logistics-network-design

Design logistics network flows, nodes, modes, and buffers for risk-adjusted landed cost.

Updated Aug 22, 2026
One-click install
npx skills add https://github.com/fritzgeraldz/Vibe-Managing --skill logistics-network-design-fritzgeraldz
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: logistics-network-design
Source: https://github.com/fritzgeraldz/Vibe-Managing/tree/main/skills/supply-chain/logistics-network-design
Command: npx skills add https://github.com/fritzgeraldz/Vibe-Managing --skill logistics-network-design-fritzgeraldz

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve? Founders and operators struggle to design logistics networks that balance service levels, landed cost, and resilience without deep supply chain expertise. This Skill turns founder intent into an evidence-backed network design decision with quantified tradeoffs. ## Core Features & Use Cases - Network Scenario Modeling: Map demand and origins, calculate landed cost, model service and capacity, and compare network scenarios against hard constraints. - Disruption Testing: Stress-test network designs against downside scenarios and quantify expected downside loss and resilience. - Decision Governance: Produce decision records, phased transition plans, KPIs (landed cost, OTIF, transit variability, network resilience), and escalation rules with human approval gates. - Use Case: A founder asks whether to add a second distribution center. The Skill loads company context, compares at least three feasible network options against the counterfactual, and recommends the highest confidence-weighted option within cash and risk limits. ## Quick Start Use logistics network design to evaluate whether adding a regional warehouse lowers our landed cost while keeping on-time-in-full above target.

Frequently Asked Questions about logistics-network-design

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

FAQPage Schema
How do I design a logistics network for my business?▼

Logistics network design maps demand and origins, calculates landed cost, models service and capacity, then compares network scenarios against hard constraints. This Skill recommends the smallest action portfolio that maximizes risk-adjusted expected value and defines monitoring and review cadences.

What is risk-adjusted landed cost in network design?▼

Risk-adjusted value equals probability of success times expected incremental value minus implementation cost and expected downside loss. The Skill also applies confidence weighting so recommendations reflect evidence quality, not just raw projections.

Can this Skill handle supply chain disruption scenarios?▼

Yes, the analysis framework includes a disruption testing step that simulates primary, downside, and stress cases in the Business Digital Twin. Options breaching hard constraints in any credible scenario are rejected, redesigned, or escalated.

When should I not use logistics network design automation?▼

Do not use it before benchmark-calibration establishes comparability, for regulated determinations requiring licensed specialists, or during an active emergency outside the incident command structure. Material commitments always require named human approval.

What KPIs does a logistics network design track?▼

The Skill tracks landed cost, on-time-in-full, transit variability, and network resilience, each with baseline, target, actual, trend, confidence, and owner. It also measures recommendation calibration and execution quality over time.