
Alessio Acitelli developed and enhanced backend services across multiple PagoPA repositories, focusing on robust API development, data processing, and deployment reliability. In pagopa-fdr-2-event-hub, he implemented resilient blob ingestion and recovery workflows using Java and Scala, integrating Azure Functions and Event Hubs for scalable data pipelines. His work in pagopa-debt-position modernized payment data models and validation logic, leveraging Spring Boot and SQL scripting to improve data integrity and performance. Alessio also strengthened CI/CD pipelines and error handling in pagopa-payment-options-service, applying DevOps practices and unit testing to ensure maintainable, high-quality releases that address business-critical reliability and scalability needs.
February 2026 delivered robust features, reliability improvements, and deployment optimizations across three services, strengthening data correctness, system stability, and release velocity. Notable work includes enhancing Transfer MBD handling, hardening ConfigCacheService, refining canary deployments, and advancing debt-position performance and observability, plus database provisioning and CI/CD workflow improvements. These efforts reduce risk, improve customer experience, enable safer releases, and demonstrate mature engineering practices in testing, monitoring, and backoff/retry patterns.
February 2026 delivered robust features, reliability improvements, and deployment optimizations across three services, strengthening data correctness, system stability, and release velocity. Notable work includes enhancing Transfer MBD handling, hardening ConfigCacheService, refining canary deployments, and advancing debt-position performance and observability, plus database provisioning and CI/CD workflow improvements. These efforts reduce risk, improve customer experience, enable safer releases, and demonstrate mature engineering practices in testing, monitoring, and backoff/retry patterns.
January 2026: Delivered two substantive, reliability-focused features with cross-repo impact, enhancing data quality, release velocity, and operational resilience. Key work focused on FlowMapper date parsing robustness and deployment workflow hardening for frontend OpenAPI references and CDN purge. The work reduces production risk, improves testing discipline, and demonstrates strong CI/CD and cross-repo collaboration.
January 2026: Delivered two substantive, reliability-focused features with cross-repo impact, enhancing data quality, release velocity, and operational resilience. Key work focused on FlowMapper date parsing robustness and deployment workflow hardening for frontend OpenAPI references and CDN purge. The work reduces production risk, improves testing discipline, and demonstrates strong CI/CD and cross-repo collaboration.
November 2025 performance summary: Delivered robust payment option validation and enhanced retrieval capabilities across two core repos, improving reliability and business value in checkout flows. Key operational improvements include validation of non-active payment options and status handling, plus improved data retrieval, API error handling, and test coverage. These changes strengthen user experience, reduce failed payments due to invalid options, and establish a scalable foundation for payment options management.
November 2025 performance summary: Delivered robust payment option validation and enhanced retrieval capabilities across two core repos, improving reliability and business value in checkout flows. Key operational improvements include validation of non-active payment options and status handling, plus improved data retrieval, API error handling, and test coverage. These changes strengthen user experience, reduce failed payments due to invalid options, and establish a scalable foundation for payment options management.
Month: 2025-10 — Debt-position module progress delivering data-model modernization, validation hardening, and deployment reliability. This period focused on strengthening data integrity for debt position creation, modernizing the PaymentOption data model, and upgrading the CI/CD and infrastructure to support reliable deployments and faster iteration cycles.
Month: 2025-10 — Debt-position module progress delivering data-model modernization, validation hardening, and deployment reliability. This period focused on strengthening data integrity for debt position creation, modernizing the PaymentOption data model, and upgrading the CI/CD and infrastructure to support reliable deployments and faster iteration cycles.
Monthly work summary for 2025-09 focusing on features delivered, bugs fixed, and overall impact across pagopa-debt-position and pagopa-gpd-upload. Emphasizes business value, reliability, performance, and maintainability.
Monthly work summary for 2025-09 focusing on features delivered, bugs fixed, and overall impact across pagopa-debt-position and pagopa-gpd-upload. Emphasizes business value, reliability, performance, and maintainability.
April 2025: Delivered reliable data ingestion and integration improvements for Pagopa FDR across two repositories, emphasizing business value, code quality, and maintainability. Key outcomes include a robust HTTP massive blob ingestion path feeding Event Hubs, enhanced metadata handling and test robustness, and an initial SFTP Rendicontazione integration with FTP-forwarding and simplified configuration. These changes reduce ingestion downtime, improve data quality checks, and enable faster time-to-value for data workflows.
April 2025: Delivered reliable data ingestion and integration improvements for Pagopa FDR across two repositories, emphasizing business value, code quality, and maintainability. Key outcomes include a robust HTTP massive blob ingestion path feeding Event Hubs, enhanced metadata handling and test robustness, and an initial SFTP Rendicontazione integration with FTP-forwarding and simplified configuration. These changes reduce ingestion downtime, improve data quality checks, and enable faster time-to-value for data workflows.
Concise monthly summary for 2025-03: Delivered the Massive Blob Recovery and Processing feature for pagopa/pagopa-fdr-2-event-hub. Implemented an Azure Function HttpMassiveBlobRecoveryFunction to recover and reprocess data from blob storage, supporting FDR1 XML and FDR3 JSON formats. The function parses input artifacts and forwards relevant data to Event Hubs for downstream processing. Added capability to recover from specific file names or date ranges with robust error handling across recovery scenarios. Updated configuration files and utility modules to accommodate large-volume data processing and streamlined reprocessing workflows. The work strengthens data resiliency, reduces manual rework, and accelerates data recovery in production pipelines.
Concise monthly summary for 2025-03: Delivered the Massive Blob Recovery and Processing feature for pagopa/pagopa-fdr-2-event-hub. Implemented an Azure Function HttpMassiveBlobRecoveryFunction to recover and reprocess data from blob storage, supporting FDR1 XML and FDR3 JSON formats. The function parses input artifacts and forwards relevant data to Event Hubs for downstream processing. Added capability to recover from specific file names or date ranges with robust error handling across recovery scenarios. Updated configuration files and utility modules to accommodate large-volume data processing and streamlined reprocessing workflows. The work strengthens data resiliency, reduces manual rework, and accelerates data recovery in production pipelines.
February 2025: Delivered targeted testing improvements and critical deployment fixes across two repositories, strengthening reliability of Rendicontazione reporting and Blob Recovery deployment. Key accomplishments include expanded test coverage for binary-file-based filtering in Rendicontazione, alignment of the FDR1 Recovery Blob service port to 8080 across Helm deployments, and test refactoring for static-analysis compliance (Sonar) and reliability. Also removed auxiliary logging from RendicontazioniTests.scala as part of test cleanup.
February 2025: Delivered targeted testing improvements and critical deployment fixes across two repositories, strengthening reliability of Rendicontazione reporting and Blob Recovery deployment. Key accomplishments include expanded test coverage for binary-file-based filtering in Rendicontazione, alignment of the FDR1 Recovery Blob service port to 8080 across Helm deployments, and test refactoring for static-analysis compliance (Sonar) and reliability. Also removed auxiliary logging from RendicontazioniTests.scala as part of test cleanup.

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