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Leveraging Solid Pods for Sovereign Data Sharing in the Cultural Sector

January 9th, 2025

Exploring the potential of Solid Pods for the cultural sector offers an exciting opportunity to address challenges in data management, privacy, and interoperability. Solid Pods, a technology framework designed to enable individuals to store and control their data, promises transformative applications in the cultural sector. This thesis investigates how Solid Pods can be applied to improve data sharing, user autonomy, and collaboration between cultural organizations and individuals. The work involves analyzing the specific needs of the cultural sector (interview partners and domain experts will be provided), evaluating existing Solid Pod implementations, and designing potential use cases tailored to the unique requirements of this field. Through a mix of theoretical research and practical experimentation, this thesis aims to discover new ways to empower the cultural sector through decentralized and user-centric data sharing solutions.

Thesis Type
  • Bachelor
  • Master
Status
Open
Presentation room
Seminar room I5 6202
Supervisor(s)
Johannes Theissen-Lipp
Advisor(s)
Johannes Theissen-Lipp
Georgios Toubekis
Contact
theissen-lipp@dbis.rwth-aachen.de
toubekis@dbis.rwth-aachen.de

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Background

The cultural sector is increasingly reliant on digital technologies for data management, collaboration, and audience engagement. However, traditional centralized systems often lead to challenges such as data silos, limited user control, and privacy concerns. Solid Pods, developed as part of the Solid framework by Tim Berners-Lee, offer a decentralized and user-centric approach to data management. By allowing individuals and organizations to store and control their own data while selectively sharing it with others, Solid Pods provide a promising solution to these issues. In the context of the cultural sector, where data about audiences, collections, and collaborations are critical, adopting such technologies could foster greater transparency, interoperability, and innovation. This thesis aims to explore how Solid Pods can address these challenges and unlock new opportunities for the cultural industry.

 

Objectives

  • Analyze the specific data management and sharing needs of stakeholders in the cultural and creative sector.
  • Investigate the technical capabilities and limitations of Solid Pods in addressing these needs.
  • Design potential use cases for demonstrating the application of Solid Pods in the cultural and creative sector.
  • Develop a prototype and evaluate its impact on data sovereignty, interoperability, and privacy within cultural organizations as subdomain of the cultural and creative sector.
  • Provide recommendations for adopting Solid Pods to enhance collaboration and innovation in the cultural and creative sectors.

 

Tasks

    • Literature Review
      • Research the cultural sector’s current data management practices and challenges.
      • Study the principles and technical architecture of Solid Pods and related decentralized technologies.
    • Requirements Analysis
      • Identify key stakeholders in the cultural sector and their specific data-related needs.
      • Map challenges like data silos, interoperability, and user privacy to possible Solid Pod solutions.
    • Prototype Development
      • Design and implement one or more prototypes demonstrating Solid Pod use cases in the cultural sector.
      • Focus on practical applications such as collaborative data sharing or audience engagement scenarios.
    • Evaluation
      • Test prototypes with real-world data or stakeholder feedback to assess usability and effectiveness.
      • Analyze the impact of Solid Pods on data sovereignty, privacy, and collaboration outcomes.
  • Documentation and Recommendations
    • Summarize findings in a clear and structured manner.
    • Provide actionable recommendations for cultural organizations to adopt Solid Pods effectively.

Prerequisites:

Basic understanding of web technologies (e.g., HTTP, APIs) and interest in decentralized systems. Familiarity with data management concepts, FAIR data principles, and RDF (Resource Description Framework) is a plus.