How does it handle network failures?

It implements 'Store & Forward' patterns, suggesting local queues and exponential backoff retry logic to prevent data loss during outages.

What is the domain-iot Claude Code Skill?

It is a specialized extension that provides Claude with the context and patterns necessary to generate production-grade Rust code for IoT devices and gateways.

Does it support no_std for microcontrollers?

Yes, it includes specific design implications and crates for embassy and embedded-hal to support resource-constrained environments.

Can it help with IoT security?

Yes, the skill enforces communication encryption via TLS and provides patterns for signed firmware and secure device messaging.

Rust IoT Domain Expert

Name: Rust IoT Domain Expert
Author: lywa1998

bylywa1998

Herramientas para Desarrolladores

Optimizes Rust-based IoT development by enforcing domain-specific constraints like power efficiency, network reliability, and edge computing patterns.

Acerca de

The domain-iot skill provides specialized architectural guidance for building robust Internet of Things applications using Rust. It helps developers implement critical patterns such as offline-first buffering, power-aware sleep cycles, and secure MQTT communications. Whether you are targeting Linux-based gateways with the standard library or resource-constrained microcontrollers using no_std, this skill ensures your code adheres to industry best practices for telemetry, OTA updates, and device lifecycle management.

Características Principales

Implements offline-first architectures with local buffering and retry logic
Offers specific guidance for both Linux gateways (std) and MCU devices (no_std)
0 GitHub stars
Configures secure MQTT communication using rumqttc and embassy
Provides power-efficient patterns for battery-operated devices and sleep modes
Enforces best practices for firmware OTA updates and edge computing logic

Casos de Uso

Building a smart home gateway that requires persistent local storage during network outages
Developing low-power sensor node firmware using Rust on microcontrollers
Implementing secure, encrypted telemetry pipelines for industrial edge computing

Acerca de

Características Principales

Implements offline-first architectures with local buffering and retry logic
Offers specific guidance for both Linux gateways (std) and MCU devices (no_std)
0 GitHub stars
Configures secure MQTT communication using rumqttc and embassy
Provides power-efficient patterns for battery-operated devices and sleep modes
Enforces best practices for firmware OTA updates and edge computing logic

Casos de Uso

Building a smart home gateway that requires persistent local storage during network outages
Developing low-power sensor node firmware using Rust on microcontrollers
Implementing secure, encrypted telemetry pipelines for industrial edge computing