Problem-First Innovation Loop
Find the underlying problem before choosing the technology that solves it
- Difficulty
- Moderate
- Time to result
- ~weeks to results
- Steps
- 5
- Confidence
- 96%
The Problem-First Innovation Loop begins with repeated listening in the places where customers buy and use a category. Instead of asking only what product they want, identify the difficulty underneath the request and define the practical outcome that is missing. Then search beyond the category's current conventions for a technology capable of producing that outcome in a materially better way. Sawyer used this pattern across first aid, insect repellent, sunscreen, and water filtration. In water, the problem was not simply demand for another filter; retailers and users were dealing with heavy, expensive systems. The company adapted hollow-fiber membrane technology used in kidney dialysis into a smaller, lower-cost filter. The output is a solution organised around the customer's real constraint rather than a faster version of the familiar product.
Origin
Kurt Avery described Sawyer's repeated practice of listening in outdoor stores, identifying the problem behind a request, and finding a technically different solution.
Core principles
- 01Customers describe desired improvements more readily than root problems
- 02Store conversations reveal recurring operational pain
- 03The solution should change how people address the problem
- 04Technical advantage must translate into practical usefulness
How to run it
- 1
Listen at the point of use
Spend time with customers, retailers, and practitioners where the category's problems become visible. Collect repeated complaints and constraints rather than isolated feature requests.
Pro tip Ask retailers what customers struggle to use, return, or replace.
Watch out A single enthusiastic request may not represent a recurring problem.
- 2
Name the underlying problem
Move past the requested product improvement and define the outcome people cannot currently achieve. Separate the need from the familiar form of the solution.
Pro tip Rewrite each request as a problem statement without naming a product.
Watch out Treating a requested feature as the problem can lock the team into incremental change.
- 3
Search outside the category
Look for technologies that already solve an analogous problem elsewhere. Evaluate whether their mechanism can transfer into the customer's context.
Pro tip Use adjacent scientific or industrial applications as a search space.
Watch out A technically impressive mechanism still has to work under real user conditions.
- 4
Translate technology into use
Design the product around weight, cost, durability, maintenance, and the user's environment. Make the technical change produce a visible practical advantage.
Pro tip Compare the new product with the incumbent on the constraints customers named.
Watch out Technology without a usable delivery format does not solve the original problem.
- 5
Reset market expectations
Explain why the new mechanism changes price, volume, or usage assumptions. Help channel partners understand the economics of selling more units at a different margin.
Pro tip Model total category growth as well as margin per unit.
Watch out Incumbent economics can make retailers resist a better product at first.
In the wild
Outdoor retailers were selling heavy ceramic or paper-matrix filters for about $90. Sawyer identified the underlying need for practical clean water and adapted hollow-fiber membrane technology used in kidney dialysis. The resulting filter was smaller and sold for $19.95, despite initial retailer resistance to the lower dollar margin.
→ Kurt says the roughly 70,000-unit market expanded to many millions of filters a year.
Sawyer met wilderness-medicine practitioners, EMTs, and rescue workers rather than assuming outdoor users needed a larger box of bandages. The real problem was handling an injury three hours or three days from medical help, so the kits included usable treatment support and a triage manual.
→ The approach helped change how outdoor first-aid kits were designed, even after other brands continued the category.
Common mistakes
Asking only what customers want
Customers may describe a better version of the familiar product rather than the result they actually need.
Keeping the category's technology
Searching only among existing category designs limits the chance of finding a materially different mechanism.
Ignoring channel economics
Retailers may resist a lower-priced innovation when they compare unit margin without considering higher volume.
Is it for you?
Best for
It is best for product businesses seeking a defensible technical improvement in an established category.
Not ideal for
It is not ideal when the problem is already precisely specified and the work is limited to routine implementation.
From the transcript
“So, we spent a lot of time in the stores listening, what do you need? What do you need? what what are your problems?”
“No, you got to go back past that and say, "What problem are you having and how can we solve it in an innovative way?"”
“There's a lot of ways to do water. There's tablets and whatnot, but we came across the kidney dialysis technology.”
From the episode
Turn Trash Water into Drinking Water ft. Kurt Avery
Kurt Avery