After testing a prototype, don't just manually synthesize feedback. Feed recorded user interview transcripts back into the original ChatGPT project. Ask it to summarize problems, validate solutions, and identify gaps. This transforms the AI from a generic tool into an educated partner with deep project context for the next iteration.

If your application isn't live and you lack real user data, you can still perform evals. The best methods are dogfooding and recruiting friends. If that's not possible, use an LLM to simulate user interactions at scale. This generates the necessary traces to begin the crucial error analysis process before launch.

After running a survey, feed the raw results file and your original list of hypotheses into an AI model. It can perform an initial pass to validate or disprove each hypothesis, providing a confidence score and flagging the most interesting findings, which massively accelerates the analysis phase.

Expensive user research often sits unused in documents. By ingesting this static data, you can create interactive AI chatbot personas. This allows product and marketing teams to "talk to" their customers in real-time to test ad copy, features, and messaging, making research continuously actionable.

Instead of manual survey design, provide an AI with a list of hypotheses and context documents. It can generate a complete questionnaire, the platform-specific code file for deployment (e.g., for Qualtrics), and an analysis plan, compressing the user research setup process from days to minutes.

Historically, resource-intensive prototyping (requiring designers and tools like Figma) was reserved for major features. AI tools reduce prototype creation time to minutes, allowing PMs to de-risk even minor features with user testing and solution discovery, improving the entire product's success rate.

A prototype-first culture, accelerated by AI tools, allows teams to surface and resolve design and workflow conflicts early. At Webflow, designers were asked to 'harmonize' their separate prototypes, preventing a costly integration problem that would have been much harder to fix later in the development cycle.

Instead of providing a vague functional description, feed prototyping AIs a detailed JSON data model first. This separates data from UI generation, forcing the AI to build a more realistic and higher-quality experience around concrete data, avoiding ambiguity and poor assumptions.

AI prototyping tools enable a new, rapid feedback loop. Instead of showing one prototype to ten customers over weeks, you can get feedback from the first, immediately iterate with AI, and show an improved version to the next customer, compressing learning cycles into hours.