Forge-Migration-Assessment

Assesses migration blast radius, blockers, and sequencing from codebase knowledge graphs.

Updated Jul 18, 2026
One-click install
npx skills add https://github.com/Nealsch/ForgeOS --skill forge-migration-assessment-nealsch
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: Forge-Migration-Assessment
Source: https://github.com/Nealsch/ForgeOS/tree/main/Framework/05-Skills/02-Architecture/Forge-Migration-Assessment
Command: npx skills add https://github.com/Nealsch/ForgeOS --skill forge-migration-assessment-nealsch

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Planning a framework, platform, or architecture migration without knowing the full impact leads to broken dependencies, unexpected blockers, and costly rework. This Skill scopes migrations by combining knowledge graph analysis with dependency and technical-debt signals. ## Core Features & Use Cases - Blast Radius Analysis: Walks the knowledge graph to identify every node and edge affected by a proposed migration. - Blocker Detection: Flags cyclic dependencies, god nodes, and unsupported constructs that block clean migration. - Risk & Sequencing Outputs: Produces a migration impact assessment, risk register, and sequencing recommendation with confidence labels preserved. - Use Case: Before migrating a monolith to services, run this Skill against the codebase analysis report to identify which modules must be decoupled first and which cyclic dependencies will block the move. ## Quick Start Assess the migration impact of moving this codebase from its current framework to the proposed target architecture using the existing knowledge graph and analysis report.

Frequently Asked Questions about Forge-Migration-Assessment

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

FAQPage Schema
How do I assess the impact of a framework migration?▼

Provide a knowledge graph and analysis report of the current codebase plus the proposed target architecture. The Skill walks the graph to identify every affected node and edge, then produces an impact assessment with confidence labels and traceability.

How to plan migration sequencing for a monolith decomposition?▼

The Skill scores migration complexity by surface area, blocker severity, and dependency depth, then recommends an ordering that resolves blockers like cyclic dependencies and god nodes before migrating dependent modules.

What inputs are required for migration risk analysis?▼

You need a knowledge graph with confidence-labelled edges, an analysis report, a dependency map, and optionally technical-debt findings, plus the proposed target architecture or migration scope. Graph freshness is verified before findings are treated as current.

When should I not use migration assessment?▼

Do not use it when no knowledge graph or analysis report exists, or when the change is a localized feature addition. For localized changes, use solution architecture design instead of full migration scoping.

Does migration assessment approve or execute the migration?▼

No. It only interprets analysis outputs to produce impact assessments, risk registers, and sequencing recommendations. It does not approve migrations, commit to a target architecture, approve work items, or run the analysis tooling itself.