July 2026 monthly summary for SBNSoftware teams focused on modular build improvements, release readiness, and analysis enablement across sbncode, sbndcode, and sbnobj. Key work included introducing a PDMapAlg CMake interface library to improve build modularity and reduce coupling; adding an AnalysisTree export module in sbndcode to support ROOT-tree exports of reconstructed event data (tracks, showers, vertices, and truth) and bootstrapping repository infrastructure; updating header documentation references for accuracy; and aligning dependencies and versions to prepare for the 10.22.00 release across projects (Larsoft v10_22_00 and lardataobj v10_05_02). These efforts collectively reduce maintenance burden, accelerate downstream analysis, and position the stack for a smooth release cycle.

June 2026 monthly summary for SBNSoftware repos. Delivered foundational build infrastructure and beam spill data retrieval for SBN Core; stabilized dependencies and build system, cleaned up duplicate implementations, and updated versioning to 10.21.01 across sbncode and sbnobj. This work strengthens CI/CD reliability, reduces maintenance toil, and enables cross-repo beamline data processing with the latest releases.

May 2026 performance summary focused on delivering key data analysis capabilities and ensuring release readiness across the SBNSoftware stack. In sbnobj, implemented TPC data analysis enhancements with new classes for TPC channel and purity information, PMT configurations, and signal processing, complemented by a version bump to 10.20.09. In sbncode, introduced a Beam Spill Data Retrieval & Processing Framework for ICARUS/NuMI to strengthen data handling for event analysis, and completed release alignment to 10.20.x across project and dependencies. These efforts improved data characterization accuracy, maintained upgrade paths for users, and set a solid foundation for upcoming physics analyses. Technologies demonstrated include modular data processing design, cross-repo release engineering, and cross-experiment data handling.

2026-04 monthly summary for SBNSoftware: Delivered significant enhancements across sbnobj and sbncode, focusing on data handling, framework integration, and release readiness. Key feature work includes enhanced TPC channel and purity handling for light calorimetry in the SBN framework and new beam spill information modules for ICARUS and NuMI, plus a targeted release packaging effort to align 10.20.x dependencies. The work improves analysis accuracy for light calorimetry, streamlines beam-related data processing, and strengthens deployment readiness for the 10.20.x series. Skills demonstrated include CMake/versioning, cross-repo collaboration, dependency pinning (Larsoft), and modular data ingestion within the SBN framework.

March 2026 monthly summary focusing on key accomplishments, business value delivered, and technical achievements across SBNSoftware repositories (sbnobj and sbncode). The period emphasized build stability, release readiness, and enhanced data-processing capabilities aligned with the 10.20.03 release line.