Optimise logistics hub layouts, throughput flow, and site feasibility — ensuring operational targets are met from day one.
operational KPIs validated before design is committed
candidate locations tested simultaneously
zone layouts that scale with technology adoption
AI-Powered Planning
Logistic Centres · Fulfilment Centres
Trusted By Teams Delivering Complex Projects.
The Problem
A suboptimal dock layout or automation zone that cannot scale affects throughput efficiency for the operational life of the building — and is rarely reversible without major capital expenditure.
— How It Works
Define
Define operational requirements: throughput, automation level, dock door counts
Import
Import site data, access roads, and utilities infrastructure
Generate
Generate multiple logistics centre layout scenarios with AI tools
Validate
Validate throughput flow, vehicle routing, and dock efficiency
Test
Test automation zones and future operational flexibility
Export
Export validated layouts and KPI reports for investment approval
Platform Capabilities
Use Cases
Logistics operators planning regional distribution hubs
E-commerce operators planning fulfilment and last-mile facilities
Port authorities planning terminal expansions
Urban planners repurposing legacy dock infrastructure
operational KPIs validated before design is committed
candidate locations tested simultaneously
zone layouts that scale with technology adoption
Future Vision
With e-commerce growth, automation adoption, and nearshoring trends reshaping logistics networks, the demand for well-planned, adaptable logistics centres will intensify. DBF enables faster, smarter feasibility validation for the logistics facilities that underpin modern supply chains.