Augustin Bengolea

Fintech solution for highly regulated sectors, in product structuring phase.

Fintech platform (SaaS) specialized for high-risk regulatory sectors. The product aims to offer an autonomous payment infrastructure and unified compliance management (KYC/KYB), ensuring financial flow stability.

• Profile modification traceability via validation workflow with visual categorization, accelerating triage while ensuring KYC integrity.
• Redesigned onboarding flow with contextual guidance, improving user experience while reducing support tickets.

• Redesigned signup flow with contextual guidance: dynamic step adaptation based on user profile type, in-app clarification—improving user experience and reducing support tickets.
• Profile modification traceability through complete audit system: validation workflow, intermediate tables for history, visual categorization accelerating triage while ensuring KYC integrity.
• Improved reliability of invoice generation and accounting exports.

Service interfacing with the Shared Medical Record, subject to healthcare compliance requirements.

Intervention on the microservice ensuring connection with the DMP (Shared Medical Record). Management of a complex Scala codebase requiring an external validation strategy to guarantee health exchange compliance.

• Built an E2E testing framework integrated into CI, combining multiple tools through an orchestration layer to speed up releases and detect regressions earlier.
• Health standard-compliant exchange flows (CDA R2, DICOM, HL7) ensuring interoperability between hospital software and the Shared Medical Record.

• Accelerated release cycles with a generic E2E testing framework (Java/TestNG/Allure) integrated into CI, catching regressions early.
• Co-designed Allure reports with PO (logs, I/O files, parameters), trained QA tester to write automated tests.
• Health standard-compliant exchange flows (CDA R2, DICOM, HL7) ensuring interoperability between hospital software and the Shared Medical Record, implemented in Scala (XML parsing, transformations).
• Framework architecture designed for cross-service reuse, beyond initial microservice scope.

Park application infrastructure, managing reservations across service types and providing data access for guests.

Intervention on two areas of the Disney ecosystem: design of the single entry point for the 'Magic Pass' mobile app (centralizing flows) and maintenance of the internal reservation management application.

• Designed and built the Magic Pass app's API gateway, unifying access to legacy systems spanning 30 years of Disney IT evolution. Adopted park-wide after successful hotel pilot.
• Proactively identified and resolved booking back-office bottlenecks (caching, database, frontend), improving Cast Member experience.

• Architected a centralized gateway service (Spring Boot) aggregating internal APIs (Tickets, Hotels) to simplify mobile app integration and enforce secure data access patterns.
• Engineered caching and parallelization mechanisms to meet sub-second latency requirements at park entrance gates for the Magic Pass mobile experience.
• Maintained and incrementally refactored legacy booking back-office (Java/AngularJS), resolving production issues and improving internal operator workflows.

Internal legal compliance application processing sensitive data on secured infrastructure.

Intervention on a critical legal compliance application (judicial requisitions). The system handles high volumes of sensitive data and must constantly adapt to new regulations.

• Enhancements to a legal requisition tool enabling responses to external authority requests via data extraction and reports on high-volume database.
• Stabilization methodology to unblock a critical legacy application at standstill for a year, release delivered in 4 months.
• Industrialized delivery pipeline on secured infrastructure without direct access: documented and tooled release standard, aligning development and operations to improve release reliability.

• Enhancements to a legal requisition tool enabling responses to external authority requests: new search criteria, data extraction, and report generation on high-volume database.
• Stabilization methodology to unblock a critical legacy application at standstill for a year: paired work with historical developer, multi-phase merge protocol, thorough manual testing, release delivered in 4 months.
• Industrialized delivery pipeline for secured infrastructure without direct access: documented and tooled protocol adopted as standard, validation scripts, progressive automation, ensuring release reliability.
• Built test datasets and provided technical support to validate complex legal compliance scenarios.

SaaS/IoT environmental monitoring platform, developed with high autonomy in a startup context.

Evolution and industrialization of the SaaS/IoT platform for Indoor Air Quality (IAQ) monitoring. In a context of high autonomy, I led the technical refactoring to ensure production reliability and developed advanced administration interfaces to manage the deployed sensor fleet.

• Developed key platform features: air-quality monitoring, mobile installation flow, and DataViz components.
• Improved release reliability through end-to-end automated testing with report generation.

• Architected a generic sensor payload processing system (Node.js/MongoDB) enabling rapid addition of new environmental metrics without schema migrations.
• Owned the full frontend stack: established a Material Design-based design system and built all user interfaces—decision dashboards (Indoor vs Outdoor Air Quality comparisons), fleet management, and admin tools.
• Designed mobile-first installation experience (step-by-step wizard with QR code scanning) to simplify field deployment, including production tooling for code generation.
• Established E2E automated testing to secure platform reliability as the product evolved.