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Back to the business caseCompatibility checks · Implementation

Check fit before promising a configuration

The workflow combines product specifications with the prospect’s equipment details, then carries verified conditions into quoting.

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Business goal
Increase efficiency
Business metric
Delivery margin

From a protocol question to a complete quote

Agree on authoritative specifications, site-survey fields, and module identifiers. Define which uncertain configurations require engineering review.

The task in this example

Will the PX-400 work with our controllers over Modbus TCP?

  1. Step 1

    Interpret the protocol question

    Identify PX-400 and Modbus TCP.

    Model

    Do not treat every use of “Modbus” as the same transport or version.

  2. Step 2

    Read controller details

    Retrieve the prospect’s controller and protocol information.

    Product or customer data

    The opportunity’s site survey must identify enough detail to assess the requested connection.

  3. Step 3

    Retrieve specifications

    Find the supported protocol fields and current rule.

    Content team

    Keep firmware and module conditions beside the capability claim.

  4. Step 4

    Evaluate dependencies

    Check firmware 3.2 or later and CM-2.

    Ontology and knowledge graph

    The rule must return all required conditions and expose unknown values.

  5. Step 5

    Explain the result

    State fit, conditions, and specification references.

    Model

    Preserve unresolved conditions instead of turning them into an unconditional “yes.”

  6. Step 6

    Carry conditions into the quote

    Include required hardware and confirmation tasks.

    System

    The quoting integration uses the verified configuration.

    People

    The seller checks that the offer includes the stated conditions.

This framework provides a practical baseline shaped by experience. Every organization operates under distinct technical and operational realities that require tailored design and governance. While you can adapt these measures independently, we frequently partner with teams to customize governance, integrations, and rollout. Performance outcomes will naturally vary.

Why these content layers matter

Intelligent content

Publish protocol, version, and firmware as explicit fields with scope and source references.

Taxonomy

Use consistent model, protocol, firmware, and module identifiers across content and site-survey data.

Ontology and knowledge graph

Represent “requires” relationships and the fit rule so the answer and quote can follow the same conditions.

Verify the result and handle exceptions

Test a supported configuration, missing CM-2, older firmware, and unknown controller details. Compare the answer and quote with engineering’s expected outcomes.

Route unknown or conflicting specifications to engineering. A missing survey value must remain unknown until confirmed; similarity to another controller does not establish fit.

How we work
with your team

We can guide your team, work alongside it, or deliver the work for you. Combine these approaches as your needs and capacity change.

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Build capability

We guide your people through the work, building capability that stays with your team.

Support

Add specialist backup

Your team owns the work. We provide experienced backup and specialist help where you need it.

Do

Delegate delivery

We handle work that is one-time, specialized, or outside your core business, without adding an ongoing burden to your team.

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More about our approach

Support for this implementation

Set ownership and review rules for compatibility claims, and connect them to the conditions a seller needs to check.

Where do compatibility conditions disappear between answer and order?

Intuitive Stack can help make specifications explicit and connect them to the rules and quote evidence your sales and engineering teams need.

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