Finished goods warehouses
Control receiving, storage and shipping, and detect goods passing through a gate without a valid transaction.
Cube System Vietnam designs, integrates and implements RFID tags, handheld readers, gate readers and a web dashboard as one solution, enabling businesses to capture, reconcile and trace inventory events throughout warehouse operations.

Unauthorized movement at Gate A
PKG-8924 · just detected
The solution is designed for warehouses that need faster stocktaking, movement control and traceable inventory history at critical operational points.
The configuration is tailored to the goods, layout and real control objectives.
Control receiving, storage and shipping, and detect goods passing through a gate without a valid transaction.
Support stocktaking across many item codes, speed up item search and reduce discrepancies between system data and physical stock.
Track movement events, flag anomalies and retain history for audits or investigations.
Record goods moving between zones to improve traceability and operational data visibility.
As inventory grows, manual checks and delayed data entry increase stock discrepancies, losses and the time required to trace causes.
The business knows a discrepancy exists, but often discovers it too late and lacks the data needed for a quick response.
Location data is not always updated promptly when goods move between zones.
Staff must check item codes or zones one by one, increasing errors and dependence on individual experience.
Discrepancies are often found only during periodic stocktaking, shipping or audits.
When loss occurs, the business spends significant time determining where, when and through which process the goods moved.
Goods may leave the controlled area before traditional systems detect the issue and trigger action.
From item registration to stocktaking and gate passage, each RFID event is sent to CSV Platform for validation, visualization and history retention.
One unified flow: register data, capture events on site, validate against business rules and display results on the dashboard.
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A short video shows how data is registered, captured in the warehouse, validated on CSV Platform and turned into inventory information or alerts.
Create product, package or asset records in the system.
Link each unique RFID identifier to the item record to be managed.
A handheld reader reads multiple tags to support stocktaking and item search.
The gate reader detects tags and validates movement conditions.
The dashboard displays inventory, history and abnormal-event alerts.
RFID data flow
Follow the highlighted signal to see how data moves through and is processed by each solution layer.
Identify goods
EPC / unique IDCapture read events
Time and read pointProcess data and rules
Validate business conditionsMonitor and respond
Ready for actionMeaning of “real time”: data is updated when goods are read by a handheld reader or table reader, or pass through a gate reader at RFID control points.
CSV RFID captures events at read points, validates them against authorized business processes and provides the data needed for a faster response.
Risk control
Goods may leave the area before a discrepancy is discovered at the next stocktake.
When a gate event does not match an authorized transaction, the system can trigger an alert according to configured rules.
Operational productivity
Staff must place each code within the scanner line of sight and check items one by one.
A handheld reader can read multiple tags within its scan zone, enabling faster and more convenient area-based stocktaking.
Data reliability
System records and physical stock can diverge because of missed operations or delayed data entry.
Reader events are stored centrally, supporting reconciliation by zone, status and time.
Traceability and audit
It takes significant time to determine which area the goods passed through, when and under which transaction.
Item code, time, read point and status are retained to support searches, audits and investigations.
An on-site pilot measures read rate, alert stability and operational time within an agreed scope.
Actual performance depends on tag type, item material, read distance, installation position and warehouse conditions.
A high-value asset passes through the gate, but the system cannot find an authorized outbound transaction or valid movement condition.
The device automatically identifies the item as it enters the controlled zone.
Check the outbound order, item status and applicable rules.
No condition authorizes the item to pass through Gate A.
A warning light, dashboard alert or notification is activated.
Item, time, gate and response result are retained for traceability.
No matching outbound order was found.
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The two components work together: CSV Platform manages data while field devices capture RFID events in the warehouse.
CSV RFID Platform
Select a function to see the data managers can monitor and act on within CSV Platform.
Management function
Track quantity, status and item distribution by zone from a centralized screen.
Helps managers quickly identify zones requiring attention.
Field devices
The real image, role and data for each device are shown together in one synchronized panel.
RFID Tag Step 01 · Identification
Assign a unique RFID identifier to each product, package, pallet or managed asset.
Role
Carries the identifier that lets readers recognize the correct item.
Used when
When receiving goods or creating a new asset.
Data generated
EPC/Tag ID linked to the item record.
One unified system
Field devices capture RFID events. CSV Platform receives and validates them, then converts the data into inventory status, movement history or alerts for responsible staff.
The video can show real scanning, stocktaking progress and how discrepancies are handled on the device.
Users select a scope, read multiple RFID tags, review discrepancies and synchronize results to CSV Platform in one flow.
Zone, item group or stocktaking plan.
Track read count and scanning progress on site.
Identify missing, extra or misplaced items.
Send data to the dashboard and centralized reports.
CSV Platform can exchange data with ERP, WMS or internal systems through APIs and suitable integration mechanisms.
Cube coordinates software, devices and operational requirements under one plan, from the initial assessment through handover and operational support.
Discover
Layout, goods flow, materials, risk points and existing systems.
Assessment reportArchitecture
Read points, data flow, alert conditions and integration approach.
Solution diagramConfiguration
Compare tags, antennas, devices and installation positions suitable for the warehouse.
Recommended configurationValidate
Install a limited scope, run agreed scenarios and measure against defined criteria.
Results reportOptimize
Adjust power, antenna position, rules and the interface based on measured results.
Final configurationDeploy
Install, integrate, test, train users and complete acceptance.
Handover packageSupport
Provide maintenance, incident handling, monitoring and optimization recommendations within the contract scope.
Support planControl mechanism
The answers below are general guidance. The final configuration must be confirmed through an assessment or on-site pilot.
Barcodes generally require line of sight and one-by-one scanning. RFID uses radio waves and can read multiple tags within a scan zone without aligning each code to the device. Actual performance depends on the tag, reader and environment.
Yes. This is a key RFID advantage. However, tag count and stability depend on power, antennas, distance, tag orientation, item density and surrounding materials.
Yes, but suitable tags and attachment positions are usually required. Metal and liquids can affect RFID waves, so Cube recommends validating them in a pilot before selecting the deployment configuration.
Integration can be designed through APIs, data-exchange files or another suitable connection method. The specific scope depends on the existing system, data to synchronize and technical access.
Not necessarily. Cube assesses the existing process, identifies where RFID capture is needed and proposes an appropriate level of change. The goal is to reduce manual work while preserving practical operations.
The architecture can be proposed according to security, infrastructure and IT-policy requirements. The final approach should be evaluated by both technical teams.
A pilot typically evaluates tag type, attachment position, read rate, handheld stocktaking, alert logic and how well the software fits the sample process.
Support scope, software and device maintenance, and system tuning are agreed in the project proposal. Cube System Vietnam can coordinate direct support in Vietnam according to the contract.
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