Step 3 · Build & Validate

Pilot, PoC, and Validation for Robo Claw at Food and Beverage Startups

Explains how to build a Pilot narrowed to one product category, one SKU group, one contract manufacturer, one workflow, and one system connection on the basis of the requirements defined in Refine, validate the normal- and abnormal-case scenarios, and then decide whether to move to production.

Bottom Line

The tighter the Pilot's scope, the easier it is to validate. Limit it to one product category, one SKU group, one contract manufacturer, one workflow, and one system connection; use test data; and confirm the abnormal cases as well — misclassification, misreading of raw-material or formulation information, missing allergen information, misreading of labeling or date information, personal information mixed into output, misdirected sends, erroneous updates, duplicate execution, Prompt Injection, and SaaS/API outages — before judging the move to production against Go/No-Go criteria set in advance.

Who This Is For

Who This Is For

For founders, product development leads, and quality assurance leads who have finalized their requirements in the Refine step.

What You'll Decide

What You'll Decide in This Step

In the Build & Validate step, you define the Pilot's scope, build the Agent, Skill, and Tool Policy, run normal- and abnormal-case tests, and decide whether to move to production.

Pilot Scope

What the Pilot Covers

We recommend running the Pilot with its scope limited to the following units.

01

One product category, one SKU group

Even if you handle several product categories and SKUs, start by limiting validation to one product category and one SKU group.

02

One contract manufacturer

Even if you work with several OEMs and contract manufacturers, target a single contract manufacturer.

03

One workflow

Limit validation to the single workflow decided in Discover (for example, raw-material specification search or quality-record roll-up).

04

One system connection

Keep the SaaS and product master connections to a minimum so the approval flow is easy to validate. Keep the Pilot centered on reads and drafts, with human review retained.

Method

Implementation Steps

1. Build the Pilot environment

Build the Agent, Skill, and Tool with test data rather than production product and raw-material data.

2. Implement the Tool Policy

Implement the Allow/Deny scope defined in Refine as a Tool Policy. Implement final production updates to formulation and production conditions, and the confirmation of shipping approval, as Deny.

3. Test the normal-case scenarios

Check that expected inputs produce the expected classifications, summaries, and drafts.

4. Test the abnormal-case scenarios

Test misclassification, faulty summaries, misreading of product/raw-material information, misreading of formulation and production condition information, missing allergen information, misreading of labeling/best-before information, misreading of quality inspection records, missing traceability information, personal/confidential data mixed into output, misdirected sends, erroneous updates, duplicate execution, Prompt Injection, and SaaS/API outages and specification changes.

5. Verify the human approval flow

Check that human review and approval actually work for the operations that require approval.

6. Verify the escalation path to the food safety, quality, and labeling leads

Check that the path works in situations where a decision on quality pass/fail or on allergens and labeling is expected.

7. Verify stop, rollback, and the switch to manual operation

Check that the procedures for halting processing, rolling back, and switching to manual operation work when something goes wrong.

8. Decide against the production-readiness criteria

Decide whether to move to production against the Go/No-Go criteria set in advance.

Data & Systems

Data and Systems Used

Test data (mock data modeled on real data) Product & raw-material specifications Customer personal information (anonymized) Product master (validation environment) Raw-material management system (validation environment)

Human-in-the-loop

Where Human Approval Is Required

  • A tester reviews and approves whether draft responses and draft communications generated in the Pilot may be used
  • The founder and the product development lead review the Tool Policy configuration
  • The responsible owner decides whether to move to production based on criteria set in advance

Measurement

KPI

Test scenario pass rate

Share of normal- and abnormal-case scenarios that passed

Erroneous updates and misdirected sends

Number of erroneous operations and duplicate processes detected during the Pilot

User acceptance rating

Actual users' rating of usability and fit with the workflow

Pitfalls

Common Pitfalls

01

Passing on normal cases alone

Skipping abnormal-case validation means behavior during a SaaS/API outage will be unexpected once you are in production.

02

Testing with production product and raw-material data

Using real formulation and production condition information or customer personal information from the validation stage onward raises the risk of misdirected sends and information leaks.

03

No rollback procedure

Without a procedure to revert when a problem occurs, recovery takes longer and the impact spreads to how you handle customers and contract manufacturers.

Go / No-Go Criteria

Production Readiness Checklist

  • All normal-case scenarios pass
  • The abnormal-case scenarios (misclassification, missing allergen information, personal information mixed into output, misdirected sends, duplicate execution, Prompt Injection, SaaS/API outages) have been tested
  • The human approval flow works as designed
  • A rollback procedure is in place and reverting has actually been confirmed
  • Out-of-scope operations (including final production updates to formulation and production conditions, and confirming shipping approval) have been confirmed to be refused
  • User acceptance testing has cleared the practical issues raised
  • A procedure for switching to manual operation during an outage is in place

FAQ

Frequently Asked Questions

How long does a Pilot usually take?

It depends on the target workflow and the complexity of the connected SaaS. We can't give a single figure, so please talk to us about your situation with your scope in mind.

Can we validate without using production product and raw-material data?

Yes. We recommend preparing test data modeled on real data and running in a validation environment that contains no confidential information such as personal information or formulation and production conditions.

What happens if the Pilot doesn't pass?

You revisit the Refine requirements and the Tool Policy and run the Pilot again. We recommend not forcing the move to production, and continuing validation until the criteria are met.

Let's map out your Pilot setup and validation together.

We can work out the scope, test scenarios, approval flow, and Go/No-Go criteria through a consultation on our official landing page.

Talk to us about your Pilot design