archivist-fragile-hotspot-auditor

Trace data flows to identify data-loss and stale-state risks in Project Archivist.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/rfowler1994/project-archivist --skill archivist-fragile-hotspot-auditor
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: archivist-fragile-hotspot-auditor
Source: https://github.com/rfowler1994/project-archivist/tree/main/.agents/skills/archivist-fragile-hotspot-auditor
Command: npx skills add https://github.com/rfowler1994/project-archivist --skill archivist-fragile-hotspot-auditor

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Audit fragile paths with evidence-first discipline to identify potential data loss, state corruption, and subtle workflow breakages in Project Archivist without editing code.

Core Features & Use Cases

  • Evidence-driven guidance for auditing autosave, editor sessions, workspace tabs, and cross-tab state.
  • References existing audit contracts and reports to maintain consistency.
  • Generates actionable findings and risk assessments for security and reliability.

Quick Start

Run a focused audit pass on a fragile hotspot using archivist-fragile-hotspot-auditor and review the resulting report.

Frequently Asked Questions about archivist-fragile-hotspot-auditor

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

FAQPage Schema
How do I audit fragile state paths for data loss and stale-state conditions?

Auditing fragile state paths involves tracing data from source-of-truth documents, UI state, API contracts, and local persistence to surface data-loss and stale-state conditions. The process collects concrete evidence, reproduces steps, and generates risk severity with remediation guidance.

What is cross-tab synchronization risk analysis in persistence layers?

Cross-tab synchronization risk analysis detects data-loss and state corruption across runtime boundaries by tracing state lifecycle dependencies. It evaluates autosave, editor sessions, workspace tabs, and route identity to surface stale-state conditions and fragile persistence paths.

How do I identify data-loss risks in autosave and editor sessions?

Identify data-loss risks by tracing data flow from source-of-truth docs and API contracts to local persistence across autosave and editor sessions. Collect concrete evidence, reproduce failure steps, and generate risk severity findings aligned with audit reporting requirements.

Can I audit workspace tabs and route identity without editing code?

Yes, you can audit workspace tabs and route identity without editing code by tracing state paths across runtime boundaries. The evidence-first approach collects concrete findings, reproduces steps, and generates risk severity reports referencing the archivist-audit-report contract.

What's the best way to structure audit findings for fragile state paths?

Structure audit findings by aligning with the archivist-audit-report contract. Generate reports containing concrete evidence, reproduced steps, risk severity levels, and remediation pointers to maintain consistency with existing audit reporting requirements.

Why does cross-tab state corruption happen across runtime boundaries?

Cross-tab state corruption occurs when local persistence and API contracts fall out of sync with source-of-truth docs across runtime boundaries. Tracing data flow through autosave, editor sessions, and route identity surfaces the specific stale-state conditions causing data loss.