UCC

Asynchronous framework for embedded systems written in Rust language.

Temerature reading with STM32F401RET6 and MAX31865 and W5500.

A minimal SECoP implementation in Rust, intended to be used on no_std systems like microcontollers.

W5500 ethernet module driver written in rust

Open-source KiCad PCB acting as a power distribution and SPI hub motherboard for W5100S/W5500-EVB-Pico, driving six LED lamp units in a university building-scal

A complete IoT-based cashless canteen system using Arduino Nano + W5500 for secure card provisioning and ESP32 Wi-Fi for wireless payment processing.

https://github.com/wseaton/cloggo

Exploring esp-idf-svc: Building Type-Safe Rust Applications on ESP32

A bidirectional CAN bus to Ethernet/WiFi bridge implementation for the Raspberry Pi Pico W written in Rust using the Embassy async framework.

Embassy’s embassy-net-wiznet just gained an initial WIZnet W6300 chip driver in Rust, enabling Embassy applications to talk to the newest 10/100 TOE controller

Dual-Stack Industrial Control: High-Performance Support for C++ and Rust: prodino-esp32-ethernet-v1

Async Rust (Embassy) GPS server on RP2040 + W5500. Delivers real-time GPS data via TCP API with full NMEA parsing and memory-safe concurrent task handling.

Implements a Protocol Break Relay—a security pattern from the Cross Domain Solution (CDS) domain—using Rust on the W5500-EVB-Pico board.

Introducing two solutions that fully support the WIZnet W6100 (IPv6) in the ESP32 environment.

This post introduces the newly added W55RP20 example in Embassy and shares a simple guide on how to use it.

A lightweight Rust driver for the WIZnet W5500 Ethernet chip using SPI. Designed for no_std embedded systems with built-in TCP/IP offload (TOE).

Board STM32F401RET6 reading temperature using sensor MAX31865 with SPI1 and W5500 Ethernet controller in SPI2.

Embedded rust support for the Wiznet W5500 SPI internet offload chip.