
Over nine months, contributed to Unimake/DFe by engineering robust backend solutions for electronic invoicing and NFSe integration. Developed and enhanced XML validation frameworks, multi-provider NFSe onboarding, and QR code generation systems, focusing on compliance, interoperability, and reliability. Leveraged C#, .NET, and XML technologies to implement schema-driven validation, digital signature handling, and configuration management across diverse municipalities and standards. Improved test automation, error handling, and deployment readiness, addressing both feature expansion and critical bug fixes. The work emphasized maintainable code, thorough documentation, and adherence to regulatory requirements, resulting in more accurate data processing and streamlined integration for government and partner systems.
June 2026 monthly summary for Unimake/DFe focused on expanding NFSe validation interoperability, refining XML schemas, and hardening validation rules across NFSe, NF-e/NFCe, and NFGas. Delivered multi-provider NFSe validation with broad provider coverage and new operations, improving interoperability and compliance for NFSe workflows. Enhanced validation reliability and schema updates, including NaoAssina handling, exclusive canonicalization signing, QR code generation support, and WEBFISCO configuration improvements. Added support for additional NFSe standards and validation patterns, strengthening market reach and compliance posture.
June 2026 monthly summary for Unimake/DFe focused on expanding NFSe validation interoperability, refining XML schemas, and hardening validation rules across NFSe, NF-e/NFCe, and NFGas. Delivered multi-provider NFSe validation with broad provider coverage and new operations, improving interoperability and compliance for NFSe workflows. Enhanced validation reliability and schema updates, including NaoAssina handling, exclusive canonicalization signing, QR code generation support, and WEBFISCO configuration improvements. Added support for additional NFSe standards and validation patterns, strengthening market reach and compliance posture.
Resumo mensal (2026-05) — Unimake/DFe. Entregas focadas em validação NFSe, expansão de padrões e correções críticas, com melhoria de confiabilidade de XML/Web SOAP e maior cobertura de NFSe para municípios.
Resumo mensal (2026-05) — Unimake/DFe. Entregas focadas em validação NFSe, expansão de padrões e correções críticas, com melhoria de confiabilidade de XML/Web SOAP e maior cobertura de NFSe para municípios.
April 2026 — Delivered a multi-document QR Code generation framework (NFCe, CTe, MDFe, NF3e) with new interfaces/processors, improved error handling for status responses, XML configuration validation, and batch QR code generation for MDFe. Added asynchronous QR code URL formation in the MDFe authorization flow and ensured correct processor selection across document types to align with latest standards and improve user experience. Strengthened municipality-level digital certificate management with better certificate usage identification, version retrieval, and removal of NFCe enveloping to streamline flows and reduce complexity. These changes deliver faster, more reliable document workflows, improved security posture, and easier maintenance, translating to reduced support overhead and better compliance. Technologies demonstrated include interface-driven design, XML config validation, robust error handling, batch processing, asynchronous processing, and certificate management.
April 2026 — Delivered a multi-document QR Code generation framework (NFCe, CTe, MDFe, NF3e) with new interfaces/processors, improved error handling for status responses, XML configuration validation, and batch QR code generation for MDFe. Added asynchronous QR code URL formation in the MDFe authorization flow and ensured correct processor selection across document types to align with latest standards and improve user experience. Strengthened municipality-level digital certificate management with better certificate usage identification, version retrieval, and removal of NFCe enveloping to streamline flows and reduce complexity. These changes deliver faster, more reliable document workflows, improved security posture, and easier maintenance, translating to reduced support overhead and better compliance. Technologies demonstrated include interface-driven design, XML config validation, robust error handling, batch processing, asynchronous processing, and certificate management.
March 2026 monthly summary for Unimake/DFe. Focus areas were NFSe module enhancements and endpoint/configuration management to improve reliability, compliance, and maintainability. The work delivered improves validation accuracy, environment-aware signing, and configuration documentation, directly supporting trustworthy NFSe submissions in production and homologation environments.
March 2026 monthly summary for Unimake/DFe. Focus areas were NFSe module enhancements and endpoint/configuration management to improve reliability, compliance, and maintainability. The work delivered improves validation accuracy, environment-aware signing, and configuration documentation, directly supporting trustworthy NFSe submissions in production and homologation environments.
February 2026 focused on increasing data reliability and interoperability in Unimake/DFe through two targeted feature deliveries and strengthened testing. Key outcomes include improved data accuracy, lower submission errors, and smoother client integrations across DFe types.
February 2026 focused on increasing data reliability and interoperability in Unimake/DFe through two targeted feature deliveries and strengthened testing. Key outcomes include improved data accuracy, lower submission errors, and smoother client integrations across DFe types.
January 2026: Delivered production-ready NFSe readiness in Unimake/DFe by enabling multi-municipality onboarding, data handling enhancements, and standardized cancellation services. Key features include onboarding NFSe for Joinville, Contagem, Vacaria, Sinop, and Formiga with version 1.01 and COPLAN alignment; NFSe XML data handling improved via GZip decompression and UsaCertificadoDigital flag across multiple municipalities; a unified NFSe cancellation API extended to Contagem, Rolândia, Boituva, Agudo, Vacaria, Getúlio Vargas, Uruguaiana, Cachoeira do Sul, Itaperuna, and Araruama. These changes improve integration reliability, security, and operational efficiency for government invoicing partners. Achieved with versioned deployments, RTC updates, and adherence to PRONIM standards, reflecting strong configuration governance and deployment discipline.
January 2026: Delivered production-ready NFSe readiness in Unimake/DFe by enabling multi-municipality onboarding, data handling enhancements, and standardized cancellation services. Key features include onboarding NFSe for Joinville, Contagem, Vacaria, Sinop, and Formiga with version 1.01 and COPLAN alignment; NFSe XML data handling improved via GZip decompression and UsaCertificadoDigital flag across multiple municipalities; a unified NFSe cancellation API extended to Contagem, Rolândia, Boituva, Agudo, Vacaria, Getúlio Vargas, Uruguaiana, Cachoeira do Sul, Itaperuna, and Araruama. These changes improve integration reliability, security, and operational efficiency for government invoicing partners. Achieved with versioned deployments, RTC updates, and adherence to PRONIM standards, reflecting strong configuration governance and deployment discipline.
Month: 2025-12 — Key deliverables for Unimake/DFe: XML Validation Framework Enhancements across NFe/NFCe/CTe and NFSe v3.01 with RTC schema. Implemented XML version extraction and Authorization XML preparation to streamline validation; expanded test coverage with new XML test files; added event-tag support for XML identification; introduced NFSe v3.01 support with new RTC-tag schema for Joinville; updated config and sample XMLs to conform to the new NFSe schema. Impact: higher validation accuracy, broader schema conformance, reduced risk of regulatory non-compliance, and faster validation cycle. Skills: XML processing, schema validation, test-driven development, configuration management, cross-team collaboration.
Month: 2025-12 — Key deliverables for Unimake/DFe: XML Validation Framework Enhancements across NFe/NFCe/CTe and NFSe v3.01 with RTC schema. Implemented XML version extraction and Authorization XML preparation to streamline validation; expanded test coverage with new XML test files; added event-tag support for XML identification; introduced NFSe v3.01 support with new RTC-tag schema for Joinville; updated config and sample XMLs to conform to the new NFSe schema. Impact: higher validation accuracy, broader schema conformance, reduced risk of regulatory non-compliance, and faster validation cycle. Skills: XML processing, schema validation, test-driven development, configuration management, cross-team collaboration.
Month: 2025-11 — Unimake/DFe: Service Validation Framework Enhancements and test reliability improvements. Key features delivered: - Implemented dictionary-based validation for service information within the DFe Service Validation Framework. - Updated validation test file paths to improve reliability and reduce flaky tests. - Enabled event type identification by IDs in validation tests, improving correctness of event handling. - Implemented events in ServicoValidacao and enhanced readability of the CarregarServicoValidar test. Major bugs fixed: - Stabilized test suite by correcting test file paths and clarifying event-handling logic, reducing intermittent failures. - Resolved ambiguities in event typing by ID across validation tests. Overall impact and accomplishments: - Higher validation accuracy and reliability across DFe services. - Faster feedback from test runs, with clearer, maintainable test and validation code. Technologies/skills demonstrated: - Test automation and maintenance, data-driven validation, event-driven validation, code readability improvements, test coverage enhancements.
Month: 2025-11 — Unimake/DFe: Service Validation Framework Enhancements and test reliability improvements. Key features delivered: - Implemented dictionary-based validation for service information within the DFe Service Validation Framework. - Updated validation test file paths to improve reliability and reduce flaky tests. - Enabled event type identification by IDs in validation tests, improving correctness of event handling. - Implemented events in ServicoValidacao and enhanced readability of the CarregarServicoValidar test. Major bugs fixed: - Stabilized test suite by correcting test file paths and clarifying event-handling logic, reducing intermittent failures. - Resolved ambiguities in event typing by ID across validation tests. Overall impact and accomplishments: - Higher validation accuracy and reliability across DFe services. - Faster feedback from test runs, with clearer, maintainable test and validation code. Technologies/skills demonstrated: - Test automation and maintenance, data-driven validation, event-driven validation, code readability improvements, test coverage enhancements.
October 2025 (Unimake/DFe): Delivered performance-focused certificate loading enhancements, NFSe configuration for Santa Gertrudes, and fixed a municipality configuration merge conflict. These changes improve loading efficiency, enable SigissWeb NFSe for Santa Gertrudes, and stabilize configuration management, driving faster deployment and broader NFSe coverage.
October 2025 (Unimake/DFe): Delivered performance-focused certificate loading enhancements, NFSe configuration for Santa Gertrudes, and fixed a municipality configuration merge conflict. These changes improve loading efficiency, enable SigissWeb NFSe for Santa Gertrudes, and stabilize configuration management, driving faster deployment and broader NFSe coverage.

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