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COP-PILOT will offer a scalable platform for IoT data representation, storage, and federation. The platform aims to address the heterogeneity of IoT devices and the data they generate. It will use standardized NBIs to connect IoT-edge-core systems and overlay services.
COP-PILOT aims to become the first orchestration platform to utilize software-defined zero-trust networking (OpenZiti) to establish a trusted Secure Integration Fabric (SIF) for seamless authentication and dynamic policy management. The platform will require only a distributed grid of SIF clients per domain to enable zero-trust, high-performance networking, and will eliminate the need for VPNs and…
COP-PILOT adopts a hierarchical approach to solve orchestration challenges, using a cloud-managed end-to-end service orchestrator (ServOrch) for overseeing geo-distributed domains. Each domain administrator manages resources and data using their infrastructure orchestrator (InfraOrch) within the domain’s vicinity. COP-PILOT ensures that all InfraOrch instances expose an identical API to the ServOrch for consistent service orchestration. This approach…
COP-PILOT will be the first platform that bridges the gap from conceptual to actual integration of intelligent zero-touch solutions using AI extensions across key platform areas. It will introduce a novel LLM-based user interface that simplifies service onboarding and eliminates user interaction with low-level orchestration APIs. Implements AI-driven SLA enforcement to ensure compliance by automatically…
COP-PILOT offers a generic, adaptable framework for deploying and validating intelligent platform services across multiple sectors, enabling rapid scaling and adaptation to specific sector needs without manual interventions.
Co-funded by the European Union (COP-PILOT, 101189819). Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them. This work has received funding from the Swiss State Secretariat for Education, Research and Innovation (SERI).
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