Growth Activation — cover image

Growth Activation · Conta Azul · 2023–2025

Optimizing the experience of thousands of new ERP users so they reach the product's real value

  • Growth
  • Activation
  • ERP SaaS
  • AI-Augmented
Context
Conta Azul is Brazil's leading financial management platform for small and medium businesses, and product complexity was its biggest activation risk.
Problem
30% activation rate, against a 60% target. CS-assisted onboarding worked, but it reached only a fraction of new customers.
Approach
Structured diagnosis before any solution: 9 research methods, data-based redefinition of activation, and 31 initiatives over 2 years.
Result
The 30-day activation rate went from 30% to 51.6%. From the 200+ mapped opportunities came a new team, and onboarding stopped depending on CS.

Results

  • +72% 30-day activation rate 30% → 51.6% · original target: 60%
  • +40% Sales created Onboarding at scale
  • +109% CTA clicks Overview · first days
  • 1,392 Sales in 10 days Via new entry points
  • +600% Access to reconciled Pix Navigation simplification
  • 200+ Opportunities mapped New cross-functional team created
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Role

Only activation designer for two years. Accountable for the OKR, not a backlog.

I was the only product designer on Conta Azul’s activation team between 2023 and 2025. I mapped the pain points of the first-time experience screen by screen with CS, facilitated 2025 prioritization with the GPM and the tech lead, and designed the initiatives: 31 over two years, measured in activation, revenue, tax document issuance and feature discovery.

Strategy

A solution existed that worked. It didn’t scale.

30-day activation was at 30%, against a 60% target. Customers who went through CS-assisted onboarding activated more: 1.56x in invoice issuance, 2.03x in reconciled charges. But CS only reached 7.7% of new customers (472 of 6,111, from January to April 2024), and the customer base was growing faster than the team.

Attacking one screen at a time would barely move the needle. I stopped treating activation as a feature queue and started treating it as a system, with one question: how do I make the product do on its own what CS did?

Process

Hypothesis and success metric before any screen.

Before proposing a solution: customers, to find the real pain points; the product from the inside, to understand the business; and operations teams, who saw friction no dashboard showed. AI in discovery and synthesis, to gain speed. Every initiative starts with a hypothesis and success metric defined before design.

  • Hypothesis-Driven
  • Mixed-Methods
  • Metrics-Driven
  • AI-Augmented

Diagnosis

The problem wasn’t the screen. It was the onboarding model.

What the business called activation was, at the same time, a measurement problem, an organization problem, a product problem and a data problem. Nine methods, in the order they happened: stakeholder interviews, correlation-based redefinition of activation, AI-assisted secondary research, a 20+ platform benchmark, CS observation and user interviews, support tickets, flow mapping across four scenarios, service blueprint and native onboarding mapping. They produced four findings.

  1. Evidence: Group and 1:1 onboarding sessions observed without intervening, interviews with users at different stages, support tickets, and 12,887 meetings with leads and customers, transcribed and synthesized with AI.

    Finding: Every session started with the same five questions, and the product didn’t answer any of them on its own. The first 30 to 45 minutes went to registration data entry. In the tickets, NFS-e prerequisites were the main driver of contact in the first 30 days. The customer didn’t know why to do it, where they were, or how to do it. CS solved all three for them: entered the data, said what to do, and showed where to find it.

    CS observation: sessions mapped to the journey stages
    CS observation: sessions mapped to the journey stages

Solution

The product started doing what CS did. One initiative per function.

From the 200+ opportunities came 31 initiatives over two years, prioritized collaboratively. The six with evidence, grouped by the CS function they replace:

CS filled in the data for you

Before: Before the first sale, the user needed to register customers; before the first invoice, services. Manual data entry was the wall between creating the account and seeing value.

Decision: I explored three models: entry through setup, integrated into onboarding, and conversational chat. The MVP simulates the chat through actions: the user uploads a spreadsheet, the AI extracts and maps the fields, and they review and approve before anything is saved. Hours of data entry became minutes, and the model became the foundation of the product’s AI.

  • 44%Interest in the feature
  • 22%Active engagement
  • 16%Flow completion

Partial validation

See the full AI-assisted import case

CS told you what to do on every screen

CS showed you where to find things

Where the human touch was still the best path

Impact

With no CS in the path, activation went from 27% to 40%.

Per-initiative metrics are above. Here, the indicator and the organization.

  • Activation went from 30% to 51.6%

    The rate hovered between 28.8% and 36.2% when I started; the target was 60%. In October 2025 it reached 51.6%. I didn’t hit the 60%, and the yardstick changed along the way. The new segment measures only what the product does on its own: subscribers who activated at least five criteria without going through CS went from 27% to 40%. No single initiative explains the movement; it comes from the set.

  • New team created

    The 200+ opportunities from the blueprint became the backlog of a new team, dedicated to experience quality and owning parts of the product that previously had no owner.

  • CS freed from onboarding

    Standard onboarding started working without human support and without growing the team. CS moved to complex accounts, at-risk customers, and specialized support.

Reflection

What this project was

The brief was activation: a metric to raise, a list of initiatives to deliver. The work that weighed most came before any screen: slowing down, mapping the system, and turning CS’s interventions into product capabilities. AI covered ground a whole team would (thousands of meetings listened to, tickets synthesized), and the method was documented and adopted by other designers.

What I’d do differently

I’d pull the data team in during the first week and define how to read the result before designing. I’d write the experiment calendar together with the backlog: twelve fronts running in parallel without governance cost us the ability to read the whole. One of the fronts was paused for colliding with another team’s test, and I lost the ability to isolate each initiative’s contribution to the 72%. I stand behind each number in the metric it measured. How much each one was worth in the aggregate, I won’t estimate.

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Let's work together?

Available for full-time · remote · freelance

Open to new projects, opportunities and conversations.