Network Optimization
Design the perfect supply chain network. Balance cost, service, and sustainability with AI.
Find optimal facility locations, inventory placement, and transportation routes. Reduce costs by 15-30% while improving service levels.
Optimization Configuration
Network Design is Complex. We Make it Simple.
Traditional network design takes months and still misses opportunities. AI-powered optimization finds the perfect balance in days.
Traditional Approach
- ×Manual analysis in spreadsheets
- ×Limited scenario evaluation
- ×Months of consultant work
- ×Single-objective focus (usually cost)
- ×Static recommendations
- ×No real-time optimization
AI-Powered Optimization
- ✓Automated AI optimization
- ✓Test thousands of configurations
- ✓Results in hours, not months
- ✓Balance 10+ objectives simultaneously
- ✓Dynamic, adaptable networks
- ✓Continuous re-optimization
Your Path to Network Excellence
Five simple steps to optimize your entire supply chain network
Configure Objectives
Select which cost and sustainability objectives to optimize
Mix and match from 10 objective components
Define Network Structure
Specify your supply chain network components and relationships
Customers, warehouses, factories, suppliers, and BOM
Set Constraints
Apply real-world capacity and flow constraints
Storage, production, supply, and vehicle constraints
Run Optimization
AI-powered solver finds the optimal network configuration
Straight or driving distance calculations included
Compare & Analyze
Compare optimized network with baseline or other scenarios
Full KPI dashboards and model comparison tools
Complete Control Over Your Optimization
Customize every aspect of your network optimization with our flexible platform
Multi-Objective Optimization
Include or exclude any combination of objectives to match your business priorities
Revenue
Storage Cost
Processing Cost
Transportation Cost
Production Cost
Operational Cost
Supply Cost
Tariff Cost
Vehicle CO2
Facility CO2
Flexible Network Structure
Model your exact supply chain structure with all its complexities
Customer
End customers and demand points
Warehouse/DC
Distribution centers and warehouses
Factory
Manufacturing and production facilities
Supplier
Raw material and component suppliers
Bill-of-Materials
Include BOM in the optimization model
Real-World Constraints
Apply practical constraints to ensure feasible solutions
Capacity Constraints
- Storage Capacity
- Production Capacity
- Supply Capacity
Flow Constraints
- Product Flow
- Vehicle Capacity
Accurate Distance Calculations
Choose the distance calculation method that best fits your needs
Driving Distance
Real road distances calculated automatically for accurate transportation costs
Straight Line Distance
Euclidean distances for quick approximations and strategic planning
Note: Our platform automatically calculates distances for both methods - no manual input required
Compare and Validate Your Results
Don't just optimize - prove the value with comprehensive comparisons
Side-by-Side Analysis
Compare your optimized network with your baseline or any other scenario to demonstrate improvements
- Full KPI Dashboards
Comprehensive metrics for both models
- Visual Comparisons
See network changes on interactive maps
- Impact Analysis
Understand the effect of every change
Comparison Results
Transform Your Supply Chain Performance
Achieve breakthrough improvements across all dimensions
15-30% Cost Reduction
Proven savingsIdentify optimal facility locations, inventory placement, and transportation routes
Improved Service Levels
95%+ OTIFOptimize network to meet customer demand while minimizing lead times
Risk Mitigation
50% less riskBuild resilient networks that can adapt to disruptions and demand volatility
Sustainability Goals
25% less CO2Reduce carbon footprint through optimized transportation and facility placement
Proven Success Across Industries
From retail to manufacturing, see how companies optimize their networks
Merger & Acquisition Integration
Combining two supply chain networks into one optimal system
Duplicate facilities, overlapping routes, different systems and processes
Optimize combined network to eliminate redundancies while maintaining service
40% reduction in overlapping facilities, $5M annual savings
Footprint Rationalization
Reducing network complexity and operational costs
Too many facilities, high fixed costs, underutilized capacity
Identify optimal facility mix and consolidate volume strategically
35% reduction in facility costs, improved capacity utilization to 85%
Omnichannel Fulfillment
Adding e-commerce to traditional distribution
Where to fulfill online orders, inventory positioning
Optimize for both channels simultaneously
40% reduction in last-mile delivery costs
Sustainability Transformation
Achieving carbon reduction targets
Balancing cost with environmental impact
Multi-objective optimization including CO2 emissions
30% CO2 reduction with only 5% cost increase
Measurable Business Impact
Real results from real implementations
Why Choose Lagrange.AI
Unique capabilities that set us apart
Multi-Objective Optimization
Balance 10+ objectives simultaneously including costs and emissions
Real Distance Calculations
Accurate driving or straight-line distance calculations built-in
Digital Twin Integration
Optimize based on your actual network data and constraints
Scenario Comparison
Compare multiple network designs with full KPI dashboards