Run low-cost experiments on intersectional ideas
Test cross-domain ideas quickly and cheaply before investing in them fully.
Why it works
Intersectional ideas carry higher uncertainty than within-domain improvements — there is less established knowledge about whether they will work. This uncertainty makes large commitments risky. Low-cost experiments — prototypes, pilots, small bets — generate information about viability at a cost that the expected learning justifies, regardless of whether the idea succeeds. This converts high-variance intersectional bets into manageable portfolio exploration.
How to do it
- For any intersectional idea, identify the smallest test that would confirm or disconfirm the core assumption.
- Run that test before building anything further.
- Set a clear decision criterion in advance: "If X happens, we continue; if Y, we stop."
- Treat the result as information, not success or failure — update your approach based on what you learned.
Evidence
The lean startup methodology and design thinking literature both provide theoretical and practical support for low-cost experimentation as a strategy for navigating high-uncertainty innovation. This is organizational consensus with strong face validity. Lynn, Morone, and Paulson’s study of discontinuous innovations documents this as a "probe and learn" process, in which firms bring an early version to market as a series of low-cost experiments and let what they learn redirect the product. (mechanistic)
Minimum viable tests can be misleading if the test conditions don’t capture the relevant dynamics of the real application — small tests sometimes fail to surface the properties that matter at scale.
Sources
Common mistake
Designing a test that is so hedged or small that a positive result doesn’t actually reduce uncertainty about the real question — which consumes time and resources without generating usable information.
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More practices for The Medici Effect: Innovation at the Intersection
- Intentional field-crossing
Regularly study a field entirely outside your domain and ask what it could teach yours.
- Build a diverse network deliberately
Connect with people in different disciplines, cultures, and functions — not primarily with people who do what you do.
- Break associative barriers through randomness
Introduce random stimuli — words, objects, images — into your problem-solving sessions and force connections.
- Maximize quantity of ideas before evaluating
Set an explicit quantity target — generate at least 20 ideas before reviewing any of them.
- Reframe problems using cross-domain language
Describe your problem in a different field’s vocabulary — then use that vocabulary to search for solutions.