Risk-Based Testing Strategy for a Financial Product in the EU

How HeadIT optimized testing, reduced legal risk, and ensured compliance using automation and AI.

Client Snapshot

Company Name

Confidential

Industry

FinTech / Financial Services

Country

European Union

Timeline

6 Months

About the Company

A regulated financial services provider serving consumers across the EU. Their platform enables secure payment processing, digital transactions, and fraud prevention for both B2B and B2C segments.

The Challenge

The client needed to improve the reliability of their transaction platform while adhering to strict EU regulations like PSD2 and GDPR. Manual regression was slowing down releases, and the risk of fraud or system failure posed significant business and legal threats.

Our Solution Approach

HeadIT implemented a tailored risk-based testing strategy, focusing on critical transaction flows, automation of high-risk cases, and intelligent insights from AI to optimize testing depth, coverage, and accuracy.

Quality & Testing Strategy

1. Risk Evaluation & Prioritization
Identified high-impact, high-risk modules (e.g., payment processing, fraud alerts).
Prioritized test scenarios based on risk exposure, regulatory importance, and business value.

2. Test Automation
Built a domain-specific automation framework tailored to financial applications.
Automated 80% of high-risk regression cases and integrated them into CI/CD pipelines for faster feedback cycles.

3. AI-Powered Enhancements
AI-Driven Fraud Detection: Used anomaly detection models (Isolation Forests, Autoencoders) to flag suspicious transactions.
Predictive Analytics: Identified potential attack patterns using ML, enabling early preventive measures.
AI for Test Optimization: Leveraged historical defect data to dynamically prioritize test cases.
Synthetic Test Data: Generated GDPR-compliant, realistic test data using AI-based data synthesizers.

4. Compliance & Security Validation
Aligned with PSD2 and GDPR requirements.
Validated encryption, access control, and audit trail features through structured test cases.
Ensured transparent documentation and traceability for regulatory audits.

Technical Implementation

Technology Stack

Java, Selenium, Postman, JMeter

Python (Scikit-learn, TensorFlow), Synthetic Data Generator

Selenium, TestNG, Jenkins, Allure, SonarQube

CI/CD via GitLab Pipelines, Dockerized Test Environments

OWASP ZAP, custom audit trail validators

Execution Process

  • Initiated with a discovery phase and risk workshop.
  • Testing was delivered in bi-weekly sprints, aligned with development cycles.
  • Weekly QA syncs with the client ensured continuous feedback and risk tracking.
  • Final phase included security validation and compliance audit simulation.

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