This area in particular often involves content that is particularly worthy of protection: Student and employee data, examinations and administrative documents, third-party funding and contract documents, unpublished research results and intellectual property. This information must be stored securely, made available for productive use and shared in a controlled manner across faculties, institutes, projects and external partners. Digital infrastructure must therefore do more than just store and share files: it must combine technical scalability with organisational controllability. Open source strengthens transparency, adaptability and institutional control during operation and further development.

Why open source is an infrastructure issue in the university and research sector

Open source is less about the cost aspect and more about the ability to operate digital systems under your own control, adapt them to your own requirements and develop them further in the long term.

Science organisations are highly differentiated in their structure. Different departments, institutes, research projects and administrative areas work with their own logics, responsibilities and protection requirements. Added to this are evolved IT landscapes, heterogeneous storage environments and diverse compliance requirements. Digital infrastructure must be able to map this diversity.

For universities and research institutions, four questions are particularly important:

• Is a platform with user numbers, data volumes and access profiles technically clean?
• Can the platform be integrated into existing infrastructure?
• Is organisational complexity, for example across faculties, institutes, projects and external partners, mapped in a clear governance model?

Research relies on traceability, long-term availability and collaboration in changing constellations. Open systems create better conditions for this because they are more transparent, customisable and institutionally controllable than closed platforms. This means that digital infrastructures can be adapted more closely to scientific working methods instead of having to bind research to the technical specifications of proprietary systems.

Mastering growth also means ensuring governance

It is not only the data pools that are growing with the increase in digital processes. The requirements for collaboration and governance are also increasing. Research projects run across locations and institutions, teams, responsibilities and roles change, and rights, responsibilities and access paths must nevertheless remain clearly documented and controllable. Digital workspaces must be able to withstand such changes, such as semester changes, project durations, personnel transitions, new collaborations or the departure of external partners, without losing ownership, traceability or security.

In the absence of a robust organisational structure, workarounds, personal filing systems, unclear responsibilities and shadow IT arise. Sensitive content is then shared outside of defined structures and can hardly be controlled or audited institutionally. It is more practical to link content to teams, projects, institutes or faculties rather than individuals. Files, authorisations and responsibilities thus remain anchored in the institutional context and not linked to individual accounts.

What a modern open source platform for universities and research needs to achieve

A sustainable platform for universities and research should fulfil several requirements at the same time. It must be able to reliably manage large amounts of data and provide stable mapping of many parallel accesses. It must enable secure collaboration across teams, faculties and research groups. It must be able to be integrated into existing IT landscapes, such as storage systems, directory services, virus protection or rights management. And it must be structured in such a way that institutions retain control over data, access and storage locations.

With the advent of AI-supported functions, the demands on the underlying infrastructure are also increasing. This is because searching, summarising, classifying or analysing accesses institutional content that is often sensitive, confidential or relevant to research. This is precisely why it becomes crucial who controls which services are allowed to access which content from a technical and organisational perspective.

The ability to limit dependencies is just as relevant. Open interfaces, transparent architectures and institutionally controllable data storage reduce lock-in risks and create the conditions for the long-term further development of infrastructure instead of having to adapt to proprietary specifications.

Open source as the basis for sovereign infrastructure

Open source is so relevant in the higher education and research sector because open infrastructures can better combine technical and institutional requirements. They provide a basis on which institutions can design their systems according to their governance, compliance requirements and existing IT landscape.

This not only applies to on-premises operation or as SaaS, but also to issues of auditability, integration capability and future-proofing. Sovereignty does not necessarily mean operating everything yourself. It is crucial that universities and research institutions retain freedom of choice over the operating model, data storage, integrations and further development and are not forced into technical or contractual dependencies.

Those who bear responsibility for sensitive content, research data and institutional processes need infrastructure that not only works, but also remains transparent, resilient and controllable in the long term.

OpenCloud as an example of open infrastructure

Many of the requirements described can only be met if technical scaling and organisational structure are considered together. As an open source platform for file management and collaboration, OpenCloud is designed for environments in which both operational and organisational scaling are relevant.

The database-free storage concept reduces operational complexity and simplifies maintenance, recovery and backup strategies.

With spaces, delegable rights management and clearly separable workspaces, OpenCloud creates a structure in which governance can grow. This is particularly important in universities and research, where not only the volume but also the number of roles, units and collaborative relationships involved is increasing.

In addition, there are open interfaces and integration capability for existing storage systems, directory services and security components. This means that OpenCloud can be operated not as an isolated tool, but as a controllable layer within existing infrastructures.

Sovereign infrastructure as a prerequisite

For universities and research institutions, digital sovereignty is an infrastructural prerequisite for keeping sensitive content controllable, organising collaboration in a resilient manner and securing digital capacity to act in the long term.

Open source becomes relevant in this environment when it results not only in software, but also in resilient infrastructure: integrable, traceable, institutionally controllable and sustainable under real conditions.

Those who have to deal with growing data volumes, decentralised structures and increasing requirements for security, traceability and collaboration therefore need more than individual tools. What is needed is a sovereign infrastructure that grows with the requirements of the institution, technically, organisationally and strategically.