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Supply Chain Optimization as a ServiceTM
powered by rightchain.ai
The World's Most Advanced Supply Chain Optimization and Planning Platforms for Inventory, Transportation, and Warehousing.
RightChain Warehousing
The World's Most Advanced Warehouse Optimization & Planning Platform
Warehouse Optimization as a Service
16% to 34% lower warehousing cost | 14% to 37% higher productivity | 11% to 28% higher storage density
More than 250 DCs and 50 million square feet optimized.
Warehousing. Solved.
WAREHOUSE OPTIMIZATION APPLICATIONS
Warehouse Optimization System and Digital Twin
RightChain Pallets
PALLET PICKING OPTIMIZATION
Minimizes the total cost of pallet storage and picking including labor, occupancy, vehicle operating cost, and the annualized cost of rack and vehicle investment, The AI assigns each SKU to its minimum cost combination of storage mode, storage configuration, and vehicle type. The AI considers all pallet storage modes including floor storage, stacking frames, single deep rack, double deep rack, push back rack, pallet flow rack, and mobile pallet rack. The AI considers all pallet handling types including walkie stackers, sit down counterbalance lift trucks, stand up counterbalance lift trucks, straddle trucks, straddle reach trucks, turret trucks, and ASRS machines. Any of the vehicles can be modeled as conventional or autonomous.
Minimizes the total cost of pallet storage and picking including labor, occupancy, vehicle operating cost, and the annualized cost of rack and vehicle investment, The AI assigns each SKU to its minimum cost combination of storage mode, storage configuration, and vehicle type. The AI considers all pallet storage modes including floor storage, stacking frames, single deep rack, double deep rack, push back rack, pallet flow rack, and mobile pallet rack. The AI considers all pallet handling types including walkie stackers, sit down counterbalance lift trucks, stand up counterbalance lift trucks, straddle trucks, straddle reach trucks, turret trucks, and ASRS machines. Any of the vehicles can be modeled as conventional or autonomous.
RightChain Cases
CASE PICKING OPTIMIZATION
Minimizes the total cost of case picking including labor, occupancy, vehicle operating cost, and the annualized cost of rack and vehicle investment, The AI assigns each SKU to its minimum cost combination of storage mode, storage configuration, and vehicle type. The AI considers all case storage modes including floor storage, stacking frames, single deep rack, double deep rack, push back rack, flow rack, and mobile pallet rack. The AI considers all pallet handling types including walkie stackers, sit down counterbalance lift trucks, stand up counterbalance lift trucks, straddle trucks, straddle reach trucks, turret trucks, and ASRS machines. Any of the vehicles can be modeled as conventional or autonomous. The AI considers all combinations of case picking systems including pick to pallet jack, pick to lift truck, pick to order picker, pick to belt, robotic order picking, and layer picking via lift truck attachment and gantry robot.
Minimizes the total cost of case picking including labor, occupancy, vehicle operating cost, and the annualized cost of rack and vehicle investment, The AI assigns each SKU to its minimum cost combination of storage mode, storage configuration, and vehicle type. The AI considers all case storage modes including floor storage, stacking frames, single deep rack, double deep rack, push back rack, flow rack, and mobile pallet rack. The AI considers all pallet handling types including walkie stackers, sit down counterbalance lift trucks, stand up counterbalance lift trucks, straddle trucks, straddle reach trucks, turret trucks, and ASRS machines. Any of the vehicles can be modeled as conventional or autonomous. The AI considers all combinations of case picking systems including pick to pallet jack, pick to lift truck, pick to order picker, pick to belt, robotic order picking, and layer picking via lift truck attachment and gantry robot.
RightChain Eaches
EACH PICKING OPTIMIZATION
Minimizes the total cost of each picking including picking and restocking labor, occupancy, vehicle operating cost, and the annualized cost of rack and vehicle investment, The AI assigns each SKU to its minimum cost combination of storage mode, storage configuration, and picking mechanism. The AI considers all each picking modes including bin shelving, storage drawers, carton flow rack, horizontal carousels, vertical carousels, traditional miniload ASRS, bot-based ASRS, and automated guided shelving systems. Optimizes the allocation of cube and and lanes for each SKU as well as the optimal slot location.
Minimizes the total cost of each picking including picking and restocking labor, occupancy, vehicle operating cost, and the annualized cost of rack and vehicle investment, The AI assigns each SKU to its minimum cost combination of storage mode, storage configuration, and picking mechanism. The AI considers all each picking modes including bin shelving, storage drawers, carton flow rack, horizontal carousels, vertical carousels, traditional miniload ASRS, bot-based ASRS, and automated guided shelving systems. Optimizes the allocation of cube and and lanes for each SKU as well as the optimal slot location.
RightChain Slotting
SLOTTING OPTIMIZATION
Minimizes the sum of order picking and restocking costs by optimizing the location and allocation of space for each SKU within its optimal storage mode.
Minimizes the sum of order picking and restocking costs by optimizing the location and allocation of space for each SKU within its optimal storage mode.
RightChain Docks
DOCK CAPACITY OPTIMIZATION
RightChain's dock capacity optimization system determines the optimal number and configuration warehouse docks.
RightChain's dock capacity optimization system determines the optimal number and configuration warehouse docks.
RightChain Layouts
WAREHOUSE LAYOUT OPTIMIZATION
The AI minimizes the total material handling costs throughout the warehouse by exchanging the location activities in such a way as to maximize the activity adjacency. In addition, the AI optimizes the overall building configuration.
The AI minimizes the total material handling costs throughout the warehouse by exchanging the location activities in such a way as to maximize the activity adjacency. In addition, the AI optimizes the overall building configuration.
WAREHOUSE INTELLIGENCE APPLICATIONS
Warehouse Intelligence System and Control Tower
RightChain Warehousing Insights
RIGHTCHAIN WAREHOUSING INSIGHTS
RightChainâ„¢ Warehousing Insights provides actionable insights, analysis, trends, and statistics for warehousing transactions including unloading, receiving, storage, picking, shipping and loading at the order, line, pallet, case, each, and dollar units of measure and related ratios. Tableau-esque, RightChainâ„¢ Warehousing Insights provides Paretos, Partitions, Patterns, Maps, Correlations, Quartiles, and many other powerful statistical visualizations and filters for large databases of warehouse activity transactions.
RightChain Warehousing Scoreboard
RightChainâ„¢ Warehousing Metrics provides cost, productivity, accuracy, utilization, and performance baseline metrics for receiving, putaway, pallet storage and picking, case picking, each picking, order assembly, sortation, and shipping in order, line, unit, cube, weight, and dollar units of measure. A business case development and project justification engine are and integrated component.
RightChain Warehousing Practices
RightChainâ„¢ Warehousing Practices allows users to assess their warehousing practices against 200+ best practices in receiving, putaway, storage, picking, shipping, workforce management, warehouse management systems, and material handling.
RightChain Warehousing Forecasting
RightChainâ„¢ Warehousing Forecasts is an AI-based forecasting application for warehousing activity including receipts, picks, and returns in several units of measure including orders, order lines, units, cube, weight, and dollars.
RightChain Staffing
WAREHOUSE WORKFORCE OPTIMIZATION
Minimizes the total cost of warehouse staffing by assigning each operator to their best-fit activity, by maximizing the labor forecast accuracy, and by optimizing the mix of full-time, part-time, and over-time hours.
RightChain Warehousing Benchmarks
RightChain™ has been benchmarking warehousing costs, productivity, storage density, and accuracy since the late 1980s when Dr. Frazelle launched the North American Logistics and Distribution Benchmarking Study. Since then, more than 1,000 warehouses have participated in this comprehensive analysis of comparative warehousing performance. The study is the basis for WERC’s warehouse benchmarking research.