Product-market fit
Why Products Solve the Wrong Problem First
Quick Answer
Early products often solve the wrong problem first because founders start from a solution, a personal frustration or a competitor's feature list instead of a validated, frequent and costly pain. The fix is to study how target users handle the work today, measure how often each pain occurs and what it costs, pick the single constraint that matters most and build the smallest thing that removes it before adding anything else.
Many products we are asked to rescue work well and still struggle, because they solve a problem users do not feel strongly enough to change their habits. Solving the wrong problem first means spending early engineering time on a real but secondary pain, or on a solution users asked for, while the frequent and costly problem underneath stays untouched.
It is one of the most expensive mistakes a product can make, because everything built afterward inherits the wrong foundation. It is also avoidable, because the evidence needed to pick the right problem is usually available before a line of code is written. This post covers why products pick the wrong problem, how to find the right one, a worked example, the signs you already picked the wrong one and the mistakes that cause it.
Why Products Pick the Wrong Problem First
Products pick the wrong problem when the team's assumptions stand in for evidence about users. We see four causes again and again.
- Founder bias, where a problem the founder knows well or finds interesting is assumed to be common and severe.
- Shallow problem validation, where teams move to solutions before measuring how often a problem happens and what it costs.
- Feature ambition, where the vision of a complete product spreads effort across many smaller problems.
- Solution-shaped requirements, where engineers receive features to build rather than problems to solve.
The cost shows up in failure data. CB Insights found that poor product-market fit was cited in 43% of failures in its 2026 analysis of 431 VC-backed startups that shut down since 2023. We read that less as bad execution and more as good execution aimed at the wrong problem.
Solving the wrong problem rarely looks like failure at first. Early users are polite, the demo works and the roadmap fills up. The signal arrives later, as low adoption and features nobody opens.
How to Find the Right Problem Before You Build
Find the right problem by studying what target users already do, measuring how often each pain occurs and what it costs, and choosing the one constraint whose removal creates the most value. We follow six steps before any build.
1. Start Broad With Who Has the Problem
List the groups of people who might feel the problem, without narrowing too early. A problem that seems to belong to one role often turns out to sit with another.
Starting broad lets the evidence choose your segment, rather than your first guess.
2. Map the Current Workflow and Workarounds
Document how people handle the work today, step by step. Look for spreadsheets, copy-paste, email chains and manual checks, because workarounds are proof that a problem is costly enough to act on.
Watch the work where you can. Observed behavior is more reliable than a description of it.
3. Interview About Past Behavior, Not Wishes
Ask about the last time the problem happened, what it cost and what the person did. Avoid pitching or asking if they would use your idea.
Nielsen Norman Group warns that if the interviewer asks many leading questions, the validity of the data will be compromised. We keep a script of neutral questions and record exact phrases.
4. Score Each Pain on Frequency and Cost
For every pain you hear, estimate how often it happens and what it costs in time, money or risk. A rare, dramatic problem usually loses to a daily, moderate one.
We put the scores in a simple table so the team can see why one problem wins. That table becomes the case for the first build, and it gives investors, early hires and the first customers the same clear reason for what the product does first.
5. Choose the Single Constraint That Matters Most
Pick the one bottleneck whose removal creates outsized value. The Christensen Institute puts the underlying idea well, that people pull products into their lives to make progress.
Ask which constraint, removed, would let users make the most progress on the job they care about. That is the problem to solve first.
6. Build the Smallest Solution and Test It
Design the simplest thing that removes only that constraint, and test it with the same users. Resist logical extensions until the core problem is clearly solved.
The testing methods are the same ones we cover in how to validate an MVP before you build.
A Simple Way to Compare Candidate Problems
Most discovery work surfaces several plausible problems, and teams need a fair way to choose between them. We score each candidate on the same few questions and put the answers side by side.
| Question | Strong signal | Weak signal |
|---|---|---|
| How often does it happen? | Daily or weekly | A few times a year |
| What does it cost? | Lost revenue, hours or risk | Mild annoyance |
| Is there a workaround? | Yes, and it is painful | No one bothers |
| Who owns the budget? | The person with the problem | Someone who does not feel it |
The problem with the most strong signals usually wins, even if it is less exciting than the others. We have seen founders pick the more interesting problem and regret it, because an interesting problem nobody pays to fix is still the wrong problem.
A Worked Example From a Small Business CRM
Here is a hypothetical example, not a client story. A startup sees small businesses tracking customers in spreadsheets and builds a CRM with contact management, task assignment and reporting. Adoption in beta is low, and users call the product cluttered.
Interviews about recent behavior change the picture. The real problem is not the lack of a CRM, but inconsistent follow-up on sales leads because conversation history is scattered across email and notes. Spreadsheets are a symptom.
The team strips the product down to one job, a single timeline of emails, calls and notes for each contact, with the last interaction always visible. It connects to the email tools users already have. Adoption improves because the product now removes the constraint users actually feel.
We like this example because the first product was not badly built. It was well built for the wrong problem, and the fix came from questions about past behavior, not from more features.
Signs You Already Solved the Wrong Problem
If the product is already live, a few signals suggest the problem choice was off. We look for these before recommending any new features.
- Users sign up and try the product but do not return for the core action.
- Feedback is polite and general, with few requests that deepen the core workflow.
- Users keep their old workaround running alongside the product.
- Sales conversations stall on why the product matters now, not on price or features.
These signals rarely appear in dashboards on their own. They show up in sales notes, support conversations and the gap between sign-ups and active use, so someone has to look for them deliberately.
When several of these are true, we go back to workflow mapping and interviews before building more. Adding features to a product aimed at the wrong problem usually raises the cost of the MVP without moving adoption.
Mistakes That Point Products at the Wrong Problem
A handful of habits reliably aim products at the wrong problem, and each has a simple counter.
- Building around a personal pet peeve without checking how common or costly it is for others.
- Copying competitors' feature sets, which solve many problems that only matter after the core one is handled.
- Taking a requested solution, such as a dashboard, at face value instead of finding the problem behind it.
- Launching without success metrics tied to the problem, so nobody can tell if it was solved.
Each of these replaces evidence with a shortcut. A pet peeve stands in for interviews, a competitor stands in for discovery and a feature request stands in for the problem behind it. The counter in every case is to go back to how users do the work today.
Copying features is the most common, and it is how many first versions end up with features no one will use. Our playbook for founders covers how we run problem discovery before any MVP development begins.
Solve the Right Problem Before the Wrong One Ships
Products avoid solving the wrong problem first when teams study real workflows, score each pain on frequency and cost, pick one constraint and test the smallest fix with the same users. Features come after the core problem is clearly solved.
We think a few weeks of disciplined discovery is the cheapest insurance a product can buy. If you want help finding the right problem for your first version, Better Software can work through it with you.
Frequently Asked Questions
What Is Problem Solution Fit?
Problem solution fit means you have confirmed that a specific group has a real, costly problem and that your proposed solution addresses it. We treat it as the step before product-market fit, proven with evidence from interviews, workarounds and early tests rather than opinions.
How to Validate Problem Solution Fit?
We validate it by first confirming the problem through interviews about recent behavior and visible workarounds, then testing a minimal solution with the same people. If they use the manual or prototype version and want more, the fit is real enough to build on.
How to Identify Customer Problems?
We identify customer problems by mapping how people do the work today and asking about the last time something went wrong. Workarounds, repeated manual steps and money spent on fixes are the strongest signals, because they show the problem is worth solving.
How to Find Customer Pain Points?
We find pain points by observing workflows, reading support tickets and interviewing users about specific recent events. Then we score each pain on how often it happens and what it costs, which separates frequent, expensive problems from occasional annoyances that users tolerate.
What Makes Startups Fail?
Startups fail for many reasons, but we see a mismatch between the product and a real market need behind most of them. Running out of money is often the final cause, while the root problem is building something that did not solve a pressing problem for enough people.
About the author
Better Software Team
Product and engineering team
Better Software Team is the product and engineering team at Better Software. We build new software products and improve existing applications and systems, with deeper experience in healthcare, finance and energy.