Deploy Commerce OS across warehouses, stores, studios, offices, project sites and other approved locations to control item identity, stock, locations, receiving, put-away, transfers, reservations, picking, counts, exceptions and complete movement history.
The module can operate in client-owned facilities with client teams. Vault storage and managed warehouse services remain optional, separately scoped operating services rather than technical requirements.
The client can phase the system according to operational maturity. A single location can start with item and stock control, while larger networks can connect multiple facilities, teams, fulfilment flows and external systems.
Create accountable identities, stock states, locations, searches and movement history without changing every warehouse process at once.
Run receiving, put-away, transfers, reservations, picking, returns and counts through connected operational workflows.
Connect multiple warehouses, stores, studios, project sites and teams with consolidated controls and integrations.
Each component shares the same source of truth so warehouse teams do not maintain one list for locations, another for stock and another for movement history.
Model facilities, zones, aisles, racks, shelves, bins, rails, containers, work areas and approved external locations.
Connect permanent item identity, variants, quantities, kits, containers, ownership, condition and availability.
Run receiving, put-away, transfers, reservations, picking, dispatch, returns and approved adjustments.
Run counts, investigate discrepancies, monitor utilisation, export data and connect supported external systems.
Start with the complete warehouse architecture, then move through locations, item identity, labels, stock, receiving, put-away, transfers, reservations, picking, returns, cycle counts, capacity, permissions, reporting and integrations.
Commerce OS can represent the physical hierarchy at the level the client actually needs, from a single stockroom to multiple warehouses and project locations.
Location depth should remain configurable rather than forcing every business to use the same number of hierarchy levels.
Represent physical storage and operating areas with the required depth.
Distinguish active storage from workflow and exception areas.
Track available and occupied capacity using the measures relevant to the facility.
Control who can use or view specific facilities, zones and locations.
The inventory model can support one-off assets, quantity-based stock, variants, kits, component sets and outer containers while preserving the appropriate relationship between them.
Labels can support QR, barcode or approved identifiers. Scanning should accelerate the workflow, not become a mandatory bottleneck where manual fallback is needed.
Connect each stock model to an accountable identifier.
Support different physical inventory models within the same network.
Group inventory operationally without losing component visibility.
Keep current state and historical evidence connected to the stock record.
Warehouse execution should capture the physical move as it happens, with fast scan paths for high-volume work and approved manual fallback when a label is damaged or unavailable.
Reservations and picking should connect back to the actual item, variant, quantity and location so fulfilment does not rely on a separate spreadsheet or memory.
Move inbound inventory from arrival into accountable storage.
Track movement between locations and sites without losing custody history.
Turn approved demand into a warehouse execution queue.
Route returned or problematic inventory through the correct next state.
Inventory accuracy should be measurable. Commerce OS can support full counts, cycle counts, blind counts, discrepancy review and approved stock adjustments while preserving the audit trail.
Reporting and integrations can connect warehouse data to commerce, finance, CRM, marketplaces or other supported systems without making every external platform the warehouse source of truth.
Compare recorded inventory with what is physically present.
Resolve mismatches without silently rewriting history.
Turn warehouse activity into management visibility.
Control access and connect supported systems without weakening warehouse governance.
The implementation sequence connects the physical warehouse design with the inventory model, workflows, permissions, migration and operational acceptance.
Define facilities, zones, racks, shelves, bins, rails, work areas, capacities and permissions.
Choose unique-item, quantity, variant, kit, container and label rules.
Map existing inventory, locations and opening balances, then validate before go-live.
Receive, put away, transfer, reserve, pick, dispatch and return through accountable workflows.
Use physical counts, discrepancy review and approved adjustments to maintain accuracy.
Review capacity, movement, exceptions, performance and integration health as operations scale.
Using Commerce OS does not require storage at a Vault facility. Client teams and locations can remain the physical operating layer.
Seller Central gives Vault clients control over inventory held or operated through Vault. Commerce OS WMS is the broader separately scoped warehouse platform for a client’s own network.
The implementation should identify who owns the physical warehouse process, who configures the software and which external systems provide or consume data.
The correct location depth, identity model, scanning workflow and reporting depend on inventory type, volume, turnover, facility layout and fulfilment requirements.
The final architecture depends on facilities, inventory type, location depth, scanning, existing data, fulfilment, reporting, permissions and integration requirements.
No. The WMS can be deployed in client-owned or client-managed facilities. Vault storage and managed operations are optional and separately scoped.
No. Seller Central provides control over inventory held or operated through Vault. Commerce OS WMS is the broader client-deployed warehouse platform for the client’s own facilities and operating network.
Yes. The system can represent only the location levels the client needs, from simple site and bin structures to deeper multi-building and multi-zone hierarchies.
Yes. One-off items, variants, quantity-based stock, kits, components and containers can coexist within the configured inventory model.
No. QR or barcode scanning can make high-volume work much faster, but approved manual-code and exception paths can remain available where necessary.
Yes. Transfers can move through source confirmation, in-transit state, destination receipt and discrepancy review while preserving movement history.
Yes. Full, targeted and cycle counts can be configured, including blind-count approaches where appropriate, followed by discrepancy and adjustment review.
Yes, where the required dimensions and capacity rules are configured. The model can include floor area, cubic capacity, slots, shelves, rails or other relevant measures.
Potentially. Integration depends on supported APIs, data access, required sync direction and frequency, security requirements and implementation scope.
Data export, retention, handover and platform licence rights should be defined in the applicable technology agreement and implementation scope.
We will map locations, labels, unique and quantity stock, kits, receiving, put-away, transfers, reservations, picking, returns, counts, permissions, reports and system connections.
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