Direct answer: A useful AIDC integration brief defines the capture event, payload, validation response, operator feedback, connectivity, exception path and system owner before model confirmation. It also separates device responsibilities from middleware and customer-application logic. Complete the checklist with the software, operations and deployment teams, then validate the approved configuration in a representative pilot.
Who is this guide for, and what does it decide?
Use this checklist when a software team or integrator is preparing to connect rugged barcode or RFID hardware to an application. It is a requirements framework, not a statement that every AIDC GO model provides the same interface or software capability.
Per-model interfaces and development options must come from the approved public specification and configuration confirmation. SDK, API, MDM or lifecycle availability is not asserted here.
Decision guide
| Decision area | Direction or question | Evidence to confirm |
|---|---|---|
| Area | Decision to record | Acceptance evidence |
| Capture event | Identifier, trigger, context and expected frequency. | Representative event reaches the test application. |
| Validation | Format, lookup, permissions and rejection rules. | Accepted and rejected values produce distinct responses. |
| Transport | Connection, endpoint, retry and offline behavior. | Interruption and recovery follow the agreed state model. |
| Operator feedback | Read, accepted, rejected and uncertain states. | The worker can identify and resolve each state. |
| Ownership | Device, middleware, application and network responsibilities. | Named project role owns every boundary. |
Which application inputs should be fixed first?
Name the user role, task, screen and business event. Define what starts capture, what identifier is expected, which contextual fields travel with it and what response the application returns. Include authentication and permissions without placing credentials or private debugging data in public content.
List the target application environments and release owners. Confirm whether the workflow is online-only or requires an offline state, and define how queued work is reconciled. Do not assume a management platform, SDK or API; confirm model-specific development options separately.
If an existing warehouse host must remain in place, evaluate the Android terminal-emulation client and host-session path before specifying the replacement handheld; scan-to-field handling, keys and session ownership are part of that integration choice.
How should capture and validation be separated?
A device read reports captured data. The customer application decides whether that value is valid for the task. Write separate states for read received, format valid, record found, action permitted and transaction committed. This prevents a successful beep or visual cue from being misinterpreted as business acceptance.
Define duplicate, damaged-label, unexpected-tag and manual-entry rules. For RFID, specify how multiple identifiers are filtered and associated with the intended read event. For barcode, specify symbology and data-format expectations using representative samples.
What interface and connectivity questions belong in the brief?
Record the intended device-to-application path, network zones, authentication, endpoint ownership and transport retry policy. Compare these needs with the approved public interfaces of the candidate model; an omitted field must not be inferred.
Exercise Wi-Fi or cellular transitions only when those options are part of the approved configuration. Region-dependent cellular or wireless details require confirmation. The network team owns coverage, access policy and backend reachability.
How should offline and error states behave?
Define what the user sees when capture succeeds but validation cannot complete. Decide whether work can be held locally, retried, cancelled or transferred to a manual process. The application owner should define idempotency and conflict handling.
Logs should support diagnosis without exposing credentials, personal data or server paths to the user. Establish which component records the event and who can access the record.
Who signs off each integration boundary?
Assign device configuration, application release, middleware mapping, network access, operations procedure and acceptance evidence to named project roles. AIDC GO supports hardware direction and evaluation; the customer owns application software and final business logic.
Close the integration phase with a versioned record of device configuration, application build, representative inputs, exception results and unresolved questions. A sample is not deployment-ready until these boundaries and operational procedures are accepted.
How should the decision be recorded and revisited?
Keep an integration record that identifies the capture event, payload, validation response, operator feedback, application version, network assumption and owner at each handoff. Separate behavior observed in the test application from interfaces that still require confirmation. The checklist should make an unresolved contract visible before a model or middleware path is treated as approved.
Reopen the integration record when the payload, validation rules, application release, network path, device configuration or offline procedure changes. Limit retesting to the affected handoff only when the wider contract remains unchanged. Preserve configuration and regional qualifiers, and never interpret a public interface field as proof of an undocumented SDK, API or MDM capability.
At handoff, the application owner receives the event contract and acceptance states, operations receives feedback and correction behavior, and deployment support receives configuration and connectivity assumptions. Assign every remaining interface question to a named team role. When evidence is missing, define a concrete message exchange or failure case for the next test rather than filling the gap with a capability claim.
When to choose—and when not to choose
When this direction helps
- Use the checklist before requesting a model-specific technical confirmation.
- Use it to align software, operations, network and deployment owners.
- Bring unresolved items to a project discussion rather than converting them into assumptions.
When to stop and validate
- Do not use the checklist as evidence that a specific SDK, API or MDM capability exists.
- Do not collapse capture success and business-transaction success into one state.
- Do not omit exception, offline and recovery behavior from acceptance.
What belongs to the device, integration layer and customer application?
| Layer | Primary responsibility | Questions to close |
|---|---|---|
| Device | Capture approved inputs, expose the configured interaction and provide user feedback. | Which model, region, options, settings and accessories are approved? |
| Integration layer | Translate, queue and transport events where the project architecture requires it. | How are retries, mapping, duplicate events and interruption handled? |
| Customer application / WMS / ERP | Own identity, permissions, business rules, authoritative state and transaction acceptance. | What response confirms success and who resolves conflicts? |
| Network and deployment | Provide approved access, authentication, configuration control, charging and operational support. | What happens during interruption, replacement or release change? |
What should be validated in a sample or pilot?
- Trace a representative event end to end.
- Verify accepted, rejected, duplicate and uncertain values.
- Interrupt the connection and observe state and recovery.
- Confirm operator feedback and manual fallback.
- Record versions, configuration and ownership.
- Review unresolved model-specific interfaces before deployment.
Questions to resolve before confirming a direction
- What exact event enters the customer application?
- Who validates the identifier and commits the transaction?
- What state is shown during network or backend interruption?
- Which approved interfaces and configurations require confirmation?
- Who owns support for each failure boundary?
Sources and methodology
This checklist helps software and integration teams define the boundary between an AIDC device, any integration layer and the customer application. It uses the approved product catalogue, public interface fields, current technical-reference PDFs and published Integration & Support and workflow content. It deliberately treats SDK, API, MDM and middleware availability as unconfirmed unless an approved configuration source states otherwise.
Use each checklist item to turn a capture step into an observable request, response, feedback or error state with an owner. The guidance is directional until the intended application version, device configuration, network condition and offline path are exercised together. Confirm omitted interfaces or software components with AIDC GO or the relevant supplier, and preserve the resulting evidence in the integration record.