Direct answer: An AIDC pilot should reproduce the intended workflow with representative labels or tags, items, users, zones, network conditions and exception cases. It should record the approved device configuration and application version, distinguish capture from transaction acceptance, and define who evaluates each result. The purpose is evidence for a project decision—not a universal performance claim.
Who is this guide for, and what does it decide?
This checklist is for project managers, operations, software teams and integrators preparing a barcode, RFID or rugged-device evaluation. It turns a demonstration into a controlled learning activity.
Pilot observations apply to the tested configuration and conditions. Do not convert a limited sample into a published accuracy, throughput, range, ROI or deployment promise.
Decision guide
| Decision area | Direction or question | Evidence to confirm |
|---|---|---|
| Pilot layer | Representative input | Record |
| Workflow | Real task sequence and user role. | Start, decision, confirmation and exception steps. |
| Physical input | Labels, tags, items, placements and orientations. | Sample identity and condition. |
| Environment | Zones, posture, lighting or materials relevant to the task. | Where and how each observation was made. |
| System | Application build, middleware path and network state. | Versions, settings and response states. |
| Operations | Charging, handover, training and correction procedure. | Owner and acceptance note. |
How should the pilot sample be chosen?
Collect samples that reflect normal, difficult and exception conditions. Barcode work should include actual symbol sizes, print conditions, surfaces and orientations. RFID work should include actual tags, item materials, placements and neighboring tagged items. Record the sample set so a later change is visible.
Avoid selecting only clean or convenient inputs. The pilot should answer whether the workflow can manage expected variation and what correction path is needed.
Which people and zones should be included?
Include the user roles that perform and supervise the work. Observe posture, movement, hand availability, protective equipment and how the device is carried or mounted. Training notes should explain the task and acceptance criteria without coaching away realistic errors.
Map the important zones and transitions. A fixed test location cannot represent receiving, aisles, production lines, vehicles or field sites if those contexts change the workflow.
How should interruption and exceptions be tested?
Create controlled cases for network loss, backend delay, duplicate events, damaged identifiers, unexpected RFID tags and invalid records as relevant. The application should present a clear state and prevent accidental duplicate commitment.
Record what the worker does, what the device reports, what middleware stores and what the customer system accepts. This evidence clarifies ownership and recovery.
What operational readiness belongs in a pilot?
Include issue, sign-in, carry, charging, handover and storage. Confirm approved accessories and configuration rather than assuming what is supplied. Define who checks readiness and who receives incidents.
Do not turn a pilot into an unapproved support or warranty promise. The outcome is a list of operational requirements and owners.
What should the final pilot record contain?
Record the device and configuration, application version, settings, sample set, zones, scenarios, observations, exceptions and unresolved questions. Separate factual observations from interpretation.
Define acceptance by workflow outcomes and resolved boundaries, not by a single generic score. Changes to tags, labels, application, settings or environment may require targeted revalidation.
How should the decision be recorded and revisited?
Create the pilot record from the actual sample: item or media variants, users, zones, shifts, network conditions, configuration version, exceptions and acceptance owner. Keep observations distinct from conclusions about later sites or volumes. A pilot result should identify what was tested and what remained outside scope, preventing a single clean demonstration from becoming a general approval.
Revisit the record when the sample, operating zone, user role, application release, device option or exception procedure changes. Repeat the affected scenario and explain why the remaining evidence still applies. Retain regional and configuration-dependent notes from the approved facts; no public specification alone validates performance in a different environment or with different media.
Close the pilot with observed outcomes, unresolved cases and ownership for the next action. Operations receives the accepted task and recovery steps, the application team receives event and feedback findings, and deployment owners receive configuration and support inputs. If acceptance cannot be supported, name the additional item, zone, interruption or shift that must be tested instead of extrapolating a positive result.
When to choose—and when not to choose
When this direction helps
- Use a pilot to validate a defined workflow and approved configuration.
- Use representative normal and exception inputs.
- Use the findings to decide what must change before deployment.
When to stop and validate
- Do not use a demonstration as a substitute for controlled evidence.
- Do not publish universal performance figures from a limited pilot.
- Do not omit application and operational recovery from the test.
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?
- Freeze the tested configuration and application version.
- Record the representative sample set and zones.
- Test normal, difficult and exception events.
- Exercise network interruption and recovery.
- Validate charging, handover and support ownership.
- Document unresolved questions and revalidation triggers.
Questions to resolve before confirming a direction
- Which conditions must the pilot represent?
- What evidence would reject the current direction?
- Who owns every exception and recovery action?
- Which change would trigger a new pilot check?
- How will the project preserve the configuration record?
Sources and methodology
This pilot guide is designed to test a proposed workflow with representative media, users, zones, interruptions and exception cases. Product facts are limited to the approved catalogue, 140-field specification library and current technical-reference PDFs; workflow boundaries come from published AIDC GO Solutions and Industries material. The guide does not turn a local observation into a universal accuracy, read-range, throughput or ROI claim.
Use the checklist to define the sample and acceptance evidence before testing begins, then report only the conditions actually observed. Results remain directional outside that configuration, environment and application version. Expand the pilot when an important variant is missing, and obtain supplier or AIDC GO confirmation for optional, regional or configuration-dependent details that the test cannot establish.