Put Every SKU in the Right Place to Cut Travel and Free Up Space
Where each item sits in your warehouse decides how far your pickers walk, how often you replenish, and how much of your space actually works. We help you implement and optimize Manhattan Active® Slotting so product placement is driven by data and demand, not habit, and keeps improving as your volumes shift.
- Travel reduction
- Space utilization
- Replenishment
- Re-slotting
Faster picking with less wasted travel
Better use of your existing warehouse space
Fewer replenishments and less aisle congestion
How Slotting Decisions Get Made
Slotting is not a one-time layout exercise, it is a recurring decision loop driven by demand.
Profile
Item velocity, cube, weight, and affinity are pulled from live order and movement history.
Constrain
Zone rules, equipment limits, hazmat separation, and pick-face capacity set the limits the optimizer has to work within.
Optimize
The engine scores candidate placements against travel, congestion, and replenishment cost, then ranks them.
Move
Approved changes become directed re-slot tasks sequenced to avoid disrupting active picking.
Refresh
Seasonality and assortment shifts trigger the next analysis cycle on a set cadence.
Why Slotting Breaks Down Over Time
Most warehouses were slotted once and never revisited, so placement drifts out of sync with how product actually moves:
Fast movers sit far from pack and ship, driving up travel
Slot sizes no longer match product velocity or dimensions
Replenishment runs constantly and congestion builds in busy aisles
Seasonal and demand shifts leave layouts permanently out of date
The result is pickers walking further, space sitting idle, and throughput capped well below what your footprint could deliver.
Slotting Strategy, Configuration, and Continuous Tuning
Slotting decides where product lives; your WMS decides how it moves. We help you design and run slotting that feeds shorter, cleaner work into Manhattan Active® Warehouse Management and the labor standards behind it.
Slotting Strategy & Design
We define the slotting logic for your operation, including velocity classes, zones, golden-zone rules, and the placement policies that shape every pick path.
Data Modeling & Analysis
We model item velocity, cube and dimensions, order affinity, and demand patterns so placement decisions rest on how your inventory really behaves.
Slotting Configuration
We configure Manhattan Active® Slotting rules and constraints to reflect your zones, equipment, storage media, and operational priorities.
Optimization Cycle Execution
We run optimization cycles, generate move plans, and validate them so you get placement recommendations you can act on with confidence.
WMS & Labor Alignment
We align slotting outputs with Manhattan Active® Warehouse Management execution and Labor Management standards, so shorter travel translates into measurable productivity.
Continuous Re-Slotting
We set up recurring re-slotting cycles that respond to seasonality and demand shifts, keeping placement current instead of letting it drift.
Testing & Validation
We test move plans and measure the travel and space impact before rollout, so changes on the floor are controlled and predictable.
What You Get When Slotting Is Done Right
With placement driven by data, you can:
Talk Through Your Slotting- Shorten pick paths and cut wasted travel time
- Improve space and cube utilization across the building
- Reduce replenishment trips and ease aisle congestion
- Keep slotting aligned with seasonal and demand shifts
- Get more throughput from the same footprint and workforce
What Manhattan Active® Slotting changes for the business
- Faster picking with less wasted travel
- Better use of your existing warehouse space
- Fewer replenishments and less aisle congestion
- Slotting that keeps pace with demand and seasonality
- More output without expanding footprint or headcount
Slotting Tuned on Live Pick Data
As a Platinum Partner with 150+ Manhattan Active® go-lives, we tune slotting against real pick velocity, backed by 100+ custom extensions.
- PlatinumTop-tier Manhattan partner tuning slotting
- 150+Active go-lives informing placement decisions
- 100+Extensions that keep slotting adapting
Frequently Asked Questions
Slotting decides where each SKU should live in the warehouse based on how it moves, its size, and how it is ordered. Done well, it places fast movers where they are quickest to reach, matches slot sizes to velocity, and balances work across zones to reduce travel and congestion.
Your WMS is the execution engine that directs and records how work happens. Slotting sits upstream of it, deciding where product should be placed so the work the WMS directs is shorter and more efficient. We implement Manhattan Active® Slotting to feed better placement into Manhattan Active® Warehouse Management.
Not necessarily. We work with your existing item, order, and velocity data and structure it during the engagement. Cleaner data sharpens the results, but part of our role is modeling and validating the data so the optimization has something reliable to work from.
It depends on how much your demand moves, but slotting is not a one-time exercise. We set up recurring optimization cycles, often tied to seasonal peaks or product refreshes, so placement stays current instead of drifting back out of date.
We plan move waves so changes are controlled and phased rather than disruptive. Move plans are validated before rollout, and we sequence them so the floor keeps running while product is repositioned.
Yes. That is a core reason to slot with data. We build optimization cycles that respond to shifting velocity, so fast movers ahead of a peak get promoted to prime locations and placement adjusts as the season turns.
Shorter travel and balanced workload are exactly what Labor Management measures. When slotting reduces the distance behind each task, your labor standards and productivity improve together, so we align slotting outputs with your Manhattan Active® Labor Management setup.
We baseline travel, space utilization, and replenishment frequency before changes, then measure the same metrics after each optimization cycle. That gives you a clear, repeatable view of the impact rather than a one-off guess.
Make Every Square Foot Work Harder
With data-driven slotting in place, you can cut travel, reclaim space, and lift throughput without adding people or building bigger.
Let's Talk