Network Design

Plan air cargo networks with clearer capacity logic and fewer spreadsheet tradeoffs

Air cargo teams struggle to balance hub capacity, routing choices, service levels, and disruption risk across disconnected planning tools and manual network decisions.

16% landed cost reduction

The problem

Why this decision becomes expensive without structure

Air cargo teams struggle to balance hub capacity, routing choices, service levels, and disruption risk across disconnected planning tools and manual network decisions.

Spreadsheets and manual planning break down when constraints interact. Generic AI tools lack the structural matching needed to produce usable, reviewable outputs. This use case needs a decision workflow that fits the problem shape, not a one-size-fits-all answer.

Typical use cases

Where this solution fits

Design or refine hub-and-spoke cargo flows

Compare routing and capacity tradeoffs across airports and nodes

Allocate cargo volumes under network and service constraints

Evaluate disruption scenarios and alternate network designs

Improve air cargo throughput planning across hubs and routes

Outputs you receive

Decision-ready outputs for this use case

Mongeflow packages this work into stakeholder-ready output layers and premium export formats.

Cargo network design recommendation
Capacity and flow allocation plan
Service-level and cost tradeoff summary
Scenario comparison report

Benchmark context

16% landed cost reduction

Feng et al. (2015) Transportation Research

Where this solution is used

Related industries

Airport OperationsLogistics & TransportManufacturingRetail & E-commerce

See this workflow inside Mongeflow

Explore how Mongeflow turns this operational problem into a structured decision path with clearer outputs, assumptions, and handoff.