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10. Problem Discovery Framework: Finding Problems Worth Solving

  • Writer: Han Kay
    Han Kay
  • Dec 8, 2025
  • 10 min read

This is Chapter 10 of the Conscious Systems book. Part I (Chapters 1–8) laid out the conceptual foundations. We are now in Part II and through Chapters 9–19, you will learn how to design your conscious architecture.



Marc Benioff didn’t set out to build Salesforce. In 1999, he was a successful Oracle executive who kept hearing the same complaint from customers: enterprise software was too complex, too expensive, and too slow to implement. Most software companies responded by building more features. Benioff responded by asking a different question: “What if enterprise software worked like Amazon—simple, accessible, and delivered over the internet?”


That question led to a problem discovery process that revealed something surprising: the real problem wasn’t that enterprise software lacked features—it was that the entire delivery model was broken. Companies didn’t want more software; they wanted better outcomes with less complexity. This insight became the foundation for Software-as-a-Service (SaaS), transforming the entire enterprise software industry.


Most entrepreneurs approach problem discovery backward. They start with a solution they want to build, then look for problems it might solve. They conduct customer interviews to validate their idea rather than to discover what problems actually matter. They optimize for confirmation rather than insight.


The Problem Discovery Framework reverses this approach. Instead of starting with solutions and looking for problems, you start with people and look for patterns. Instead of validating assumptions, you discover realities. Instead of building what you think people need, you uncover what they actually struggle with.


This isn’t market research—it’s systematic problem archaeology. You’re not just gathering opinions; you’re uncovering the underlying forces that create persistent problems worth solving.


How the problem discovery framework is relavant to all jump engines.
The Four Jump Engines working together and how the problem discovery framework feeds into all engines.


Why Problem Discovery? The Solution Trap


Most venture failures start with a fundamental error: falling in love with solutions before understanding problems. Entrepreneurs see a cool technology, imagine how it could be used, then spend months building something nobody wants.


Clayton Christensen studied this pattern in The Innovator’s Solution: “Customers don’t buy products; they hire them to do jobs.” But most entrepreneurs focus on product features rather than the jobs customers are trying to accomplish. They build better mousetraps without understanding why people need to catch mice.


Steve Blank formalized this insight in Customer Development: “Get out of the building” to understand customers before building products. But Blank’s approach still assumes you have a reasonable hypothesis about what problem you’re solving. Problem Discovery goes deeper—it helps you discover problems you didn’t know existed.


Eric Ries pushed further with Lean Startup: build-measure-learn cycles that minimize waste. But if you’re measuring the wrong things because you’re solving the wrong problems, lean methodology just helps you fail faster.


The Problem Discovery Framework addresses the root issue: How do you systematically uncover problems that are both important to solve and possible to solve profitably?



The Four Components of Problem Discovery


Component 1: Signal Detection — Spotting Problems Before They’re Obvious


Most entrepreneurs wait until problems become obvious, then compete with dozens of others trying to solve the same obvious problem. The Problem Discovery Framework trains you to spot weak signals—early indicators of emerging problems that haven’t yet attracted widespread attention.


Environmental Scanning: Systematic monitoring of changes that create new problems or make existing problems more urgent. This includes technological shifts, regulatory changes, demographic trends, and behavioral patterns.


Weak Signal Amplification: Techniques for detecting patterns that are too faint for most people to notice. This includes monitoring edge cases, tracking complaint patterns, and analyzing behavioral anomalies.


Change Pattern Recognition: Understanding how different types of change create predictable problem patterns. When technology advances, it creates capability gaps. When regulations change, they create compliance problems. When demographics shift, they create service gaps.


Early Adopter Monitoring: Identifying people who encounter problems before the mainstream does. Early adopters often develop workarounds or partial solutions that reveal both the problem and potential solution approaches.


Component 2: Evidence Gathering — Moving from Opinions to Insights


Most customer research generates opinions rather than insights. People tell you what they think they want rather than revealing what they actually struggle with. The Problem Discovery Framework uses evidence-based methods to uncover reality rather than collect opinions.


Behavioral Observation: Watching what people actually do rather than listening to what they say they do. This includes workflow analysis, usage pattern tracking, and decision-point observation.


Problem Archaeology: Digging into the history of how people currently solve problems. What workarounds have they developed? What tools do they cobble together? What processes have they created? These reveal both problem severity and solution requirements.


Constraint Analysis: Understanding what prevents people from solving problems themselves. Is it lack of knowledge, lack of tools, lack of time, lack of authority, or something else? Different constraints require different solution approaches.


Value Chain Mapping: Understanding how problems ripple through entire systems. A problem for one person often creates problems for others. Mapping these connections reveals the true scope and impact of problems.


Component 3: Pattern Recognition — Finding the Problem Behind the Problem


People often can’t articulate their real problems. They describe symptoms rather than root causes, or they request solutions rather than explaining needs. The Problem Discovery Framework helps you identify the deeper patterns that create surface problems.


Jobs-to-be-Done Analysis: Understanding what people are really trying to accomplish when they encounter problems. The job is often different from the obvious task. People don’t want quarter-inch drill bits; they want quarter-inch holes. But they don’t really want holes either—they want to hang pictures to make their homes feel welcoming.


Constraint Theory Application: Identifying the bottlenecks that limit people’s ability to accomplish their goals. Most problems are actually constraint problems—something is preventing the system from working as well as it could.


System Boundary Analysis: Understanding where problems start and stop. Is this a problem with the tool, the process, the person, the organization, or the environment? Different boundary conditions require different solution strategies.


Causality Mapping: Tracing problems back to their root causes. What creates this problem? What sustains it? What would make it go away permanently? Surface solutions address symptoms; deep solutions address causes.


Component 4: Opportunity Evaluation — Determining What’s Worth Solving


Not all problems are worth solving. Some are too small, some are too complex, some are already being solved adequately, and some can’t be solved profitably. The Problem Discovery Framework helps you evaluate which problems represent genuine opportunities.


Problem Sizing: Understanding how many people have this problem, how often they encounter it, and how much impact it has on their lives or work. Big problems aren’t always better—sometimes small problems that affect many people are more valuable than big problems that affect few people.


Solution Landscape Analysis: Understanding what solutions already exist and how well they work. Are people satisfied with current solutions? Do current solutions have significant limitations? Is there room for improvement?


Market Timing Assessment: Understanding whether now is the right time to solve this problem. Some problems exist for decades before the conditions align to make them solvable. Other problems have short windows before they disappear or get solved by others.


Competitive Advantage Evaluation: Understanding whether you can solve this problem better than others. Do you have unique insights, capabilities, or advantages that would let you create a superior solution?



The Problem Discovery Process: Four Phases


Phase 1: Landscape Mapping (Week 1) — Understanding the Territory


Before you can discover specific problems, you need to understand the landscape where problems exist. This phase creates a map of the territory you’ll explore.


Stakeholder Identification: Who are all the people involved in the area you’re exploring? Don’t just think about end users—consider everyone who touches the problem space including buyers, influencers, implementers, maintainers, and those affected by outcomes.


Workflow Mapping: How do things currently work? What are the key processes, decision points, and handoffs? Where do things typically go wrong? What workarounds have people developed?


Value Chain Analysis: How does value flow through this space? Who creates value, who captures value, who pays for value? Where are the inefficiencies, bottlenecks, or gaps?


Competitive Landscape Review: What solutions already exist? How do people currently solve problems in this space? What are the strengths and limitations of existing approaches?


Phase 2: Deep Listening (Week 2-3) — Uncovering Hidden Problems


This phase involves systematic conversations with people in your target landscape. But these aren’t typical customer interviews—they’re problem archaeology expeditions.


Interview Design: Create conversation guides that uncover problems rather than validate solutions. Focus on understanding current processes, pain points, workarounds, and desired outcomes rather than getting feedback on your ideas.


Observation Sessions: Watch people work in their natural environment. What do they actually do versus what they say they do? Where do they struggle? What takes longer than it should? What causes frustration?


Problem Shadowing: Follow problems through entire systems. Who creates them? Who inherits them? Who has to work around them? How do they ripple through organizations or processes?


Edge Case Exploration: Spend extra time with people who have unusual situations or extreme needs. Edge cases often reveal fundamental limitations in current solutions and point toward breakthrough opportunities.


Phase 3: Pattern Synthesis (Week 4) — Finding Signal in the Noise


This phase transforms raw observations into actionable insights. You’re looking for patterns that reveal systematic problems worth solving.


Problem Clustering: Group similar problems together. What themes emerge? Which problems seem to be different manifestations of deeper issues?


Causality Analysis: For each problem cluster, trace back to root causes. What creates these problems? What sustains them? What would need to change to eliminate them?


Impact Assessment: Evaluate the true cost of each problem. Consider both direct costs (time, money, resources) and indirect costs (opportunity cost, stress, system inefficiency).


Solution Gap Analysis: For each problem, evaluate how well current solutions work. Where are the gaps between what exists and what’s needed?


Phase 4: Opportunity Prioritization (Week 5) — Choosing What to Solve


This phase evaluates which problems represent the best opportunities for you to solve given your capabilities, resources, and goals.


Market Opportunity Sizing: How big is the market for solving each problem? Consider both the number of people affected and their willingness/ability to pay for solutions.


Competitive Advantage Assessment: For each opportunity, evaluate whether you can build sustainable competitive advantages. Do you have unique insights, capabilities, or positioning?


Resource Requirement Evaluation: What would it take to solve each problem effectively? Consider technology requirements, skill requirements, time requirements, and capital requirements.


Strategic Fit Analysis: Which opportunities align best with your strengths, interests, and long-term goals? Sometimes smaller opportunities that fit well are better than larger opportunities that don’t fit.



Problem Discovery Tools and Techniques


The Problem Interview Framework


Traditional customer interviews focus on validating solutions. Problem interviews focus on understanding current reality. Here’s the framework:


Opening: “Help me understand how you currently handle [situation]”


  • Walk me through the last time you dealt with this

  • What tools/processes/people are involved?

  • How long does it typically take?

  • What usually goes smoothly? What usually causes problems?


Exploration: “Tell me about when things don’t work as expected”


  • What’s the most frustrating part of this process?

  • When was the last time something went wrong? What happened?

  • What workarounds have you developed?

  • If you could wave a magic wand and fix one thing, what would it be?


Context: “Help me understand the bigger picture”


  • Who else is affected when this doesn’t work well?

  • How does this connect to other parts of your work/life?

  • What happens if this problem doesn’t get solved?

  • What would “good” look like in this situation?


Validation: “Let me make sure I understand correctly”


  • Summarize what you heard and ask for corrections

  • Ask for specific examples that illustrate key points

  • Understand the language they use to describe problems

  • Get permission to follow up with clarifying questions


The Problem Evidence Matrix


Not all evidence is equally valuable. Use this matrix to evaluate the strength of problem evidence:


High Confidence Evidence:


  • Behavioral observation (what you see people do)

  • Historical data (patterns over time)

  • Revealed preferences (what people actually choose)

  • Resource allocation (where people invest time/money)


Medium Confidence Evidence:


  • Consistent interview responses across multiple people

  • Workarounds and hacks people have developed

  • Complaints and support tickets

  • Market research from credible sources


Low Confidence Evidence:


  • Single interview responses

  • Hypothetical questions (“What would you do if…”)

  • General market trends without specific application

  • Opinions without supporting behavior


The Problem Opportunity Scorecard


Use this framework to evaluate problem opportunities:


Problem Severity (1-10):


  • How much pain does this problem cause?

  • How frequently do people encounter it?

  • How many people are affected?

  • What’s the cost of not solving it?


Solution Feasibility (1-10):


  • How technically feasible is a solution?

  • What resources would be required?

  • How long would it take to build?

  • What regulatory/legal barriers exist?


Market Opportunity (1-10):


  • How big is the addressable market?

  • How much would people pay for a solution?

  • How quickly is the market growing?

  • How accessible is the market?


Competitive Advantage (1-10):


  • Do you have unique insights about this problem?

  • Do you have relevant capabilities or resources?

  • Are there barriers that would prevent others from competing?

  • Do you have access advantages?


Total scores above 30 represent strong opportunities. Scores below 20 suggest you should look elsewhere.



Common Problem Discovery Mistakes


The Confirmation Trap: Looking for evidence that supports your existing beliefs rather than seeking truth. Combat this by actively looking for disconfirming evidence and talking to people who might disagree with your assumptions.


The Articulation Trap: Assuming people can clearly articulate their problems. Most people describe symptoms rather than root causes. Use observation and behavioral analysis to understand what people can’t or won’t say directly.


The Obvious Problem Trap: Focusing only on problems people already recognize and complain about. The biggest opportunities often involve problems people don’t realize they have or assume can’t be solved.


The Small Sample Trap: Drawing conclusions from too few data points. Talk to more people than feels necessary. Patterns become clear only with sufficient sample size.


The Expert Trap: Only talking to experts or power users. Regular users often have different problems than experts, and sometimes represent larger market opportunities.



From Problems to Solutions: The Bridge to Value Proposition


Problem Discovery doesn’t end with finding problems—it ends with understanding problems well enough to design solutions that create genuine value. The insights from your Problem Discovery Framework feed directly into your Value Proposition Framework.


Problem-Solution Fit: You can’t achieve product-market fit without first achieving problem-solution fit. Your Problem Discovery Framework ensures you understand problems deeply enough to design solutions that actually solve them.


Value Proposition Foundation: Your value proposition isn’t what you build—it’s the value you create by solving important problems. Problem Discovery gives you the foundation for compelling value propositions.


Market Segmentation Insights: Different people experience the same problem differently. Problem Discovery reveals natural market segments based on problem characteristics rather than demographic categories.


Competitive Positioning: Understanding problems better than competitors do gives you positioning advantages. You can communicate value more effectively because you understand what really matters to customers.



Your Problem Discovery Challenge


Choose a problem space you’re curious about and complete a mini Problem Discovery sprint:


Week 1: Map the landscape—identify stakeholders, workflows, and existing solutions Week 2: Conduct 10 problem interviews with different types of stakeholders

Week 3: Observe people working in their natural environment

Week 4: Analyze patterns and identify root causes

Week 5: Evaluate and prioritize the best opportunities


The Question: What problems do you see that other people don’t see? What patterns do you notice that others miss? What would you explore if you knew you couldn’t fail?


The Promise: Master problem discovery, and you’ll never waste time building solutions to problems that don’t matter. You’ll develop the systematic capability to spot opportunities before they become obvious to everyone else.


The Invitation: Welcome to problem consciousness. You now know how to find problems worth solving—next, you’ll learn how to design value propositions worth having.



Next Steps


Continue Reading: Chapter 11 — Value Proposition Framework: Transforming Problems into Irresistible Value (coming soon) to learn how to transform problem insights into compelling value that customers can’t resist.


Explore the ResearchConsciOS v1.0 Paper


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