1. Choose a recurring workflow with a measurable goal
Select a specific product scope, recurring question, and useful output.
Good candidates include checking product descriptions for missing facts, investigating visibility changes for a priority collection, and prioritizing catalog gaps. Specify the products, market, and channel. “Improve ecommerce” is too broad; “identify missing capacity details in bottle descriptions each week” has a testable result.
Define the task and its relationship to Routines before selecting software. Record a baseline such as the share of in-scope descriptions missing a verified attribute. Choose the success measure before running the workflow, and distinguish a useful investigation from an external update.
2. Match the automation approach to the decision
Use fixed rules for predictable decisions and AI where the task needs interpretation of evidence and context.
A deterministic workflow fits a stable rule such as flagging every empty capacity field. An AI workflow fits a question such as whether a description omits a useful fact that appears in a product page, or which gaps matter given collection priorities. An agent can select intermediate investigation steps; the task and permitted actions still need clear boundaries.
When comparing tools, test the sources and destination fields needed for your actual workflow. Check recurring scheduling, the evidence attached to outputs, action permissions, exception reporting, and access to run history. A connector name alone does not establish that a tool supports the record, field, or operation you need.
In Paz, Routines are saved checks, not a name for every automated step. For example, Organic traffic investigation uses Google Search Console; Website traffic check uses Google Analytics. Both produce qualified findings, not proof of a cause or permission to change a store.
3. Configure the trigger, data, and business context
Specify when the workflow runs, which facts it uses, and how commercial priorities affect its response.
For schedulable Paz Routines, choose Daily, Weekly, Monthly, or On demand. Existing system Routines can instead follow syncs or events. Define the product or account scope and what the check should investigate. Your personal briefing in Overview has its own daily or weekly schedule; changing that does not change a Routine. For each input, record its authoritative source and freshness requirement. A product page, catalog record, and channel listing can disagree; define which source governs the affected field.
Add business context for AI: focus collections, markets, positioning, and constraints on claims. Keep source data separate from priorities. Missing capacity is a data gap; prioritizing a seasonal collection is a business choice. Treat an unavailable source as an exception, not a run that finds no issues. Shared follow-ups retain progress, evidence, and next checks. If Paz asks for a missing fact in Inbox, an applicable answer can help related investigations without becoming independent source verification.
4. Set action permissions and exception rules
Limit each action to its intended records, fields, and destination.
Specify whether the result is a finding, a proposed value, or a supported external change. For changes, define the destination account, product selection, field mapping, and approval policy. Permission to read product data does not grant permission to publish it. A custom Routine can file findings, propose queries, and remember context, but its agent cannot change products on its own. Use the required draft approval and supported destination workflow for product changes. Policy-controlled execution keeps authorization separate from the objective.
Define what happens when facts conflict, a source is unavailable, or a destination rejects an update. For example, block the affected change when the catalog and product page disagree on capacity. Preserve the exception and avoid repeating the same rejected action without resolving its cause.
5. Test representative cases before recurring execution
Include normal, unchanged, missing-data, and rejected-action cases.
Test an item with a verified missing fact, an already complete item, a conflicting source, and an out-of-scope product. The first produces a grounded correction; the second needs no change; the conflict produces an exception; the excluded product remains untouched. Compare the exact current and proposed values rather than judging fluent wording alone.
For a destination action, verify the permitted scope and check the destination result. A submitted update is not the same as processed acceptance. Test repeated runs as well: unchanged records should not create unnecessary new actions. Keep the expected result for each case in the workflow specification.
Also test the investigation record: when a refresh fails, retained last successful results must keep their original time and a warning. They must not count as recovery. If two related investigations need the same missing fact, check whether an applicable shared question or answer already exists. Reading a briefing must not resolve the shared follow-up.
6. Evaluate quality and outcomes across repeated runs
Measure whether the workflow achieves its goal without confusing activity with business impact.
Compare repeated outputs with the baseline. For a product-data workflow, track valid corrections, remaining gaps, incorrect proposed values, and exceptions by cause. For a visibility investigation, check whether findings refer to consistent query and product cohorts and include evidence for the next step.
Separate output accuracy, destination acceptance, and commercial performance. A completed run is an activity metric; an accepted correction is an operational result. Revenue impact needs its own comparison method because inventory, pricing, seasonality, and other campaigns also affect sales. Refine the scope or context when repeated exceptions expose a weak assumption.
Reusable workflow specification
Use these eight fields to configure a workflow and define what a successful run means.
- Goal
- Improve [business or data-quality objective] for [products, market, channel], compared with [baseline].
- Trigger
- Run on [supported schedule or event]. Include [selection rule] and exclude [out-of-scope records].
- Data
- Use [source for each fact], with [freshness requirement] and [authority rule for conflicts].
- Context
- Apply [commercial priorities, product positioning, and constraints]. Recheck priorities when [condition changes].
- Action
- Produce [finding, proposed value, or supported destination update], with [required evidence].
- Permissions
- Allow [operations] on [account, records, and fields] under [approval policy].
- Exception
- On [missing fact, unavailable source, conflict, or rejection], [block affected action and record the cause].
- Metric
- Track [output accuracy and goal measure] against [baseline]. Check destination acceptance separately when an update is involved.
Example: configure a description-quality workflow
A narrow product-data workflow makes the expected result and the exception rule concrete.
Goal and trigger: use a custom Paz Routine each week to identify priority bottle descriptions that omit a verified capacity. Data and context: use catalog and product-page facts; prioritize the focus collection and retain approved claims. Action and permissions: file the description gap with its source facts. A supported optimizer can prepare a correction for review; only the configured description field is eligible for the approved destination update. The Routine instruction is not authorization to publish.
Exception: if one source says 750 ml and another says 500 ml, block that correction rather than choose a plausible value. Metric: compare accurate, accepted corrections and remaining gaps with the initial baseline. The worked Paz example shows the inputs, proposed value, and allowed change.
Frequently asked questions
When is AI useful instead of a fixed automation rule?+
What belongs in an ecommerce workflow specification?+
How do you evaluate a Paz Routine and its follow-ups?+
Does a successful product update prove revenue impact?+
Related
- AI ecommerce workflow automation with Paz : Explore use cases and a worked product-data example
- Tasks, workflows, Routines, and follow-ups : Distinguish the business job, saved check, and investigation
- Business context for ecommerce AI : Specify facts, priorities, and constraints
- Policy-controlled execution : Define action permissions and verification
Put your ecommerce workflow in context
See how Paz Routines check signals, shared follow-ups use business context, and supported product changes proceed through review.
See Paz in action