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AI Operating Model

Five Questions to Ask Before Building Your Next AI Prototype

Florian Lauck-Wunderlich, 6 minute read

Five Questions to Ask Before Building Your Next AI Prototype or

"Why Enterprise AI Needs an Operating Model Before It Scales?"

  • Most organizations are still experimenting with AI.
  • Some are running proofs of concepts.
  • Others have developed a handful of prototypes or pilot agents.
  • That's exactly why they should be thinking about governance and operationalization now.
  • One of the most common assumptions I encounter is that governance, monitoring, evaluation, and operational controls can wait until deployment.
  • By the time an AI solution reaches production, many of the most important decisions have already been made.

Every AI prototype is teaching your organization how it will eventually operate AI at scale.

 

The Hidden Risk of AI Prototype Success

When teams build an AI proof of concept or prototype, the focus is usually on one question: Does it (technically) work?

The organization wants validation that the idea is technically feasible and potentially valuable.

But there are several equally important questions:

  1. Who owns the outcome?
  2. How will quality be measured?
  3. Who intervenes when the AI gets it wrong?
  4. How will agent performance be monitored over time?
  5. What evidence will be required before deployment?
  6. How could this approach be repeated across the organization?

These questions rarely determine whether a prototype technically succeeds, but they often determine whether it is mature enough to scale.

The NIST AI Risk Management Framework notes, AI risk management should be incorporated throughout the lifecycle of AI systems, including design, development, deployment, use, and evaluation. 

Governance does not begin when AI reaches production, it begins when AI applications are built.

 

Governance Alone Is Not Enough

Many organizations respond by creating governance around AI, but governance alone does not answer questions such as:

  • How will AI solutions be delivered?
  • Who approves progression between stages?
  • How will models and agents be evaluated?
  • How will operational issues be managed?
  • How will business value be measured?
Governance defines boundaries, while an operating model defines how work gets done inside those boundaries.

 

Towards an Operating AI Model: Five Questions to Ask Before or While Building Your Next AI Prototype/MVP

1. Who Owns AI-based Decisions?

Every Business Decision which was assisted, supported or proposed by AI should have a clear ownership across business, technology, and risk functions.

If accountability is unclear during the prototype stage, it rarely becomes clearer later.

2. How Will Success Be Measured?

Many prototypes measure technical performance, far fewer define business outcomes.

Before development begins, ask:

  • What process will improve?
  • What business outcome will change?
  • How will business value be demonstrated?

3. How Will Failure Be Managed?

Every AI solution will eventually produce an incorrect recommendation, action, or output.

Organizations have to define during build and before go-live:

  • escalation paths
  • fallback procedures
  • human oversight requirements

4. How Will Quality Be Evaluated?

Evaluation cannot be treated as a final checkpoint, it should be designed into the solution lifecycle.

Testing, validation, monitoring, and continuous assessment are essential elements of predictable enterprise AI.

5. Could This Prototype Be Repeated 100 Times?

If the approach cannot be repeated, governed, measured, and supported consistently, it is not yet an enterprise capability and simply a successful experiment.

 

The Operating Model Starts Earlier Than Most Organizations Think

The term "operating model" often sounds like something that becomes relevant after AI has already scaled - I believe the opposite is true.

The foundations of an AI operating model are established during the earliest experiments. and during the build

This perspective is increasingly reflected in emerging AI standards and frameworks and the direction is clear:

  • NIST AI Risk Management Framework
    https://www.nist.gov/itl/ai-risk-management-framework [nist.gov], [nist.gov]

  • OECD AI Principles
    https://oecd.ai/en/ai-principles [oecd.org], [oecd.ai]

  • ISO/IEC 42001 AI Management System Standard
    https://www.iso.org/standard/42001 [iso.org], [iso.org]

 

Call to Action

If you're building AI prototypes today, you're not just testing technology, you're designing the foundations of how your organization will eventually operate AI at scale.

That means governance, evaluation, oversight, and value realization are not future concerns. They are design decisions being made right now.

Before building your next prototype, pause and ask five questions:

  1. Who owns AI-assisted decisions?
  2. How will success be measured?
  3. How will failure be managed?
  4. How will quality be evaluated?
  5. Could this approach be repeated 100 times?

If your team cannot answer these questions during experimentation, addressing them later will be significantly harder for you as developers and for the organization that runs the application.

Enterprise-scale AI is not something you add after a successful proof of concept - it is something you design for from the very beginning

 

AI Use / Disclosure:

This work represents my own ideas, objectives, expertise, and professional judgment. The underlying ideas, analysis, and final conclusions were developed and validated by me. Generative AI tools were solely used as an editorial aid to to assist with language refinement, formatting, style and structural improvements.

 

About the Author

As head of AI and Advanced Analytics Consulting at Pegasystems, Florian leads a dynamic consulting team in providing innovative AI and Advanced Analytics solutions in EMEA. His work helps organizations to harness data-driven insights to achieve their strategic objectives, automate business processes and to advance the autonomous enterprise concept, as well as delivering projects and solutions that leverage cutting-edge technologies including Generative AI, Process AI (Machine Learning) and Process Mining. 

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