In May 2026, delivered end-to-end IIIF enablement and UI optimization to enhance digital object viewing and performance across the DSpace platform. Implemented REST-level exposure of IIIF in DSpace/DSpace and conditioned Mirador embedding in dspace-angular to load only when IIIF is enabled, improving page load times and reducing client footprint. Achieved cross-repo alignment with lightweight, cherry-picked changes that enable future IIIF adoption and UI consistency.

In April 2026, the DSpace Angular team delivered a configuration-aware Mirador Viewer integration and stabilized IIIF-related behavior in the DSpace UI. The key work focused on evaluating IIIF metadata values and adjusting viewer behavior when IIIF is enabled, improving accuracy and user experience for IIIF-enabled deposits. The work included a critical bug fix addressing incorrect evaluation of dspace.iiif.enabled and iiif.search.enabled (Fix #12303), ensuring the Mirador viewer honors correct IIIF settings across configurations. Outcome: more reliable IIIF rendering, fewer viewer state inconsistencies, and a smoother user experience for researchers consuming IIIF manifests. Technologies: TypeScript, Angular, Mirador integration, IIIF metadata logic; demonstrated careful code review and cherry-picking of fixes to ensure consistency across branches.

Monthly summary for 2025-11 for the DSpace/DSpace project focused on SWORDv2 URL construction improvements and related bug fixes. Highlights the consolidated URL handling, reliability improvements, and the resulting business impact across environments.