Marketing ScienceFeatured Project

CLV-driven acquisition & budget allocation

2024
Client:Consumer Fintech Scale-Up

Predictive CLV modeling combined with lookalike audience optimization to shift acquisition from volume metrics to value-based targeting.

Key result
From volume optimization to value-based acquisition

The challenge

A fast-growing consumer fintech startup operating a mobile app with three subscription tiers was heavily reliant on paid acquisition, particularly Meta, to fuel growth. While acquisition volume was strong, profitability and unit economics were increasingly sensitive to user quality, not raw installs.

At acquisition time, users look identical — install, signup. True value (premium conversion, retention, monetization) materializes weeks or months later. Media platforms optimize for short-term events, not long-term value.

This led to three issues: CAC was optimized on volume, not value. Marketing teams lacked visibility on which acquisition sources produced premium users. Budget allocation decisions were reactive rather than data-driven.

The core business question: How do we acquire fewer users, but more of the right ones — those who convert to premium and generate long-term value — while keeping CAC under control?

The solution

The solution was an acquisition decision system that predicts Customer Lifetime Value early in the user lifecycle, focuses acquisition on future premium subscribers, feeds high-quality signals back to Meta to improve Lookalike targeting, and enables explicit CAC caps aligned with long-term value.

A predictive CLV model was built using early in-app behavioral signals, transactional patterns, subscription funnel progression, and engagement intensity. The objective was ranking, not perfect prediction — identify users likely to become premium and generate high LTV. This allowed segmentation of new users into value tiers shortly after acquisition.

The key enabler was closing the loop with Meta: matching high-value users to their Meta identifiers, sending these back as custom audiences, and building Lookalike audiences based specifically on high-CLV users — not all users. Lookalikes were trained on value, not volume.

Technical approach

  • Predictive CLV model using early behavioral signals, transactional patterns, and engagement intensity
  • User segmentation into value tiers shortly after acquisition based on CLV predictions
  • Custom audience creation from high-CLV users only, matched to Meta identifiers
  • Lookalike audiences trained on predicted premium subscribers, not all users
  • CAC capping computed per cohort based on expected lifetime value
  • Dynamic budget reallocation toward high-CLV cohorts and audiences

Results

Acquisition Quality
Structural improvement
Higher concentration of premium subscribers
Targeting Shift
Value-based
From "users who install" to "users who look like future premium subscribers"
Budget Allocation
Data-driven
Explicit trade-offs between growth speed and profitability
Feedback Loop
Self-reinforcing
Better users → better lookalikes → better users

Overall impact

The system enabled a structural improvement in acquisition quality, higher concentration of premium subscribers among acquired users, and better alignment between marketing spend and long-term revenue. Most importantly, acquisition decisions moved from intuition and short-term metrics to explicit, value-based optimization.

Key lessons

  • 1
    Growth is not an optimization problem on clicks — it is a decision problem on value.
  • 2
    CLV models are most powerful when used upstream in acquisition, not just for reporting.
  • 3
    Paid media platforms can optimize for value if you feed them the right signal.
  • 4
    Decision systems outperform dashboards when stakes are high.
  • 5
    The goal is not more data, but better decisions earlier.

Tech stack

PythonCLV ModelingMeta Marketing APILookalike AudiencesPredictive Analytics

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