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domain-embedded

Identify and apply safe no_std-domain patterns for embedded Rust projects.

1|Updated Apr 4, 2026
Search Tags:#embedded#stm32#bare-metal#interrupts#no_std#peripherals
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Skill: domain-embedded
Source: https://github.com/Jylhis/claude-marketplace/tree/main/plugins/rust-dev/skills/domain-embedded
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SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Developers working on embedded/no_std Rust projects face strict memory and safety constraints, requiring disciplined design patterns and clear ownership to avoid heap allocations and runtime hazards.

Core Features & Use Cases

  • No-heap design guidance for microcontroller firmware
  • Peripherals ownership and safe access patterns
  • Interrupt-safe strategies and static state modeling
  • Deterministic, safe concurrency for embedded firmware

Quick Start

Begin by enabling no_std in your Rust project and adopting a static, interrupt-safe peripheral ownership pattern.

Frequently Asked Questions about domain-embedded

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I manage hardware peripheral ownership safely in bare-metal Rust?▼

Safe bare-metal Rust uses explicit peripheral ownership patterns to enforce compile-time access control. This prevents data races and ensures deterministic behavior without requiring heap allocations.

What's the best way to handle interrupts in no_std embedded Rust?▼

Interrupt-safe state management in no_std embedded Rust relies on static memory modeling. Crates like RTIC and Embassy provide frameworks to safely share state between interrupt handlers and main execution.

Can I use heapless data structures for MCU firmware development without dynamic allocation?▼

Yes, the heapless crate enables no-heap design for microcontroller firmware. It provides statically allocated data structures like queues and vectors, ensuring deterministic memory usage without runtime allocation.

When do I need no_std patterns for embedded Rust projects?▼

You need no_std patterns for embedded Rust projects when developing microcontroller firmware with strict memory and safety constraints. This discipline avoids heap allocations, runtime hazards, and ensures deterministic behavior.

Does RTIC work with STM32 bare-metal Rust development?▼

Yes, RTIC supports bare-metal Rust development on STM32 microcontrollers. It provides interrupt-safe concurrency and static state management, enabling deterministic, safe firmware without standard library dependencies.

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