< Back to news

4 December 2023

'We need to preserve digital sovereignty of universities'

Universities are increasingly dependent on commercial providers of digital services and technologies.
This dependence means that the influence of external parties on the digital design of universities is increasing. This in turn can erode academic freedoms of universities and researchers in a variety of ways. This is why the UvA is calling for the preservation of 'digital sovereignty' of public universities. The UvA's Institute for Information Law (IVIR) makes recommendations to preserve that sovereignty.
 
'When external parties control the digital systems and the data within them, academic freedom comes under pressure,' says Kristina Irion, one of the authors of the study. ‘Problematic dependencies arise when it is costly and difficult to change suppliers or when personal and other data from universities’ digital environment are extracted for suppliers’ economic gains.’
 
Strategies for collaboration
'At the same time, we don't want to push away the potential of digital developments. Instead, we want to be able to use them in a safe way,' says Irion, 'but that requires better strategies and collaboration across the university sector.'
 
European Union law increasingly affects universities
Also the European Union can play an important role in promoting academic freedoms in the digital age. 'The EU is exerting increasing influence on how universities and researchers conduct research. Open Science policy and new digital legislation directly affect research activities. That legislation is now fragmented, complex and not always drafted with scientific research in mind. This makes compliance with that legislation unnecessarily complex for universities and academic researchers.'
 
Crucial steps for UvA
The UvA has taken crucial steps to protect academic values. The first step in this is that UvA has adopted a digital agenda for itself. This agenda gives direction to the development of digitisation at the UvA in line with public values. ‘We have mapped out the values relevant to digitisation. We also experimented with ways to discuss values. We will incorporate these values, first as a pilot, into decisions we make in our digital infrastructure’, Information Manager Frank van Tatenhove says.
Another step is this research project, which was commissioned by the UvA Executive Board to the benefit of the European university sector. Beyond this UvA supports sector-wide collaboration with Dutch and European organisations representing public universities and SURF, the collaborative organisation for IT in Dutch education and research. Irion: 'After all, this is an issue that affects all universities.'
 
This article was published by de UvA.
The image was generated by the University of Amsterdam using Adobe Firefly (keywords: shallow brain architecture).

Vergelijkbaar >

Similar news items

>View all news items >
 CuspAI Introduces Itself at LAB42

6 September 2024

CuspAI Introduces Itself at LAB42 >

On September 5, 2024, Max Welling and Chad Edwards, founders of CuspAI, presented their innovative company during the IvI coffee & cake gathering. 

read more >

 Advanced AI for Surveillance Robots: A Collaborative Project by Dutch Institutions

5 September 2024

Advanced AI for Surveillance Robots: A Collaborative Project by Dutch Institutions >

A consortium of leading Dutch research institutions and government agencies, including TU Delft, the University of Amsterdam, TNO, and the Royal Netherlands Marechaussee, has launched an ambitious project aimed at developing advanced artificial intelligence (AI) for surveillance robots. Officially initiated on September 4, the OpenBots consortium focuses on creating AI systems designed to assist human security officers in various security settings.

read more >

NeuroAI: Charlotte Frenkel explores the future of AI inspired by the human brain

September 5, 2024

NeuroAI: Charlotte Frenkel explores the future of AI inspired by the human brain >

With the award of an AiNed Fellowship grant, Dr. Charlotte Frenkel from TU Delft delves into neuromorphic computing, pioneering research aimed at creating energy-efficient and powerful AI systems inspired by the human brain. This research bridges AI and neuroscience to develop faster, more energy-efficient, and smarter computing systems.

read more >