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BA ACADEMY / CASE STUDY

Digital onboarding: from drop-off to a testable plan

A fictional banking case showing how a BA moves from a conversion symptom to requirements and measures.

Fictional scenarioBusiness problem → measurable outcome
Scenario transparency

This is a fictional learning case. It demonstrates an analysis method, not a claimed client project or measured delivery result.

01

Business problem

35% of applicants leave before creating an account. The request is to add a progress bar, but the cause is not yet known.

02

Context

A retail bank offers mobile account opening with identity verification and a third-party document service.

03

Stakeholders

Applicants, Product Owner, operations, compliance, fraud, UX, engineering, the identity provider and support.

04

Discovery

Segment abandonment by step and device; interview recent applicants and support; observe failure paths; confirm regulatory and security constraints.

05

Analysis

Map AS-IS journeys, distinguish voluntary exit from technical failure, and compare error events with customer feedback. The biggest uncertainty is whether upload interruption or confusing consent language causes the drop.

06

Requirements

Support safe resumption after an interrupted upload; explain expiry and retry rules; record consent explicitly; capture event data for each step; protect sensitive documents.

07

Solution

Test a resumable flow and clearer guidance with a limited cohort before redesigning the whole journey.

08

Testing

UAT covers expired sessions, duplicate uploads, poor connectivity, alternate devices, provider downtime and accessibility.

09

KPIs

Completion within seven days, step-level drop-off, verification failure rate, support contacts and fraud-control exceptions.

10

Outcome

Reference outcome, not a real delivery claim: a decision-ready backlog and measurement plan that can be validated in an experiment.

11

Lessons learned

Do not treat a requested UI feature as the problem. Separate evidence, assumptions and risks; preserve controls while reducing friction.