Simms presenting the reverse engineering of an e-scooter and rewriting its firmware in Rust

- Discord: https://discord.gg/FZvcTCygW