
Jan Winz contributed to the mercedes-benz/sechub repository by engineering robust security automation and developer tooling for secure code scanning and integration. Over 11 months, Jan delivered features such as TOTP authentication enhancements, dynamic proxy handling, and Infrastructure as Code scanning, while also improving error handling and documentation. Using Java, TypeScript, and Groovy, Jan refactored authentication flows, centralized OAuth2 token management, and strengthened credential encryption at rest. The work included developing IDE plugins, refining CI/CD workflows, and aligning configuration management with evolving security requirements. Jan’s solutions demonstrated depth in backend development, automation, and security, resulting in maintainable, production-ready systems.

September 2025 monthly summary for mercedes-benz/sechub: focused on documenting and clarifying domain message handling through a new annotation (SecHubExplanationInputCollector), improving internal communications and documentation for synchronous message responses.
September 2025 monthly summary for mercedes-benz/sechub: focused on documenting and clarifying domain message handling through a new annotation (SecHubExplanationInputCollector), improving internal communications and documentation for synchronous message responses.
Month 2025-08: Strengthened SecHub's reliability and security; improved proxy handling for GitHub actions, secured credentials at rest, added safeguards for multipart processing, and completed code cleanup and release alignment to milestone 4378. These changes enhance deployment reliability, security posture, and maintainability, enabling safer production releases and faster iteration.
Month 2025-08: Strengthened SecHub's reliability and security; improved proxy handling for GitHub actions, secured credentials at rest, added safeguards for multipart processing, and completed code cleanup and release alignment to milestone 4378. These changes enhance deployment reliability, security posture, and maintainability, enabling safer production releases and faster iteration.
Monthly work summary for 2025-07 focused on delivering business value and technical accomplishments for mercedes-benz/sechub. Key deliverables include expanding SecHub CI capabilities with Infrastructure as Code (IaC) scanning, and simplifying initialization scripts for better reliability. The work improved security coverage, developer experience, and CI readiness while aligning with server expectations.
Monthly work summary for 2025-07 focused on delivering business value and technical accomplishments for mercedes-benz/sechub. Key deliverables include expanding SecHub CI capabilities with Infrastructure as Code (IaC) scanning, and simplifying initialization scripts for better reliability. The work improved security coverage, developer experience, and CI readiness while aligning with server expectations.
June 2025 – Performance review-focused monthly summary for mercedes-benz/sechub. This period centered on stabilizing SecHub ZAP integration through standardized error handling, improved user guidance for template data configuration, and alignment of exception and user-facing messages. Delivered code changes across four commits to unify messaging, reduce ambiguity, and direct users to SecHub support when needed. The work contributed to higher reliability, clearer troubleshooting, and better supportability for customers using the ZAP integration.
June 2025 – Performance review-focused monthly summary for mercedes-benz/sechub. This period centered on stabilizing SecHub ZAP integration through standardized error handling, improved user guidance for template data configuration, and alignment of exception and user-facing messages. Delivered code changes across four commits to unify messaging, reduce ambiguity, and direct users to SecHub support when needed. The work contributed to higher reliability, clearer troubleshooting, and better supportability for customers using the ZAP integration.
May 2025 monthly summary for mercedes-benz/sechub. Delivered centralized security and usability improvements across core areas: OAuth2 token expiration handling, centralized HTTP 401 error management, and enhanced CI/CD proxy visibility with updated docs. These changes strengthen security, reliability, and developer experience while improving observability and maintainability of the SecHub repository.
May 2025 monthly summary for mercedes-benz/sechub. Delivered centralized security and usability improvements across core areas: OAuth2 token expiration handling, centralized HTTP 401 error management, and enhanced CI/CD proxy visibility with updated docs. These changes strengthen security, reliability, and developer experience while improving observability and maintainability of the SecHub repository.
April 2025 focused on strengthening project-to-profile alignment, enriching data context for access controls, and enhancing test realism and security. Delivered key features to link projects with profile IDs, improved data provider naming for clarity and maintainability, and reinforced test coverage and security configurations. These workstreams produced measurable business value by enabling finer-grained permission scopes, more reliable integration tests, and hardened token policies across modes.
April 2025 focused on strengthening project-to-profile alignment, enriching data context for access controls, and enhancing test realism and security. Delivered key features to link projects with profile IDs, improved data provider naming for clarity and maintainability, and reinforced test coverage and security configurations. These workstreams produced measurable business value by enabling finer-grained permission scopes, more reliable integration tests, and hardened token policies across modes.
March 2025 (2025-03) — sechub focused on stability/quality for the ZapScanner and keeping tooling current. Key deliveries: internal cleanup removing unused retrieval of web login verification configuration (no functional changes); upgrade Zap to 2.16.0 with updated Java API and extensions; documentation fix for logout example to correct the XPath selector and improve scan config accuracy. Impact: improved scanning reliability and coverage with the latest security tooling, reduced maintenance burden, and clearer operator guidance. Technologies demonstrated: Java-based tooling updates, dependency/version management, code cleanup/refactoring, and documentation quality.
March 2025 (2025-03) — sechub focused on stability/quality for the ZapScanner and keeping tooling current. Key deliveries: internal cleanup removing unused retrieval of web login verification configuration (no functional changes); upgrade Zap to 2.16.0 with updated Java API and extensions; documentation fix for logout example to correct the XPath selector and improve scan config accuracy. Impact: improved scanning reliability and coverage with the latest security tooling, reduced maintenance burden, and clearer operator guidance. Technologies demonstrated: Java-based tooling updates, dependency/version management, code cleanup/refactoring, and documentation quality.
February 2025 saw meaningful delivery across SecHub’s integration, plugin ecosystem, and CI/CD workflows. Key features include PAC support for the OWASP ZAP integration to enable dynamic proxy handling during authentication, a new SecHub VSCode plugin for in-IDE import and navigation of findings with associated CI workflows, and SecHub Eclipse plugin integration with build infrastructure and CI artefact handling. Improvements in false positives management documentation and practical guidance, along with build/CI script enhancements providing clearer logging and better traceability. Overall, these efforts improved security testing reliability, developer productivity, and operational transparency for SecHub deployments.
February 2025 saw meaningful delivery across SecHub’s integration, plugin ecosystem, and CI/CD workflows. Key features include PAC support for the OWASP ZAP integration to enable dynamic proxy handling during authentication, a new SecHub VSCode plugin for in-IDE import and navigation of findings with associated CI workflows, and SecHub Eclipse plugin integration with build infrastructure and CI artefact handling. Improvements in false positives management documentation and practical guidance, along with build/CI script enhancements providing clearer logging and better traceability. Overall, these efforts improved security testing reliability, developer productivity, and operational transparency for SecHub deployments.
January 2025 monthly summary for mercedes-benz/sechub focusing on delivering business value through reliability improvements, automation enablement, and clear documentation. The team consolidated and refactored TOTP handling to improve authentication reliability and user messaging, fixed automation driver discovery for Firefox, enabled pre-scan false-positives management to improve scan accuracy, enhanced SecHub integration docs, and stabilized test configuration data to ensure robust test coverage. Overall, the work reduces onboarding time, increases scan accuracy, and improves operator experience by making error states clearer and automation more reliable.
January 2025 monthly summary for mercedes-benz/sechub focusing on delivering business value through reliability improvements, automation enablement, and clear documentation. The team consolidated and refactored TOTP handling to improve authentication reliability and user messaging, fixed automation driver discovery for Firefox, enabled pre-scan false-positives management to improve scan accuracy, enhanced SecHub integration docs, and stabilized test configuration data to ensure robust test coverage. Overall, the work reduces onboarding time, increases scan accuracy, and improves operator experience by making error states clearer and automation more reliable.
December 2024 highlights for mercedes-benz/sechub focused on three pillars: user experience and logging, observability, and configuration robustness. Deliverables include UX and logging improvements for rule deactivation, enhanced traceability for SecHub web scans through custom HTTP headers with accompanying docs and tests, and strengthened environment variable handling in SecHubScanConfigProvider. These changes reduce user confusion and support overhead, improve production observability, and increase reliability of configuration loading across environments.
December 2024 highlights for mercedes-benz/sechub focused on three pillars: user experience and logging, observability, and configuration robustness. Deliverables include UX and logging improvements for rule deactivation, enhanced traceability for SecHub web scans through custom HTTP headers with accompanying docs and tests, and strengthened environment variable handling in SecHubScanConfigProvider. These changes reduce user confusion and support overhead, improve production observability, and increase reliability of configuration loading across environments.
Month 2024-11: Delivered a set of security tooling enhancements for sechub, focusing on authentication, configurability, and testability. Key features delivered included: 1) Flexible TOTP seed encoding: added EncodingType enum, StringDecoder, updated TOTPGenerator to decode seeds; 2) OWASP ZAP wrapper authentication/login enhancements: script-based login, DI refactor, test mocks improved; 3) OWASP ZAP wrapper proxy and configuration improvements: improved proxy handling, CLI options, and test coverage; 4) Sechub configuration ingestion via environment variable: reading config from PDS_SCAN_CONFIGURATION env var to simplify setup; 5) Documentation and test updates across features to improve usability and reliability. No major bugs fixed this month; refactors and test improvements contributed to stability and maintainability. Overall impact: faster secure setup, improved automation for security scanning, and stronger TOTP handling. Technologies/skills demonstrated: Java, Groovy, dependency injection, script-based automation, environment-variable configuration, encoding/decoding strategies, ZAP integration and testing.
Month 2024-11: Delivered a set of security tooling enhancements for sechub, focusing on authentication, configurability, and testability. Key features delivered included: 1) Flexible TOTP seed encoding: added EncodingType enum, StringDecoder, updated TOTPGenerator to decode seeds; 2) OWASP ZAP wrapper authentication/login enhancements: script-based login, DI refactor, test mocks improved; 3) OWASP ZAP wrapper proxy and configuration improvements: improved proxy handling, CLI options, and test coverage; 4) Sechub configuration ingestion via environment variable: reading config from PDS_SCAN_CONFIGURATION env var to simplify setup; 5) Documentation and test updates across features to improve usability and reliability. No major bugs fixed this month; refactors and test improvements contributed to stability and maintainability. Overall impact: faster secure setup, improved automation for security scanning, and stronger TOTP handling. Technologies/skills demonstrated: Java, Groovy, dependency injection, script-based automation, environment-variable configuration, encoding/decoding strategies, ZAP integration and testing.
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