Choose from multiple optimization algorithms including Dynamic Programming (DP), Linear Programming (LP), Mixed-Integer LP (MILP), Coordinate Descent, and Genetic algorithms based on your network complexity.
Multi-Echelon Inventory Optimization (MEIO) Engine
Receive specific safety stock recommendations for each node-item combination with current vs. recommended values and expected improvements.
Multi-Echelon Inventory Optimization (MEIO) Engine
Set service level targets from 85% to 99.9% with automatic Z-score calculation (0.84-3.09) for precise safety stock determination.
Multi-Echelon Inventory Optimization (MEIO) Engine
Understand exactly how each recommendation affects service levels to make informed decisions balancing cost and customer satisfaction.
Multi-Echelon Inventory Optimization (MEIO) Engine
View calculated cost savings for each recommendation and in aggregate to build the business case for inventory optimization.
Multi-Echelon Inventory Optimization (MEIO) Engine
See precise inventory reduction amounts in units and percentages for each recommendation to quantify improvement opportunities.
Multi-Echelon Inventory Optimization (MEIO) Engine
Get optimized reorder point recommendations alongside safety stock to ensure timely replenishment triggers throughout your network.
Multi-Echelon Inventory Optimization (MEIO) Engine
Leverage sophisticated gradient descent algorithms that iteratively converge on optimal safety stock levels while respecting all constraints.
Multi-Echelon Inventory Optimization (MEIO) Engine
Select specific nodes or the entire network for optimization runs, allowing focused improvements on problem areas or network-wide optimization.
Multi-Echelon Inventory Optimization (MEIO) Engine
Monitor optimization progress with status tracking (Idle, Configuring, Running, Completed, Error), progress bars, and execution time displays.
Multi-Echelon Inventory Optimization (MEIO) Engine
Review each recommendation individually with the ability to accept for implementation or reject with documented reasoning.
Multi-Echelon Inventory Optimization (MEIO) Engine
One-click application of accepted recommendations directly updates inventory parameters in your system for immediate execution.
Multi-Echelon Inventory Optimization (MEIO) Engine
Export complete optimization results as JSON for reporting, audit trails, or integration with external analysis tools. ---
Multi-Echelon Inventory Optimization (MEIO) Engine
Utilize the sophisticated formula SS = Z × √(σLT² × D² + σD² × LT) incorporating both demand and lead time variability for accurate buffer calculation.
Safety Stock Calculation Engine
Support for service levels from 80% to 99.9% with precise Z-score interpolation (0.84 to 3.09) for any target service level.
Safety Stock Calculation Engine
Incorporate supplier and transportation lead time uncertainty into safety stock calculations for robust inventory positioning.
Safety Stock Calculation Engine
Account for demand variability patterns in safety stock calculations to ensure appropriate buffer levels for each item's demand characteristics.
Safety Stock Calculation Engine
Optimize order quantities alongside safety stock to minimize total ordering and holding costs. ---
Safety Stock Calculation Engine
Create and manage supply chain tiers (echelons) from raw material suppliers through manufacturers, distribution centers, to retail locations with configurable level hierarchies.
Network ConfigurationModeling
Configure any type of supply chain node including suppliers, plants, DCs, stores, factories, retail locations, and warehouses with detailed operational parameters.
Network ConfigurationModeling
Set precise holding cost rates (annual %) and handling costs per unit for each node to ensure accurate total cost of ownership calculations.
Network ConfigurationModeling
Define capacity constraints for each node to ensure optimization recommendations respect physical and operational limitations of your facilities.
Network ConfigurationModeling
Define connections between nodes with lead time (days), standard deviation, transportation costs, minimum order quantities, and order multiples for accurate flow modeling.
Network ConfigurationModeling
Capture lead time uncertainty with standard deviation parameters for each relationship to build robust safety stock calculations.
Network ConfigurationModeling
Preview your entire supply chain topology with hierarchical layouts, color-coded node types, and directional flow arrows showing material movement.
Network ConfigurationModeling
Import existing network configurations via CSV or JSON files and export configurations for backup, sharing, or integration with other systems.
Network ConfigurationModeling
Automatic validation prevents circular dependencies in your network to ensure logical material flow from upstream to downstream nodes. ---
Network ConfigurationModeling
View rebalancing recommendations ranked by priority (P1-P10) with color-coded badges to focus on highest-impact opportunities first.
Inventory Rebalancing
Automatic identification of optimal transfer paths showing which nodes have excess inventory and which have shortages.
Inventory Rebalancing
See monthly savings estimates for each rebalancing recommendation to prioritize actions with the greatest financial impact.
Inventory Rebalancing
Progress recommendations through Pending → Approved → Executed stages with full visibility into status at each step.
Inventory Rebalancing
Document reasons when rejecting recommendations to maintain decision audit trails and improve future recommendation quality.
Inventory Rebalancing
Automatically create inventory transfer orders from approved recommendations for seamless execution through your warehouse systems.
Inventory Rebalancing
Stock levels update in real-time as transfers execute, maintaining accurate visibility across all network nodes.
Inventory Rebalancing
Trigger fresh rebalancing analysis on demand to identify new opportunities as network conditions change. ---
Inventory Rebalancing
Intelligent recommendations on whether to transfer from another node, purchase from suppliers, or split between both options.
Transfer vs. Purchase Optimization
Choose optimization priorities: fastest delivery, lowest cost, prefer transfer, or prefer purchase based on business requirements.
Transfer vs. Purchase Optimization
Understand how each fulfillment option affects customer service levels to make informed sourcing decisions.
Transfer vs. Purchase Optimization
Complete cost analysis including handling, transit, and ordering costs for accurate total cost comparison between options.
Transfer vs. Purchase Optimization
Calculate and compare carbon footprint of transfer vs. purchase options with configurable carbon weight in optimization.
Transfer vs. Purchase Optimization
Recommendations can suggest partial transfer plus partial purchase when this combination offers the best cost/service/environmental outcome. ---
Transfer vs. Purchase Optimization
Build completely new scenarios to model future network configurations, demand patterns, or policy changes.
What-If Scenario Analysis
Duplicate existing scenarios as starting points for incremental adjustments and comparative analysis.
What-If Scenario Analysis
Track scenario status through Draft, Running, Completed, and Archived stages for organized scenario management.
What-If Scenario Analysis
Compare up to 3 scenarios side-by-side with clear visualization of inventory value, holding cost, and service level differences.
What-If Scenario Analysis
Built-in guidance helps users create meaningful scenarios with tips on seasonal variations, planning cycles, and result interpretation.
What-If Scenario Analysis
Visualize how different service level targets affect inventory investment with interactive trade-off curves.
What-If Scenario Analysis
See the cost implications of service level changes to find the optimal balance for your business objectives.
What-If Scenario Analysis
Quick-start with preset scenarios at 85%, 90%, 95%, and 99% service levels to rapidly compare common operating points.
What-If Scenario Analysis
Model the impact of any custom parameter combination on inventory levels and service performance. ---
What-If Scenario Analysis
View complete history of all optimization runs with name, type, status, algorithm, and results for full auditability.
Optimization Run Management
Choose the best algorithm for your network with intelligent recommendations based on complexity and requirements.
Optimization Run Management
Cancel running optimizations, view completed results, or investigate failed runs with context-appropriate action buttons.
Optimization Run Management
See exactly how many nodes and items were processed in each run to understand optimization scope.
Optimization Run Management
Track cost savings achieved across optimization runs to demonstrate continuous improvement over time.
Optimization Run Management
Launch new optimization runs with configurable parameters including algorithm, target service level, and rebalancing inclusion. ---
Optimization Run Management
Analyze trends over 7, 30, 90, or 365 days to identify short-term issues or long-term patterns in inventory performance.
Comprehensive Analytics
View inventory value, service level, and fill rate trends on a single multi-axis chart to identify correlations and patterns.
Comprehensive Analytics
Understand service level performance distribution across your network with pie chart visualization showing performance tiers.
Comprehensive Analytics
Drill down to individual node performance metrics to identify specific locations needing attention.
Comprehensive Analytics
Automatically classify demand patterns as Smooth, Erratic, Lumpy, or Intermittent based on coefficient of variation for appropriate policy selection.
Comprehensive Analytics
Quickly identify items with high demand variability that require special attention or different stocking policies.
Comprehensive Analytics
Analyze days of coverage across the network to ensure adequate stock positioning while avoiding excess.
Comprehensive Analytics
Identify locations with excess inventory that can be reduced or rebalanced to improve working capital. ---
Comprehensive Analytics
Monitor real-time inventory value across your entire supply chain with trend indicators and period-over-period tracking to identify investment patterns.
Real-Time MEIO DashboardKPIs
Track safety stock investment levels with change indicators to ensure optimal buffer stock positioning throughout the network.
Real-Time MEIO DashboardKPIs
View fill rate percentages and service level metrics in real-time to ensure customer demand is being met consistently across all locations.
Real-Time MEIO DashboardKPIs
Monitor how efficiently inventory moves through your network with turns ratio tracking to maximize working capital efficiency.
Real-Time MEIO DashboardKPIs
See echelon counts, node totals, connection counts, and SKU-location pairs at a glance to understand the scope and complexity of your supply network.
Real-Time MEIO DashboardKPIs
View your entire supply chain network as an interactive visual diagram with color-coded nodes, relationship arrows, and hierarchical tier layouts.
Real-Time MEIO DashboardKPIs
Stay informed of inventory issues with a dedicated alerts panel highlighting stockouts, excess inventory, and service level breaches requiring attention. ---
Real-Time MEIO DashboardKPIs
Consume buffer positioning data from DDMRP implementations for integrated demand-driven multi-echelon optimization.
IntegrationData Exchange
Link optimized safety stock and reorder points to planned orders in MRP systems for seamless execution.
IntegrationData Exchange
Standardized import templates for bulk network configuration, item setup, and historical data loading.
IntegrationData Exchange
Comprehensive REST APIs for integration with ERP, WMS, TMS, and business intelligence platforms.
IntegrationData Exchange
Maintain synchronized inventory data across all integrated systems with real-time updates from optimization and rebalancing actions. ---
IntegrationData Exchange
Handle networks with 100+ nodes and thousands of SKU-location combinations with efficient pagination and data loading.
Enterprise ScalabilityPerformance
Complete data isolation and tenant-specific configuration for secure multi-company or multi-division deployments.
Enterprise ScalabilityPerformance
Long-running optimizations execute in the background allowing users to continue other work while algorithms complete.
Enterprise ScalabilityPerformance
Cancel in-progress optimization runs if parameters need adjustment or business priorities change.
Enterprise ScalabilityPerformance
Full tracking of all optimization runs, recommendations, acceptances, rejections, and executions for compliance and analysis.
Enterprise ScalabilityPerformance