Can you outline strategic assumption surfacing and testing for the framing phase

In the Framing phase, Strategic Assumption Surfacing and Testing (SAST) is used to interrogate the logic behind how a “system of interest” is defined and where its boundaries are drawn[1]. Because framing is not a natural fact but a subjective and ethical choice, SAST ensures that the scope of an investigation is not based on hidden biases that might lead to “solving the wrong problem precisely”[4].

Here is an outline for applying SAST specifically to the framing of a complex problem:

1. Identify the “Frame-Makers” and Stakeholders

Before questioning the boundary, you must identify who drew it and who is impacted by it.

Identify the Designer: Explicitly ask, “Who is conceptualising this system and its boundaries?”[8].

The Logistical Search: List not just the decision-makers, but the “Witnesses”—those affected by the system’s boundary but excluded from its design[7].

Assumptions as Properties: Recognize that your current frame is built on “presumed properties of stakeholders”—for example, assuming a customer only cares about price, which allows you to exclude “service quality” from your model[14].

2. Surface Boundary Assumptions

Work backward from the current problem definition to identify the conditions that make this specific frame valid.

Control vs. Environment: Ask what factors are being treated as “Internal” (controllable) and what are being treated as “Given” (the environment)[17].

The “Sweeping In” Test: Identify variables currently excluded (e.g., ethics, long-term environmental impact, or employee morale) and ask, “If this were brought inside the system, how would the problem change?”[21].

The Negation Test: If you were to assume a “fixed” environmental constraint (like a specific law or market trend) were actually flexible, would your entire strategy collapse?[25][26].

3. Plot the Framing Risks (Importance/Certainty Matrix)

Not all framing choices carry the same risk; some boundaries create “blind spots” that are more dangerous than others.

Identify the “Danger Zone”: Plot your framing assumptions on a 2x2 grid. Focus on High Importance/Low Certainty assumptions—these are the “hidden scaffolding” of your project that have not been factually verified[27][28].

The White Space Assessment: Using the “Italian Flag” model, determine if your current frame leaves too much “White Space” (uncertainty) or ignores “Red” (hard physical constraints)[29].

4. Engage in Dialectical Reframing

To test the robustness of your frame, you must deliberately construct its opposite.

Propose a Counter-Frame: If your current frame is “Technical,” build a “Personal” or “Organizational” counter-frame that uses the same data but draws a different boundary[33].

The “Point of View” Shift: Test if a different “station point” (e.g., viewing the project through the eyes of a competitor or a future generation) makes the current problem disappear or transform into a new opportunity[37].

Identify “Killer Assumptions”: Explicitly hunt for beliefs that “complexity is in the system, not the mind,” which can lead to rigid framing and project failure[41][42].

5. Synthesis: Adjusting the Boundary

The goal is not just to have a better map, but to ensure the “map” is viable for the situation.

Dissolving vs. Solving: Determine if the problem can be dissolved by expanding the system boundary to include environmental variables that were previously ignored[43][44].

Conserve Identity: Ensure that while you expand the structure, you preserve the core “Organization” (the essential relations that define what the system is) so it does not disintegrate during the change[45][46].

Summary Checklist for Framing

Framing CheckKey QuestionGoal
Agency”Who is drawing this boundary and why?”[47][48]Expose bias.
Exclusion”Who is the ‘Witness’ we are ignoring?”[13][49]Ethical integrity.
Logic”What are we assuming is uncontrollable?”[9][18]Identify leverage.
Risk”Is this frame stable enough to support action?”[27][50]Avoid E3 error.

Does your current project have any “fixed” constraints that you suspect might actually be negotiable if the boundary were shifted?