IPCEI-CIS Reference Architecture: Difference between revisions
No edit summary |
Added reference to RIAs as related to IPCEI-CIS ref arch components |
||
| Line 3: | Line 3: | ||
== Why a Reference Architecture? == | == Why a Reference Architecture? == | ||
The digital future of Europe requires a cohesive and interoperable infrastructure, one that spans cloud and edge environments, integrates AI and data services, and ensures security, sustainability, and sovereignty across borders. To support this, the [https://www.8ra.com/ipcei-cis/ IPCEI-CIS] Reference Architecture (ICRA) defines a common framework for designing, deploying, and operating cloud-edge systems in a federated, multi-provider landscape, representing a strategic instrument within the [https://www.8ra.com/news/laying-the-groundwork-for-europes-federated-cloud-edge-future/ 8ra Initiative]. | The digital future of Europe requires a cohesive and interoperable infrastructure, one that spans cloud and edge environments, integrates AI and data services, and ensures security, sustainability, and sovereignty across borders. To support this, the [https://www.8ra.com/ipcei-cis/ IPCEI-CIS] Reference Architecture (ICRA) defines a common framework for designing, deploying, and operating cloud-edge systems in a federated, multi-provider landscape, representing a strategic instrument within the [https://www.8ra.com/news/laying-the-groundwork-for-europes-federated-cloud-edge-future/ 8ra Initiative]. | ||
== Layers == | |||
== Mapping of Horizon Europe EUCEI RIAs on the Reference Architecture == | == Mapping of Horizon Europe EUCEI RIAs on the Reference Architecture == | ||
The table below provides a schematic mapping of Research and Innovation Actions, as related to the IPCEI-CIS Reference Architecture components. | |||
= | {{#ask: | ||
[[IPCEI-CIS Reference Architecture high level::Management]] | |||
|?Programme | |||
|?EuroVoc ID | |||
|?IPCEI-CIS Reference Architecture high level | |||
|format=table | |||
}} | |||
Revision as of 11:49, 22 October 2025
The content of this page has been created by the CISERO project, the original content can be accessed here: https://cisero-project.eu/ipcei-cis-reference-architecture
Why a Reference Architecture?
The digital future of Europe requires a cohesive and interoperable infrastructure, one that spans cloud and edge environments, integrates AI and data services, and ensures security, sustainability, and sovereignty across borders. To support this, the IPCEI-CIS Reference Architecture (ICRA) defines a common framework for designing, deploying, and operating cloud-edge systems in a federated, multi-provider landscape, representing a strategic instrument within the 8ra Initiative.
Layers
Mapping of Horizon Europe EUCEI RIAs on the Reference Architecture
The table below provides a schematic mapping of Research and Innovation Actions, as related to the IPCEI-CIS Reference Architecture components.
| Programme | EuroVoc ID | IPCEI-CIS Reference Architecture high level | |
|---|---|---|---|
| CODECO | Horizon Europe | /natural sciences/computer and information sciences/software | AI Layer Application layer Cloud Edge Platform Data layer Management Network Systems, SDN controllers Physical Cloud Edge Resources Security and compliance Service orchestration Sustainability Virtualization |
| COGNIFOG | Horizon Europe | /natural sciences/computer and information sciences/internet/internet of things | AI Layer Application layer Cloud Edge Platform Data layer Management Network Systems, SDN controllers Physical Cloud Edge Resources Security and compliance Service orchestration Sustainability Virtualization |
| EDGELESS | Horizon Europe | /natural sciences/computer and information sciences/internet | AI Layer Application layer Cloud Edge Platform Data layer Management Physical Cloud Edge Resources Physical Network Resources Security and compliance Service orchestration Sustainability Virtualization |
| HYPER-AI | Horizon Europe | /natural sciences/computer and information sciences/internet/internet of things | AI Layer Application layer Cloud Edge Platform Data layer Management Physical Cloud Edge Resources Physical Network Resources Security and compliance Service orchestration Sustainability Virtualization |