Last year, we worked closely with the product and engineering teams of a growth-stage consumer health company that was looking to add a recurring revenue stream on top of its existing one-time at-home test product. We helped shape their AI strategy, which relied on the at-home test results to personalize adaptive care plans. We also helped lay down the technical and operational infrastructure to help them integrate AI into their platform and product operations.
Prodify co-founder Ben Foster worked with this company prior to this engagement as a fractional CPO, creating a culture of user-centric product thinking, teams and operations. This was early in the company’s lifecycle as they were launching the at-home testing product. After that product found traction, the CEO looked forward to how to build a recurring revenue stream to further fuel company growth. The most natural solution was to use millions of at-home testing results over years to build the intelligence to help customers find relevant products.
Subha Shetty helped our client with every layer of the Prodify AI Product Strategy Pyramid.
As with any company that has a proprietary data set built over many years, this client’s foundation was based on the unique knowledge the at-home testing provided. Based on consumer insights on how customers were using those results to personalize their health decisions, we helped the company identify a few hypotheses to test for delivering ongoing customer value. These hypotheses included adaptive care plans, regenerative content, behavioral personalization, and personalized intervention sequencing. We also identified a roadmap of moonshot initiatives for later, uniquely positioned to leverage their data and for AI such as commerce, supplements and an agentic onboarding assistant.
Before testing those near-term hypotheses, Subha helped the company establish the data infrastructure to enable ML-driven prediction, LLM-powered communication, and long-term agentic personalization systems using best-in-class practices and her prior client and full-time experience implementing AI growth strategies.
Once this infrastructure was in place, Subha guided the team to improve their product operations via AI-assisted planning, automated insight synthesis, and faster experimentation workflows. These new workflows allowed the team to run 5 times as many experiments as they were previously able to, generating new insights and data to validate the new product strategy and direction.
In addition to faster experimentation, Subha worked with the team to improve the trust and accuracy of their AI systems with better guardrails and evals. She also helped create the team’s governance model to include policies that would reduce hallucination and improve the quality of the customer support experience. They now include guardrails to ensure they’re using AI responsibly and policies to ensure customer safety and audit readiness.
One of the key changes we helped them implement was creating a customer feedback loop to constantly improve the agentic flows and resulting customer experience. For example, customers could dislike a specific care activity recommendation and explain why, further helping the personalization model. LLM-generated explanations helped build trust with customers as they better understood where the care plan element came from.
With AI-assisted product operations, the team now runs 5x as many experiments as before. While the company is still executing on this strategy, early signals of customer demand are strong, and the growth projections look promising and realistic. They’re seeing more plans being created accurately without human intervention, increased adoption of care plan activities and interest in adaptive care plans, as signaled by customer referrals.
This is an example of a company that went beyond the common AI use cases we’re seeing: using AI to increase velocity, which often just exacerbates the feature factory dysfunction, or slapping an LLM onto an existing feature to check the AI strategy box. Some takeaways from this engagement: