repo-b-hardware-first

Name: repo-b-hardware-first
Availability: InStock
Author: grtninja

Enforce hardware-first diagnosis and fixes on real hardware environments.

2|1|Updated Feb 9, 2026

Search Tags:#evidence #diagnosis #hardware #preflight #strict #shim #real-hardware

Ready to run

npx skills add https://github.com/grtninja/skill-arbiter --skill repo-b-hardware-first

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: repo-b-hardware-first
Source: https://github.com/grtninja/skill-arbiter/tree/main/skill-candidates/repo-b-hardware-first
Command: npx skills add https://github.com/grtninja/skill-arbiter --skill repo-b-hardware-first

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Enforce hardware-first diagnosis and fixes in real hardware environments, ensuring analyses run against the actual hardware path and avoiding reliance on stubs or simulations.

Core Features & Use Cases

Strict-diagnosis workflow: Set strict environment flags, run doctor and probe checks, apply strict preflight profiles, and verify fixes on real hardware.
Real-hardware scope: Use for runtime probes, telemetry, inference, and integration failure scenarios where real hardware behavior and deterministic diagnostics are required.
Evidence-driven validation: Capture and organize evidence to support chain recalculation and verification through the skill-hub.

Quick Start

Run strict preflight and hardware-path validation on your target system.

Frequently Asked Questions about repo-b-hardware-first

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

FAQPage Schema

How do I diagnose hardware failures without relying on stubs or simulations?▼

To diagnose hardware failures without stubs, set strict environment flags and run real preflight checks to validate behavior against the actual hardware path and avoid simulations.

What is hardware-first diagnosis for integration validation?▼

Hardware-first diagnosis is a strict validation workflow that runs doctor and probe checks on real hardware environments to capture deterministic evidence for runtime, telemetry, and inference paths.

How do I run strict preflight checks on real hardware?▼

Run strict preflight checks by applying strict environment flags and executing doctor and probe checks on your target system to verify fixes and capture diagnostic evidence for integration validation.

Can I use this to diagnose shim issues in my runtime environment?▼

Yes, you can diagnose shim issues by enabling strict environment flags and running hardware-path validation to ensure your runtime probes and telemetry rely on real hardware behavior rather than stubs.

What is the best way to capture evidence for telemetry and inference path failures?▼

The best way to capture evidence for telemetry and inference failures is to execute strict preflight profiles on real hardware, organizing the diagnostic output to support chain recalculation and verification.

Why are my diagnostics mismatching real hardware behavior during integration validation?▼

Diagnostics mismatch real hardware behavior when strict environment flags are not applied, causing the validation to fall back on stubs or simulations instead of executing real-hardware preflight checks.