Data sharing between organizations is becoming an ever-increasing necessity. Data sharing allows organizations to improve business processes that depend on what happens in other organizations, just as having data from other organizations can enrich data analysis models. However, even though data is seen as the new oil, it does not move like oil. There are several technical and organizational factors that make data sharing difficult. In this work, inspired by the definition of friction in physics, we want to provide a first friction model that is able to capture the elements that hinder data sharing. The proposed model hypothesizes that through the adoption of data mesh in conjunction with a service-oriented sharing approach, we can utilize this model to reduce and reuse the effort for sharing data.

Data Friction: Physics-Inspired Metaphor to Evaluate the Technical Difficulties in Trustworthy Data Sharing

Falconi, Matteo;Plebani, Pierluigi;
2024-01-01

Abstract

Data sharing between organizations is becoming an ever-increasing necessity. Data sharing allows organizations to improve business processes that depend on what happens in other organizations, just as having data from other organizations can enrich data analysis models. However, even though data is seen as the new oil, it does not move like oil. There are several technical and organizational factors that make data sharing difficult. In this work, inspired by the definition of friction in physics, we want to provide a first friction model that is able to capture the elements that hinder data sharing. The proposed model hypothesizes that through the adoption of data mesh in conjunction with a service-oriented sharing approach, we can utilize this model to reduce and reuse the effort for sharing data.
2024
Proceedings of 36th International Conference on Advanced Information Systems Engineering (CAiSE 2024)
9783031610561
9783031610578
Federated Data Sharing
Modeling Data Friction
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1285931
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