Know Your Operation Before You Trust AI.

Write the operation down first

Ops and finance often define “yield” differently, and an overnight export can disagree with the Manufacturing Execution System (MES) screen. A model won’t fix that alone. We work with the people who run the floor, document how the systems really behave, and leave a record you can challenge.

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What's usually wrong

The model isn't the first problem.

The data is usually there; the meaning often isn't. Reports don't agree, application logic has no owner, spreadsheets fill the gaps, and important operational knowledge often sits with people who've been on the floor for many years.

  1. Different sources

    Ops trusts the MES screen and finance trusts last night's export. Nobody designed those sources to agree.

  2. Different meanings

    Ask how yield is calculated and you may get two answers, sometimes three. Both can sound right, and neither is written down.

  3. Different answers

    Skip the writing and AI just makes the confusion faster.

The job is to make meaning visible across the layers that matter for the decision you're actually trying to answer.

  • Systems + reports
  • Fragmented meaning
  • Business rules + exceptions
  • Ownership + validation
  • Documented operational context
  • Evaluated use case
Explore Prime Diagnostics

A model can usually read the database. The harder question is whether anyone can explain the operation well enough to judge the answer, and that is the part that actually matters.

Once it’s written down, you can investigate it, validate it, govern it, and decide whether a build is even worth doing.

What we actually do

You're weighing AI against systems that don't explain themselves. We stay close to the floor, stay vendor-neutral, and stay honest when we don't know. We won't start until the scope is written down.

Working with a Manufacturing Execution System (MES)? See AI for MES.

How the weeks usually go

We start from messy operations and leave a documented next step, scoped in writing. Assumptions stay written, not implied.

  1. Discover

    We establish the system, the decision, who owns it, and what evidence already exists. Reports that don't match, interfaces, tribal knowledge, and the places meaning already breaks all count.

  2. Define

    We document relationships, calculations, terminology, and the exceptions everyone already knows so the use case matches how the floor runs, not only how the schema looks on paper.

  3. Govern

    Access paths, who owns validation, what's restricted, and what's still open. We write it up so your technical, security, and governance people can review and challenge it.

  4. Activate

    Only then do we shape a pilot, data surface, analysis workflow, or next investment. Understanding comes first and implementation follows. If that order flips, we push back.

Where most people start

One system. One domain. One decision.

Prime Diagnostics is deliberately narrow: one system and one operational question. We also write down ownership, validation, and access issues that need review before anyone talks about building.

What we're trying to settle

  • Which systems and objects actually matter for this question
  • Where the relationships, calculations, and exceptions hide
  • Which definitions are settled, and which still need an owner
  • What only lives in someone's head
  • What a responsible next phase would actually require

Possible outputs

System inventory
In-scope systems, reports, interfaces, and known owners tied to the selected question.
Priority relationship map
How the important entities, data flows, and boundaries actually connect.
Business-logic register
Calculations, report rules, application quirks, and the expert practices documented during the work.
Readiness findings
Access, ownership, validation, restrictions, assumptions, and the next decisions still sitting open.

Final scope, activities, outputs, and timing get confirmed in a written agreement.

Not every environment needs the same path, and that is expected.

Our foundation

Built from inside the mess.

There is a common pattern: a shiny AI program hits decades of operational complexity that was never designed for a machine to read.

Our work draws on long experience in manufacturing and enterprise applications. The first job is to write that context down. Bigger builds come later, if they come at all.

Father and son.
Different decades of the same work.

Long-running systems experience on one side, and how the practice feels to clients on the other.

Antonio Rojas

Antonio Rojas

Enterprise Applications and Operational Systems

Antonio co-founded Prime after more than three decades in enterprise applications and IT: architecture and deployment of ERP, CRM, and Manufacturing Execution Systems (MES) across the United States and Mexico. Those systems rarely explain themselves. At Prime he leads discovery: how systems, business logic, and operators actually connect when problems surface on the floor.

Fernando Rojas

Fernando Rojas

Strategy, Service Design, and Client Experience

Fernando co-founded Prime to shape how the practice shows up: research, service design, information structure, and the experience of working with the firm. He turns operational depth into requirements people can follow without guessing what comes next.

Have a system that doesn't explain itself?

Tell us which system is involved, what question you are trying to answer, and what is getting in the way. Send a short note. We'll tell you whether a focused engagement makes sense, and whether we're the right fit.

We read every inquiry ourselves. There are no queue bots.