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Reverse Health Funnel Optimization & A/B Testing

A growth-focused case study about interpreting funnel data, identifying UX and conversion problems, and turning those insights into testable design solutions.

Year

2026

Role

Sr. Product Designer

Client

Reverse Tech

Overview

Structure

My Role

  • Funnel Data Interpretation
  • UX & Conversion Problem Identification
  • Paywall Experiment Design
  • Testable Design Solution Framing

Tools Used

  • Figma
  • Codex
  • Claude Design
  • Claude Code
  • Open Design
  • Notebook LM
  • ChatGPT
  • GitHub
  • Copilot
  • Grammarly

Timeline

5 to 7 days

Case Study

The problem

Reverse Health was running a 44-step quiz funnel that sold a calisthenics program for women. End to end, the funnel was converting at 0.63%.

Traffic was mostly cold paid search, with a typical visit beginning from a Google ad. Inside the team, the most intuitive explanation was that the long quiz middle, more than 37 steps, had to be where users were dropping.

Context

The scope of the work centered on funnel diagnosis and design improvements, paywall experiment design, and competitor pattern extraction.

My role was to interpret funnel data, identify UX and conversion problems, and translate those insights into concrete, testable design solutions inside a performance-driven product environment.

Task 1

Funnel diagnosis & design improvements

Identify where users drop off across the quiz and email gate, diagnose the root cause of each churn point, and design improvements prioritized by conversion impact.

Task 2

Paywall experiment design

Design a structured A/B test plan targeting the paywall conversion gap, with hypotheses covering offer framing, value exchange, and pricing presentation.

Task 3

Competitor pattern extraction

Analyze how competing subscription fitness apps structure their onboarding and paywall flows to surface patterns worth adapting or testing against the current design.

Task 4 — Optional

How I used tools while completing this case

A transparent breakdown of which tools I used at each stage, what I used them for, and what each one was optimized toward — speed, breadth, quality, or implementation.

Funnel diagnosis

Rather than treat every step as equal, I read all 44 and picked 3 to examine, balancing churn, user volume, and downstream influence. Then for each I dug into two questions: why it performs the way it does, and what user behavior, friction, or clarity issue explains the data.

Funnel churn snapshot

Highest visible churn points across the quiz entry and progression flow

Age

Good

Churn #

7

Churn %

0.13%

User #

5,403

Remaining %

18.03%

Main Goal

Moderate

Churn #

224

Churn %

3.20%

User #

6,784

Remaining %

22.64%

Enter Email

PoorDesign pick

Churn #

1,156

Churn %

21.62%

User #

4,190

Remaining %

13,99%

Source: funnel event snapshot focused on the most visible churn points in the quiz path.

Age

Good

A clear, low-effort step. By this point abandoning the flow would feel wasteful, so users push through. The cognitive and emotional load is minimal, there's no financial decision attached, and most people understand that age matters in a health plan.

Age

Consideration

Age is asked twice, on the landing and again at step 31. Testing it on a single step could cut effort and shorten the funnel.

Main Goal

Moderate

The single-select option keeps it light and avoids decision overload for users. The friction is more subtle: this is the moment the user tells the product what outcome they want, so naming one goal carries emotional weight. A hypothesis, based on research, is that selecting a goal adds weight and that can feel like pressure, especially when the options don't fully align with the user or they haven't decided yet.

Main Goal

Consideration

Test a version with different content options, and add a "Help me choose the right goal" choice. Also reduce the number of steps before this question, so users reach their goal-setting moment sooner, while intent is still high.

Enter Email

Poor

This is the second biggest in funnel leak, and it's the worst possible place to lose people. At this point users can't yet see the value of the product, so asking for an email without explaining the benefit can feel like a marketing capture step rather than part of the personalized plan experience.

Enter Email

Consideration

Some users also sense the paywall coming. Handing over an email right before a likely payment ask makes the wall feel closer, so a chunk bail preemptively.

Design Proposal

The Enter Email step was selected for the design proposal based on its position as the second-largest in-funnel drop-off and one of the most critical moments to lose users. The main issue is a weak value exchange: users are asked to give their email and attention before clearly seeing what they will receive. As a result, the step feels more like lead capture than part of the personalized plan experience, and this is the proposed design solution.

Design direction

  • The design fix focuses on strengthening the value exchange before asking for the user's email.
  • Research shows users are more likely to complete a form when the request is tied to a clear reward.
  • This version reframes the page around the user's selected main goal, such as weight loss, and uses outcome-based copy like See my plan instead of a generic Continue.

Low-effort test path

CMS-ready
  • Because the funnel is built in a templated CMS, I would treat the CTA, subtitle, trust message, and static page copy as parameterizable changes that can be tested without engineering.
  • Based on that, I explored both a CTA variant and a content variant.
  • The main exception is dynamically changing the headline across three different goals, which would likely require conditional logic or a new CMS variable.

Higher-effort version

Needs devConditional logic
  • If the CMS supports duplicated pages or static page variants, I would first test one goal-based version per segment without new development and route traffic to each version.
  • If those variants improve email completion, then investing in a reusable dynamic personalization component would be easier to justify.

Extra: Improving email capture upstream

Reducing friction before the email step would improve email capture. Three directions were tested across content clarity, CTA framing, and the quiz-to-email flow.

Hypothesis 1
Content Variant
Test whether the email step feels more personalized and valuable when the content reflects the user's selected goal.
Hypothesis 2
CTA Variant
Test whether outcome-based CTA language reduces the feeling of generic lead capture and makes the reward clearer.
Hypothesis 3
Exploratory hypothesis
Check whether age segment, device, source, or step context may be influencing the email drop-off beyond the screen itself.

Implementation Feasibility

To make the proposal more actionable, I mapped each direction by implementation effort and how easily it could be tested in the current setup.

Copy-only refinements

Update the CTA, subtitle, trust line, and supporting copy as parameterizable CMS fields. This is the lowest-effort path and the fastest way to validate whether stronger value framing lifts email completion.

CMS-onlyNo devFast to test

Static goal-based variants

Create separate landing or email-step variants for different goals and rotate traffic through Everflow. This keeps testing lightweight while validating whether stronger goal specificity improves the value exchange.

CMS + EverflowA/B testableMedium effort

Dynamic personalization

Pass the selected main goal into the email step and swap the headline or supporting content conditionally. This requires more setup, but it becomes more justified if static variants show that goal-based personalization materially improves conversion.

Dev requiredVariable logicHigher leverage

Sources

1. Nielsen Norman Group — "Progress Indicators Make a Slow System Less Insufferable"

Supports progress feedback reducing uncertainty and keeping users moving. Caveat: this NN/g piece is about system and wait-time progress, not multi-step counters, so it works best paired with the goal-gradient research below for the step-count point specifically.

2. Baymard Institute — "Checkout Flows Average 5 Steps and 11+ Form Fields"

Supports unifying questions over just splitting steps: the number of form fields users must manage matters more to checkout UX than the number of steps, and most flows can drop to 6 to 8 fields.

3. The Manifest — "6 Steps for Avoiding Online Form Abandonment"

Used for the stat that 27% of users abandon a form because it is too long, and once they abandon, they rarely return. Caveat: this is a 2018 survey of 502 people, so I treat it as dated.

4. Nunes & Drèze (2006), Journal of Consumer Research — "The Endowed Progress Effect: How Artificial Advancement Increases Effort"

The exact origin of the term "endowed progress effect": people given artificial advancement toward a goal show greater persistence toward reaching it.

5. Kivetz, Urminsky & Zheng (2006), Journal of Marketing Research — "The Goal-Gradient Hypothesis Resurrected"

Supports the claim that people accelerate effort as they get closer to a reward. I use this when I reference the goal-gradient effect.

Columbia Business School summary

6. IBM Carbon Design System — Progress indicator, usage guidelines

An authoritative design-system reference for showing users where they are: dividing the end goal into smaller subtasks increases the sense of completeness, and keeping users informed of where they are gives them a sense of control.

7. WebAIM Million 2025 report

Used for the accessibility angle on the email field: home pages averaged 6.3 form inputs, and 34.2% of those inputs were not properly labeled. Note: the 48% figure floating around secondary sources is the share of homepages with at least one unlabeled input, which is a different metric.

8. HubSpot — "10 Form Conversion Optimization Tips"

From HubSpot's analysis of 40,000+ landing pages: buttons labeled "Submit" had lower conversion rates, and 3-field forms converted best with a drop-off after that. I use this for the "outcome copy beats continue" and "keep the ask minimal" points.

9. Reverse Health Calisthenics Funnel

Live Reverse Health calisthenics onboarding funnel used as the baseline reference for Task 3.

10. Muscle Booster Onboarding

Live Muscle Booster onboarding flow referenced for the interstitial-screen pattern and quiz-to-plan structure.

11. Flo Health Quiz

Live Flo onboarding experience referenced for privacy reassurance and value-first signals before monetization.

12. Better Me Wall Pilates

Live Better Me wall pilates funnel referenced for the age gate, wellness-profile steps, and onboarding comparison.

13. The role of privacy assurance mechanisms in building trust

Research cited to support the idea that privacy and assurance cues can increase trust and willingness to disclose personal information online.

14. Consumer Willingness to Share Personal Digital Information for Health-Related Uses

Health-data sharing study referenced to support the role of trust and context in willingness to share personal information.

15. What Information Do Shoppers Share? The Effect of Personnel-, Retailer-, and Country-Trust on Willingness to Share Information

Trust-and-disclosure research referenced to support why reassurance can affect users' readiness to share information in a funnel.

Tools

FigmaGoogle AdsAnalyticsMiroNotion

Tags

GrowthUX ResearchProduct DesignPaid AcquisitionFunnel Optimization

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