Software(-architecture)

The architecture developed by the Fraunhofer-Gesellschaft establishes a framework allowing companies that provide data to exchange them with other companies while always maintaining control over the dissemination and use of these data. Thus, it establishes the basic conditions for genuine data sovereignty in the industrial context and serves as a key element of a data infrastructure in and for Europe. Telekom is already using the International Data Spaces reference architecture as an innovative platform (DIH) for the secure and efficient exchange of data. In data processing and analysis, it focuses on innovative data-driven services and applications related to machine learning and artificial intelligence (AI).

The International Data Spaces initiative enables open data marketplaces for the economy. These are used for the secure exchange of data between trusted partners. The data sovereignty of all partners is protected along the entire data value chain. The International Data Spaces are part of a secure data infrastructure and therefore a key technology for innovative artificial intelligence applications. It contributes to the future competitiveness of the economy and to social prosperity. As an important component of the digital infrastructure, the International Data Spaces help to realize the opportunities of AI for the benefit of people and companies while simultaneously alleviating risks.

There are basically three variants for using an IDS connector:

Integration into the own system landscape

The IDS connector has a modular design, making it compatible with the existing IT architecture of many companies. Using the own IT infrastructure and making it IDS-compatible is therefore one of the options. Three essential components have to be used to integrate International Data Spaces into the own infrastructure: IDSA Dataspace Protocol, information model, and usage control. Subsequently the system that has been developed needs to be certified.

Off the shelf

Using an existing connector is the simplest option. The three most advanced connectors are the Eclipse Dataspace Connector, Trusted Connector and Open Data Connector. Other connectors are available for a wide variety of applications, for different hardware and in various programming languages. All Fraunhofer connectors are listed here: Connector.

Some central infrastructure services are also needed in addition to the connector. In particular, an identity provider is required for the definition and distribution of connector identities.