A warehouse receives a shipment, but the delivered quantity does not always match the purchase order. Later, a cycle count reveals another difference between the physical stock and the inventory recorded in the system. If these errors remain unresolved, purchasing, fulfilment, and replenishment decisions start using incorrect figures.
Thunkable provides a way to build mobile apps with visual development tools. It can support receiving and stock-count workflows, especially when teams need a focused mobile interface. The important question is where a no-code app is enough and where a stronger supply chain software foundation becomes necessary.
What Happens During Goods Receiving?
Goods receiving is the process of checking incoming products against an expected delivery.
A warehouse employee usually needs to:
- Find the relevant purchase order.
- Check the supplier and shipment details.
- Scan or enter the received product.
- Record the delivered quantity.
- Identify damaged or missing items.
- Submit the receiving result.
- Send the verified information for inventory updates.
A mobile app can make this process easier. Instead of writing quantities on paper and entering them later, employees can record information at the receiving area.
The app also needs to distinguish between ordered quantity, received quantity, accepted quantity, rejected quantity, and quantity awaiting inspection. These values should not be treated as interchangeable.
How Can Thunkable Support a Receiving App?
Thunkable uses visual components and logic blocks to build mobile applications. A basic receiving app can use screens, data sources, input fields, buttons, and barcode-scanning functionality where supported by the selected component or integration.
A practical app can include the following screens.
Purchase order lookup
The employee enters a purchase order number or scans a reference code. The app retrieves the matching order from the connected data source.
The screen should display the supplier, expected products, ordered quantities, and delivery reference. Employees should not have to search through unrelated purchase orders.
Item verification
The employee selects or scans each item and enters the delivered quantity.
The app compares the entered value with the expected quantity. If the purchase order contains 100 units and the employee records 92, the app should flag the eight-unit difference.
Damage and discrepancy reporting
The receiving process needs more than a quantity field.
Employees should be able to record damaged goods, incorrect items, missing products, and other exceptions. Photos and notes can provide useful evidence when the receiving team reports a problem.
Submission and confirmation
After the employee reviews the information, the app submits the receiving record to the connected system.
The app should show whether the submission succeeded. It should not display a successful receipt confirmation when the backend has rejected the update.
How Should a Cycle Count Work in the App?
Cycle counting checks selected inventory items instead of stopping the entire warehouse for a complete stocktake.
A mobile cycle-count workflow can follow these steps:
Step 1: Select a count task
The employee opens an assigned task. It identifies the warehouse, storage location, product, and count reference.
Step 2: Verify the location
The employee scans or selects the location. This reduces the risk of counting an item from the wrong shelf or bin.
Step 3: Record the physical quantity
The employee enters the quantity physically present. The app should not automatically show the expected quantity before the count if the organisation wants to reduce counting bias.
Step 4: Compare the result
The backend compares the submitted count with the recorded stock balance. It calculates the variance and flags results that need review.
Step 5: Request a recount or approval
A large discrepancy might require a second count or supervisor approval. The app can display the task status and capture the review decision.
Step 6: Update inventory through the authorised system
The final adjustment should pass through the inventory system’s validation and approval rules. A mobile app should not silently overwrite stock balances.
What Data Should the App Capture?
A useful receiving and cycle-count app needs consistent records.
| Data field | Purpose |
|---|---|
| Purchase order ID | Identifies the expected order |
| Supplier ID | Connects the receipt to the supplier |
| Product or SKU | Identifies the item |
| Warehouse and location | Shows where the item was received or counted |
| Expected quantity | Provides the purchase order or stock reference |
| Actual quantity | Records the physical result |
| Accepted quantity | Separates usable stock from rejected goods |
| Employee ID | Identifies who performed the task |
| Timestamp | Records when the activity occurred |
| Status | Tracks pending, submitted, approved, or rejected records |
The backend should also retain the history of changes. This helps supervisors investigate why a stock balance changed.
Which Mistakes Cause Problems in Receiving and Cycle Counts?
Updating inventory before inspection: Received goods are not always immediately available for picking. Keep inspection and accepted-stock statuses separate.
Allowing duplicate submissions: An employee might tap Submit more than once when the network is slow. Use a unique transaction reference and backend validation to prevent duplicate receiving records.
Counting against the wrong location: A correct quantity assigned to the wrong bin still creates inaccurate inventory. Verify the warehouse and location before accepting a count.
Ignoring partial deliveries: A purchase order can arrive in multiple shipments. Record each receipt separately and maintain the outstanding quantity.
Treating a mobile screen as the inventory system: The app captures information. The backend validates the transaction and controls the official stock balance.
What Happens When the Warehouse Has Poor Connectivity?
Warehouse connectivity is not always consistent, particularly in large facilities, loading areas, and storage zones.
A mobile app needs a clear approach to temporary network loss. It can capture selected information locally and submit it when the connection returns, but offline handling needs careful design.
The app must identify unsent records and show their status. It also needs to prevent the same transaction from being submitted twice after reconnection.
A timestamp alone is not enough to resolve every conflict. The backend should validate the transaction against the latest stock and purchase order information.
When Is Thunkable Enough, and When Is Custom Development Necessary?
Thunkable is suitable for focused internal apps where the workflow is limited and the data source is relatively simple.
For example, a small warehouse might need an app for receiving records, simple cycle counts, and supervisor review. A visual app builder can help create this interface without building every screen from scratch.
The requirements change when the app becomes part of a larger warehouse operation.
Custom development becomes necessary when the solution needs complex inventory rules, multi-warehouse stock allocation, role-based approvals, advanced barcode or hardware integration, offline transaction synchronisation, ERP and WMS integration, or detailed audit trails.
The backend also needs to handle simultaneous updates. Two employees counting or receiving the same SKU should not create conflicting stock records.
The right architecture often uses a mobile interface for warehouse employees and a custom backend for business rules, validation, and system integration.
Supply Chain Management Software Development Companies to Consider
1. Dev Technosys
Dev Technosys develops custom software, mobile applications, and enterprise solutions. Its development services are relevant to businesses planning connected mobile workflows and tailored supply chain applications.
2. IBM
IBM provides enterprise software, cloud, and data solutions. Its technology portfolio is relevant to organisations connecting warehouse operations with broader enterprise systems.
3. Accenture
Accenture works across technology consulting, digital transformation, and enterprise services. It is an option for large organisations planning complex supply chain technology programmes.
4. Capgemini
Capgemini provides consulting and technology services, including enterprise integration and digital engineering. Its work is relevant to organisations modernising operational systems.
How Should a Warehouse Start?
Start with one receiving or cycle-count workflow. Define the data fields, approval rules, exception handling, and backend responsibilities before building the mobile screens.
Test the app with real warehouse tasks. Include partial deliveries, damaged goods, duplicate submissions, wrong-location counts, and network interruptions.
Thunkable can provide the mobile experience. Reliable inventory records still depend on the systems and validation rules behind it.