Concepts / Stakeholder Alignment in AI Projects

Stakeholder Alignment in AI Projects

A proposed AI project should move past scoping only if the problem is among the customer's top five priorities.

  • Programming

A Technically Sound Project That Stalled

Imagine a data science team that has spent three weeks scoping an AI tool for document classification. The model performs well on sample files, the data is clean enough, and the engineers are confident the build is achievable. Yet the project stalls once it reaches the people who would have to approve and maintain it. Nobody argues that the idea is technically unsound. The trouble is that it does not sit near the top of the customer's agenda, and that single fact quietly decides its fate.

What do you think happens?

The model works on sample files and the data is clean enough. What is most likely to stop this project from moving forward?

  • A shortfall in model accuracy

  • Insufficient data volume

  • Engineering difficulty in the build

  • The problem is not among the customer's top priorities

Reveal answer
Answer:

The problem is not among the customer's top priorities

The source states that the reason for stopping a misaligned project is organizational, not technical. Accuracy, data volume, and engineering difficulty were all acceptable in the scenario. The project lacked standing in the customer's agenda.

This article explains why alignment with customer priorities matters so much during scoping, and why a technically sound project can still be the wrong project to continue. The core rule is simple to state: a proposed AI project should move past scoping only if the problem is among the customer's top five priorities.

Tracing the Alignment Gate

Think of scoping as a gate. An AI proposal arrives at the gate and is tested against one question: is this problem among the customer's top five priorities? The test does not ask about model accuracy, data volume, or engineering difficulty. It measures standing, meaning where this problem ranks in the minds of the people who control the customer's time, money, and attention.

Follow the diagram from top to bottom. A proposal that passes through scoping is one whose problem ranks among the customer's top five priorities. A proposal whose problem falls outside that list does not continue as proposed. Instead, the team takes one of the two stopping paths described later in this article. Passing the gate is therefore a matter of organizational ranking, and a strong technical design cannot compensate for a failed answer at the decision point.

Organizational Physics

The source uses the phrase organizational physics to name the built-in dynamics and constraints inside an organization that shape whether a project succeeds. The term treats an organization as a system of forces. Each force pulls on a project in a direction that is largely set by what the organization already values, and the project's outcome depends on how those forces combine.

The diagram shows the forces the source names: leadership attention, legal review, IT processes, and frontline adoption. Each depends on priority. Leadership decides where its attention goes. The legal team decides how quickly reviews move. The IT team applies its request process. Frontline workers decide whether a change is worth adopting. Because all four depend on the same underlying ranking, a project's position in the customer's priorities shapes every force at once.

How Misalignment Compounds

Consider what happens to a project that sits outside the leadership's top five. Several separate groups each respond in a predictable way, and their responses compound. The diagram below sets the two timelines side by side. The left column traces a project outside the top five; the right column traces the same project when alignment was checked early.

In the left column, each step is a reasonable response from one group. Leadership has no political capital to spend on the project, so it cannot push other departments to cooperate. The legal team, which must review the system, moves the review down its queue. The IT team applies its standard request process, which the source describes as a six-week cycle. Finally, the line workers who would use the system treat it as one more initiative to wait out instead of a change to adopt. No single group made a bad decision, yet the combined effect is a project that cannot gather the sustained effort it needs.

The source notes that a production AI system needs sustained attention from senior leadership over a period of months. An organization supplies that attention only to problems it already values. This is why a team cannot treat the customer's priority ranking as a formality. The right column shows the alternative: when the top-five question is answered early, the same groups have a reason to engage.

Worked Example: Testing a Proposal Against the Top Five

Worked example

Checking the document classifier proposal

A team proposes an AI tool for document classification. The model performs well on sample files, the data is clean, and the build looks achievable. Should the proposal move past scoping?

  1. 1
    Check the technical signals

    Accuracy on samples, data quality, and build confidence are all positive. These signals are real, but the source says they do not decide the gate.

  2. 2
    Locate the problem in the customer's ranking

    The question to ask is where document classification sits among the customer's top five priorities. In the source scenario it does not sit near the top of the agenda.

  3. 3
    Apply the gate

    Because the problem is not among the top five, the proposal does not move past scoping as proposed. The team must choose a stopping path.

  4. 4
    Anticipate the downstream groups

    Without a top-five ranking, leadership has no capital to spend, legal review slips, the IT request follows its standard cycle, and frontline workers wait. The engineering work does not reach deployment.

Result

The proposal does not pass the gate. The technical strength of the work is not enough to justify continuing it.

Two Ways to Stop

When a proposal fails the top-five test, the source describes two honest paths. Both end the misaligned engagement as currently framed, but they differ in what happens to the relationship with the customer and what the team must do next.

FeaturePolite stopHonest stop
What the team doesScopes a smaller exploratory engagementStops and leaves
Relationship with the customerKept openEnded
Possible futureMay lead to a properly aligned project laterNo further engagement described in the source
Effort after the decisionContinued but reduced in sizeWork ends

The two stopping paths described in the source for a misaligned engagement

The choice between them is a judgment about the relationship and the customer's likely future priorities. The source does not give a rule for choosing, so a team should base the decision on what the customer's top five currently look like.

Mistakes in Alignment Checks

  • Common mistake

    Treating technical success as proof of value

    What it looks like

    The team reports strong accuracy on sample files and assumes the project should continue.

    Why it fails

    The source states that the test measures standing, not model accuracy, data volume, or engineering difficulty.

    Do this instead

    Ask where the problem ranks in the customer's top five before weighing technical results.

  • Common mistake

    Assuming the customer's ranking is a formality

    What it looks like

    The team skips the priority question because the customer seemed interested in the idea.

    Why it fails

    Interest is not standing. The source says organizations supply sustained attention only to problems they already value.

    Do this instead

    Verify that the problem is among the top five priorities before moving past scoping.

  • Common mistake

    Blaming individual groups for a stalled project

    What it looks like

    The team concludes that legal or IT is obstructing the work.

    Why it fails

    The source describes each group responding reasonably to its own priorities. The friction comes from the shared lack of ranking.

    Do this instead

    Trace the stall back to the project's position in the customer's priorities.

  • Common mistake

    Ending a misaligned engagement without deciding between a polite stop and an honest stop

Practice: Applying the Gate

MEDIUM

A team proposes an AI system that predicts equipment faults. The model is accurate, the data is well organized, and the engineers are confident. In the customer's current top five priorities, equipment reliability is not listed. Decide whether the proposal moves past scoping, then name which stopping path fits best and justify your answer using the organizational reasons in the source.

Hints
  • Start with the gate question: is the problem among the customer's top five priorities?
  • The source says the reason for stopping is organizational, so technical strength does not change the answer.
  • Consider whether the customer relationship is worth keeping open through a smaller exploratory engagement.

Key Takeaways

  • A proposed AI project should move past scoping only if its problem is among the customer's top five priorities.
  • The reason for stopping a misaligned project is organizational: leadership attention, legal review, IT processes, and frontline adoption all depend on priority.
  • Organizational physics names the built-in dynamics and constraints inside an organization that shape whether a project succeeds.
  • A misaligned engagement can be ended by a polite stop, which scopes a smaller exploratory engagement, or an honest stop, which leaves.
  • Ignoring alignment lets small, reasonable responses from separate groups compound until the project cannot gather the sustained effort it needs.