dependency-mapping

Map and analyze cross-project dependencies to classify risks and assign owners.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/withmartian-sandbox/ghrc-x-3126672651424eddb640ecc81321a665 --skill dependency-mapping-withmartian-sandbox
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: dependency-mapping
Source: https://github.com/withmartian-sandbox/ghrc-x-3126672651424eddb640ecc81321a665/tree/main/pmo-team/skills/dependency-mapping
Command: npx skills add https://github.com/withmartian-sandbox/ghrc-x-3126672651424eddb640ecc81321a665 --skill dependency-mapping-withmartian-sandbox

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill eliminates surprise schedule and delivery failures by systematically identifying, classifying, and managing dependencies that span multiple projects, ensuring visibility and proactive mitigation.

Core Features & Use Cases

  • Dependency Identification: Collect cross-project links, integration points, vendor commitments, and deliverable handoffs to build a complete inventory.
  • Classification & Criticality: Classify dependencies by FS/SS/FF/SF and internal/external source, and assess critical path impact and slack.
  • Impact Analysis & Tracking: Produce impact matrices, critical-path visualizations, tracking templates, owner assignments, and escalation triggers for ongoing program management.
  • Use Case: During portfolio planning, run a dependency sweep to surface vendor and integration risks, then generate a tracking plan and escalation path for critical dependencies.

Quick Start

Map dependencies across the portfolio, produce a dependency-inventory and critical-path summary, and assign owners for at-risk items.

Frequently Asked Questions about dependency-mapping

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

FAQPage Schema
How do I map cross-project dependencies for portfolio management?

To map cross-project dependencies, collect integration points, vendor commitments, and deliverable handoffs to build a complete dependency inventory. This process classifies links by type and assesses critical path impact to ensure proactive risk mitigation across the portfolio.

What is dependency classification by FS, SS, FF, and SF types?

Dependency classification by FS (Finish-to-Start), SS (Start-to-Start), FF (Finish-to-Finish), and SF (Start-to-Finish) categorizes how cross-project tasks relate sequentially. This classification assesses critical path impact and slack to identify schedule risks in portfolio planning.

How do I identify critical path and dependency risks across multiple projects?

Identify critical path and dependency risks by producing impact matrices and critical-path visualizations from your dependency inventory. This highlights at-risk items with insufficient slack, enabling assignment of owners and escalation triggers for ongoing tracking.

Can I generate tracking templates and escalation triggers for vendor commitments?

Yes, you can generate tracking templates and escalation triggers for vendor commitments. The skill produces owner assignments and impact assessments for external dependencies, ensuring ongoing program management and proactive mitigation of vendor delivery risks.

What's the best way to do impact analysis for cross-project integration points?

The best way to perform impact analysis for integration points is producing an impact matrix that evaluates dependency criticality and schedule slack. This systematically surfaces vendor and integration risks during portfolio planning to prevent delivery failures.

When do I need a formal dependency tracking process for project scheduling?

You need a formal dependency tracking process when managing portfolio-level planning where cross-project links and vendor commitments span multiple teams. It eliminates surprise schedule failures by systematically classifying dependencies and assigning owners for at-risk items.