How to Build Successful AI Products and Navigate the Evolving Market
August 3, 2025
The AI landscape is rapidly transforming how we build and sell software. Understanding where to focus your efforts and how to price your products can mean the difference between success and failure in this new era.
The Three-Tier AI Market Structure
Foundation Models Will Consolidate
- Avoid building frontier models as a startup due to massive CapEx requirements
- Only hyperscalers survive because models deteriorate quickly as assets
- Most AI startups in this space have already been acquired or failed
Tooling Market Offers Opportunities But Carries Risk
- Data platforms, evaluation tools, and specialized models represent viable businesses
- Companies like Eleven Labs demonstrate this success with focused voice model offerings
- Risk exists because infrastructure providers often move up the stack to compete directly
Applied AI Represents the Biggest Opportunity
- Agents are the new apps and will define the next software category
- Focus on specific business outcomes rather than general-purpose tools
- Higher margins possible because you're solving real business problems, not just providing infrastructure
Why Agents Will Transform Business
Autonomous Job Completion Changes Everything
- True productivity gains emerge when software accomplishes jobs autonomously rather than just helping humans
- Measurable impact makes value attribution clear and compelling
- Historical precedent exists in how CAD eliminated drafting jobs in engineering firms
Outcome-Based Pricing Becomes Viable
- Price based on results achieved rather than usage or seats
- Sierra charges per resolved customer service interaction rather than per conversation
- CFOs can clearly see ROI when paying for specific business outcomes
Essential Strategies for AI Product Success
Choose the Right Go-to-Market Motion
- Developer-led growth works for platform products targeting engineering teams
- Product-led growth succeeds when users and buyers are the same person
- Direct sales becomes necessary when buyers and users differ, which is common in AI
Focus on Systems Thinking Over Coding
- Computer science education remains valuable for understanding complexity and algorithms
- Coding will shift from typing to operating code-generating machines
- System design skills become more important as AI handles implementation details
Build Feedback Loops for Continuous Improvement
- Root cause analysis helps improve AI outputs rather than just fixing errors
- Context engineering through tools like Model Context Protocol servers enhances AI performance
- Self-reflection and AI supervision can dramatically improve accuracy rates
Key Success Principles
Maintain Flexible Identity
- Adapt to what the company needs rather than conforming roles to personal preferences
- Ask yourself daily: "What's the most impactful thing I can do today?" to guide your priorities
- Derive satisfaction from impact rather than specific activities
Avoid Single-Issue Voting
- Engineers default to engineering solutions when other approaches might be better
- Question your natural inclinations especially when they align with your expertise
- Seek diverse perspectives to ensure you're solving the right problems
Embrace Intellectual Honesty
- Customer feedback often masks deeper issues like lack of product differentiation
- Root cause analysis prevents solving symptoms instead of core problems
- Advisory relationships provide external perspective on blind spots
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