The LTV Dilemma
Let’s make this a bit less dry. Consider a hypothetical pet food company.
An AI agent analyzes customer behavior and discovers that the company’s highest-value customers walk their dogs frequently. The relationship is strong, statistically significant, and consistently observed across the customer base. The agent may even read human-provided context that “dog walking is associated positively with customer lifetime value (LTV).”
From there, agents would recommend a simple proposal: Offer dog-walking services to customers.
On the surface, the recommendation appears entirely reasonable. But it’s essentially a guess.
Let’s build the example further:
Customers who walk their dogs most often may spend more money on pet products because they deeply enjoy spending time with their pets. Their attachment to that activity could be one reason they are such loyal customers in the first place.
By offering to replace that experience with a professional dog walker, the company could unintentionally reduce the very engagement that drives affinity and spending. In statistical terms, this correlation was spurious.
For agentic recommendations, this means: The original observation was correct. But the intervention was not. Ultimately, that recommendation could result in a loss of customer lifetime value, the opposite goal of the campaign.
This is the central danger of agentic systems built primarily on correlational discovery. They become highly effective at identifying what successful customers have in common, while remaining fundamentally uncertain about which actions actually create success.In reality, this is a very real and common scenario: the observed traits related to LTV are rarely the ones causing it to increase