Libnova

CASE STUDIES

Calgary University

Industry

Academic Institution

Country

USA

Tb Preserved

12 terabytes

Why did they
need libnova?

In 2020, the University of Calgary undertook the responsibility of preserving the historical archives of EMI, one of the world’s most iconic record labels, while simultaneously upgrading its own institutional repository into a long-term preservation system.

Both projects presented unique challenges, including
complex data structures, diverse formats, and the need for scalable solutions under tight deadlines.
Through collaboration with Libnova, the university successfully overcame these hurdles by implementing advanced digital preservation technologies. This initiative not only addressed technical challenges but also set a new standard for preserving cultural and academic content.

The EMI project, one of the most demanding, involved preserving complex digital assets. The EMI archives contained not only final music tracks but also production materials, such as individual instrumentals, vocals, effects, and multiple versions of each track. In addition, related items like album covers (which varied by region), production notes, and other documents needed to be logically structured and clearly linked. The archives were stored in a wide range of formats, many of which were obsolete, presenting challenges for both access and preservation. Furthermore, the project had to handle large volumes of data within tight deadlines, requiring efficient workflows and tools.

Another significant challenge was the university’s institutional repository, managed on DSpace, which lacked the long-term digital preservation capabilities needed for sustainable storage. To address these challenges, Libnova implemented a series of solutions, starting with data modeling and content structuring tailored to the complexity of the EMI archives. Advanced integration with Cortex, the university’s Digital Asset Management (DAM) system, ensured seamless synchronization of metadata, enabling better management and long-term preservation. Additionally, data migration was essential to move large volumes of academic content to a platform capable of ensuring future accessibility and integrity, overcoming the technical limitations of the previous system, which could not support derivative copies or manage the necessary formats for digital preservation.

Data Modeling and Content Structuring

To manage the complexity of EMI archives, Libnova created a tailored data model with a standardized naming system to organize objects, from individual tracks to related graphic documents. The model also established clear hierarchical relationships, linking album covers to their respective tracks and accounting for regional variations.

Metadata Integration

Advanced integration with Cortex, the university’s Digital Asset Management (DAM) system, ensured seamless metadata synchronization. This allowed metadata to automatically update between the DAM and Libnova’s preservation platform, keeping all associated information accessible and up to date.

Format Standard and Derivatives

The system was set up to automatically convert original formats into standardized derivatives during ingestion, covering audio, video, and images, ensuring each object had a reproducible version regardless of its original format or access requirements.

Automated Billing Integration

The preservation system integrated with Oxford’s SAP-based billing software, automating usage tracking and invoice generation to reduce administrative workload and enhance accuracy.

Training and Onboarding by IT Services

IT Services assumed responsibility for training and onboarding individual schools, ensuring a smooth transition and consistent user experience.

Metadata Mismatch

Libnova customized the metadata schema in Libsafe to include UNESCO-specific elements, providing flexibility and ensuring better organization of files.

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