Warehouse operations
Turn every warehouse movement into reliable inventory evidence.
Flatorb helps warehouse teams control receiving, locations, batches, serials, picking, counting and dispatch—so stock records reflect what is physically in the building and where it can be found.
Workflow-led engineeringSoftware, devices and integration
Industry operating model
Inventory accuracy is created by disciplined movement—not periodic correction.
A warehouse record becomes unreliable when receipts, transfers, picks, returns or adjustments happen without dependable identity and confirmation.
Flatorb designs the workflow, labels, scan points, permissions and system interfaces together. Users receive practical guidance at the operating point while management receives current status, history and exceptions.
Identify and validate what arrived.
Capture item, supplier, quantity, lot, serial, condition and receipt context.
Maintain location and status through every move.
Put-away, replenishment, hold, transfer, count and adjustment follow governed rules.
Release the right stock with dependable proof.
Picking, staging, packing and dispatch create a traceable final record.
Priority workflows
Close the gaps between physical stock and the warehouse record.
Warehouse control is strongest when each transaction is fast for users and precise enough to prevent downstream reconciliation.
Receiving and inbound verification
Match deliveries to expected items and quantities while capturing condition, batch, serial and discrepancy evidence.
- ASN / PO
- Condition
- Variance
Location and put-away control
Direct or validate storage so stock can be found without relying on memory or unofficial location notes.
- Bins
- Zones
- Movement
Batch, serial and expiry traceability
Preserve item-level attributes through receipt, storage, allocation, picking and dispatch.
- Lot / serial
- Expiry
- History
Picking, staging and dispatch
Verify the item, quantity, order and loading step before stock leaves the site.
- Pick control
- Staging
- Proof
Cycle counts and variance
Count selected inventory, control adjustments and use movement history to investigate recurring differences.
- Cycle count
- Adjustment
- Root cause
Mobile and equipment fit
Choose labels, scanners, printers, RFID and mobile workflows for the aisle, dock and operating conditions.
- Devices
- Labels
- Ergonomics
Relevant Flatorb solutions
Connect warehouse execution, inventory identity and enterprise records.
The warehouse page focuses on the physical storage operation; the solution layer supplies the configurable controls and integrations behind it.
Warehouse & Inventory Operations
Manage receiving, put-away, movement, status, picking, dispatch and counts.
Core warehouse execution and inventory visibility. ↗3PL Operations
Add owner, customer, service, reporting and billable-event controls for multi-client stock.
For warehouses operating on behalf of customers. ↗Asset Management System
Control forklifts, scanners, returnable equipment and other operational assets.
For equipment custody and maintenance evidence. ↗Systems Integration
Synchronize products, orders, receipts, stock events and dispatch confirmations.
For ERP, finance, e-commerce and customer systems. ↗Connected architecture
Create a dependable warehouse record without duplicating the master data your ERP owns.
Products, orders and business rules can arrive from existing platforms. Flatorb governs physical execution, then returns validated inventory and fulfilment events to the appropriate system of record.
Technology fit
Use the least complex technology that controls the movement reliably.
Barcode and QR are effective for deliberate confirmations. RFID can reduce scanning at selected high-volume points. IoT and integration add condition evidence and system continuity where the workflow justifies them.
Barcode & QR
Support economical item, pallet, bin and document identification.
Explore technology ↗02RFID
Capture selected pallet, container or item movements with less line-of-sight effort.
Explore technology ↗03Industrial IoT
Monitor cold rooms, doors, equipment or other warehouse conditions.
Explore technology ↗04Systems Integration
Connect inventory execution to ERP, orders, transport and customer systems.
Explore technology ↗Implementation approach
Begin with the warehouse flow creating the most variance or service delay.
A receiving, picking or count pilot makes the identifiers, device ergonomics, rules and integrations visible before expansion across the whole facility.
Map real movements, stock identities, current records and user constraints.
Place scans, labels, permissions and exception routes where they create value.
Test with normal, damaged, short, excess, held and returned inventory.
Train by role, monitor exceptions and expand stable workflow patterns.
Frequently asked questions
Questions teams ask about Warehouse.
Clear answers for early evaluation, internal discussion and implementation planning.
01What is the difference between this industry page and Flatorb’s warehouse solution?+
This page explains the operating needs of warehouse environments. The Warehouse & Inventory Operations solution is the configurable software and implementation capability used to address those needs.
02Can Flatorb work with our ERP?+
Yes. Products, suppliers, orders and inventory events can be exchanged through APIs, files or agreed interfaces while the system boundaries remain clear.
03Does every warehouse need RFID?+
No. Barcode and QR are often the right starting point. RFID is selected when speed, bulk capture or reduced line-of-sight effort creates enough operational value.
04Can the system manage batches, serials and expiry dates?+
Yes. These attributes can be captured and controlled through receipt, location, allocation, picking and dispatch where required.
05Can we deploy one process before a full WMS project?+
Yes. A focused receiving, location, picking or inventory-control flow can be implemented and integrated as a practical first phase.
Start with one real operating gap
Show us the warehouse movement that creates the most uncertainty.
We will map the stock identity, user action, location rule, device, exception and connected-system outcome around it.
- What moves, changes state or requires proof?
- Where does the current record become late or unreliable?
- Which users, customers and systems depend on it?
- What measurable outcome would justify action?