Inventory management systems
Flatorb designs inventory operations around accurate transactions, real-time visibility and practical control — from receiving and storage to issue, sales, returns, expiry and replenishment.
Global engineering experience since 2008Implementing in Sri Lanka since 2012
Where inventory operations break down
Inventory control becomes difficult when transactions happen late, locations are unclear, batches are mixed, responsibilities are uncertain or the system does not guide the person doing the work.
How inventory control becomes dependable
The system connects the physical item, location, user and business rule so the inventory record reflects operational reality.
Use barcode, QR, RFID or a suitable identifier to make the physical item unambiguous.
Guide the user through receipt, placement, transfer, issue, sale, return or adjustment.
Check location, quantity, status, ownership, expiry, sequence and permissions.
Trigger replenishment, alerts, approvals, investigations or system updates from verified events.
End-to-end inventory workflows
Flatorb shapes each workflow around the operation, its users and the information required by management and connected business systems.
Verify supplier, purchase order, item, batch, quantity and condition before stock is accepted.
Control bins, zones, stores and transfers so staff can find stock without relying on memory.
Support cycle counts, stocktakes, minimum levels, reorder signals and exception investigation.
Guide picking and issue to departments, jobs, production, customers or sales points.
Apply FEFO/FIFO logic, quarantine status, serial history, warranty dates and recall traceability.
Record returns, damage, rejection, repair, rework and adjustment with clear reason and approval.
Operational inventory design
Inventory accuracy improves when the operating process, device, screen and validation rule work together. We study what happens on the floor, then configure the simplest dependable workflow.
Control who can receive, issue, adjust, approve, count or view sensitive inventory.
Define sites, stores, bins, virtual locations, ownership, quarantine and other operational states.
Use item, batch, lot, serial, expiry, warranty or container identity as appropriate.
Apply quantity, sequence, ageing, approval and tolerance controls while capturing clear exceptions.
Surface shortages, ageing, expiry, discrepancies, slow movement and operational workload.
Technology follows the operational requirementIdentification & data capture
The inventory platform can combine different technologies by transaction, environment and required level of automation.
OCTO Ops & integration
OCTO Ops can run inventory workflows as a standalone system or exchange verified transactions with ERP, accounting, purchasing, sales, manufacturing and customer platforms.
From visibility to control
The goal is not another dashboard. It is a dependable operating record that helps staff and management decide what to do now.
| Operational question | What the system controls | Business outcome |
|---|---|---|
| What do we have? | Quantity and identityItem, batch, serial, owner and status | Fewer unknownsA clearer basis for purchasing and fulfilment |
| Where is it? | Location historySite, store, zone, bin and custody | Faster retrievalLess time searching and fewer misplaced items |
| Can it be used? | Condition and eligibilityExpiry, quarantine, reservation and approval | Safer decisionsReduce incorrect issue, sale or consumption |
| What changed? | Transaction historyUser, time, source, destination and reason | AccountabilityInvestigate discrepancies with evidence |
| What needs attention? | Exceptions and thresholdsShortage, ageing, expiry and variance | Earlier actionPrioritise replenishment and intervention |
| What should happen next? | Workflow rulesTasks, alerts, approvals and integrations | Operational flowTurn information into a controlled response |
Implementation approach
An inventory transformation should move from a clear operational problem to a tested workflow, trusted opening data and adopted daily process.
Inventory system questions
The right design depends on the items, transactions, locations, users and systems already in place.
Ask about your operation ↗Inventory management focuses on what stock exists, its identity, quantity, status and movement. Warehouse management adds detailed execution such as receiving appointments, putaway, task allocation, picking, packing, dispatch and space or labour controls. The appropriate scope depends on operational complexity.
Yes. The item model and workflows can capture batch or lot, serial, manufacture date, expiry, warranty, ownership and condition where required. The important step is deciding which controls apply to each item category and transaction.
Yes. Barcode or QR may suit deliberate human-led transactions, while RFID may add value for rapid counts or automated control points. A hybrid approach often balances cost, simplicity and automation.
Yes. OCTO Ops can exchange master data and verified transactions through appropriate APIs, EDI or scheduled data exchange. We define which system owns each record and how errors or exceptions are reconciled.
We agree item, location and traceability structures, clean and map source data, prepare physical counts where needed, test the migration and reconcile opening balances before operational cutover.
Cost depends on scope, users, sites, devices, labels, integrations, data migration and support. A focused operational assessment produces a more reliable estimate and implementation plan than pricing software licences in isolation.
Begin with the uncertainty
Show us the stock, locations and transactions creating delay, discrepancy or risk. We’ll help define the practical system and implementation path.
Discuss your inventory operation ↗