Guides the development of memory-safe firmware and bare-metal applications using no_std Rust patterns.
The domain-embedded skill equips Claude with specialized architectural patterns and constraints necessary for high-reliability Rust development on microcontrollers and embedded devices. It enforces critical domain rules such as heap-less allocation, interrupt safety, and strict hardware ownership to prevent common firmware bugs. By providing context-aware guidance on HAL traits, PAC register access, and frameworks like RTIC or Embassy, this skill ensures that AI-generated code is compatible with resource-constrained, real-time environments where the Rust standard library is unavailable.
주요 기능
01Provides patterns for heap-less data structures and static memory allocation
02Implements interrupt-safe state management using critical sections
03Optimizes code for ARM Cortex-M, RISC-V, and ESP32 architectures
04596 GitHub stars
05Enforces no_std and no_main configuration for bare-metal environments
06Manages hardware peripheral ownership via HAL and Singleton patterns
사용 사례
01Developing production-grade firmware for STM32 or nRF microcontrollers
02Migrating legacy C/C++ embedded projects to memory-safe Rust
03Architecting real-time systems using async frameworks like Embassy
