Your Vaughan distribution centre runs on an ERP add-on that's never seen your pick paths
A custom warehouse management system for a Vaughan distribution operation runs $70,000 to $170,000 over 5 to 8 months. You build it when an ERP (Enterprise Resource Planning) inventory add-on can count stock but can't direct picking, slot fast-movers, manage zones, or drive labour productivity in a real DC along the Highway 400 logistics corridor, and Manhattan-class WMS is priced for enterprises ten times your size.
Vaughan's location on the 400/407 corridor near the intermodal yards makes it prime distribution real estate, and your DC is moving real volume. But you're running it on an ERP inventory add-on that knows how much stock exists and nothing about how to move it efficiently. Pickers walk the same aisle three times because nothing optimizes their path, fast-movers sit in slow locations, and you have no real measure of labour productivity per shift. The add-on counts; it doesn't run the warehouse.
The enterprise WMS platforms like Manhattan are built and priced for massive operations, with implementation costs that dwarf a mid-size Vaughan DC's budget. ERP add-ons sit at the other extreme: cheap, included, and far too simple to actually direct work on the floor. The gap in the middle, a WMS that optimizes your specific layout, pick paths, and labour without enterprise cost, is exactly where a custom build fits.
What warehouse management costs in Vaughan
| Project scope | Typical cost | Timeline |
|---|---|---|
| Core WMS with directed picking and slotting | $70k to $110k | 5 to 6 months |
| Full WMS with waves, labour, RF, integrations | $120k to $170k | 7 to 8 months |
| Hardware and ERP integration | $20k to $45k | 1 to 2 months |
The fix: warehouse management built for Vaughan, not rented
A custom WMS runs the floor, not just the count: it directs pickers on optimized paths, slots fast-movers where they belong, manages zones and waves, and measures labour productivity so you can actually improve it. It's tuned to your DC's specific layout instead of a generic template, and it costs a fraction of an enterprise platform. For a Vaughan distribution operation scaling on the 400 corridor, a WMS that fits your floor is the difference between throughput on systems and throughput on overtime.
- Your ERP add-on counts stock but doesn't direct floor work
- Pickers walk inefficient paths and throughput is capped by labour
- Slotting is by habit, not data
- You need real labour productivity metrics to scale
- Your warehouse is small with simple, low-volume picking
- An ERP inventory add-on genuinely meets your needs
- You can't invest in scanning hardware or process discipline
- Volume doesn't justify directed picking or slotting
The capability list that earns its budget
Vaughan warehouse management: the full scope
Everything a warehouse management build here can cover: WMS development, pick pack ship, warehouse automation, barcode and RFID, slotting optimization, inbound and outbound logistics and fulfillment software.
How long it takes, phase by phase
Exactly what you get
A WMS that runs your floor: directed picking on optimized paths, data-driven slotting, zone and wave management, RF scanning, and real labour-productivity metrics, all tuned to your DC's specific layout. It works hand in hand with the systems around it, taking stock truth from inventory management software, receiving inbound from supply chain software, syncing with ERP software development, and reporting throughput through business intelligence dashboards.
How to choose a developer in Vaughan
Hire a developer who has built real warehouse operations software, with pick-path optimization and labour management, not just inventory counts. Ask them to explain how they'd optimize a pick path and slot a fast-mover in your specific layout. A Vaughan DC competing on the 400 corridor needs a WMS that improves throughput, so a vendor who can't speak to slotting, waves, and labour productivity is offering a glorified inventory list, not a WMS.
- Directed picking with optimized paths cutting walking time
- Data-driven slotting that puts fast-movers in fast locations
- Zone and wave management tuned to your DC layout
- Real labour-productivity metrics per shift and worker
- Enterprise-grade floor control without enterprise pricing
- Requires barcode or RF hardware and disciplined floor processes
- A real WMS implementation disrupts operations during cutover
- You own optimization logic as your layout and volume change
- Lower-volume warehouses may not justify the build over an add-on
- !They equate a WMS with an inventory count; ask how it directs picking
- !No slotting logic; ask how fast-movers get placed
- !No labour metrics; ask how you'd measure picker productivity
- !They quote Manhattan-style scope and price; ask what fits a mid-size DC
- !No distribution or 3PL reference; ask for one
Most Vaughan teams pricing warehouse management end up comparing notes on business intelligence dashboards, lms, internal tools too; the systems share one data spine.
Rohan advises mid-market and enterprise teams on ERP, CRM and custom software, and has led delivery on dozens of business-software builds.
Writes for Digital Heroes, shipping business software for 2,000+ brands across 55+ countries since 2017.
Frequently asked questions
Isn't our ERP's inventory module already a WMS?
No. ERP inventory modules count stock but don't direct floor work, optimize pick paths, slot products, or manage labour. A real WMS runs the warehouse. The gap between counting and directing is exactly why high-volume Vaughan DCs build custom.
Why not buy an enterprise WMS like Manhattan?
Enterprise platforms are built and priced for operations far larger than a mid-size Vaughan DC, with implementation costs that dwarf the value. Custom software delivers directed picking, slotting, and labour management tuned to your floor at a fraction of that cost.
What hardware do we need?
Typically RF scanners or mobile devices for floor workers and barcode labeling for locations and products. The WMS directs work to these devices. Budget for hardware and the process discipline to use it consistently.