CyclOps Project

Enable trustworthy, interoperable data-driven innovation through intelligent governance, automated processing pipelines, and data space readiness.

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Automated end-to-end data life cycle management for FAIR data integration processing and re-use

Project Details

Funded under: Horizon Europe

Project ID: 101135513

Start Day: 01/01/2024 

Project Duration: 3 Years

Tags: Data Spaces, Trustworthy AI

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208, Kifisias Avenue, Chalandri, 15231
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Funded by the European Union. 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.

The Story

In today’s data-driven economy, integrating and governing data from heterogeneous sources is a key competitive advantage. Industries such as manufacturing, mobility, and tourism increasingly rely on AI applications to extract value from machine- and human-generated data.

Despite the European push for Common Data Spaces, end-to-end data lifecycle governance remains largely manual and fragmented, leading to data silos and limited interoperability.

CyclOps addresses this challenge through a unified framework for automated data lifecycle governance. By leveraging Knowledge Graphs and a human-in-the-loop approach, it enables systematic data ingestion, integration, and sharing, ensuring interoperability, FAIR compliance, and data sovereignty.

Project Overview

CyclOps proposes a novel governance framework designed to manage the entire data lifecycle across heterogeneous and distributed environments. Unlike existing solutions that focus on isolated aspects such as scalable storage, machine learning performance, explainability, or data sharing, CyclOps integrates governance as a core capability across all stages of the lifecycle.

At the heart of the framework lies the use of Knowledge Graphs (KGs), which serve as formal semantic models to represent data and metadata while preserving context. These models enable intelligent automation of data processing pipelines, ensuring interoperability and alignment with the FAIR Guiding Principles.

Through a human-in-the-loop approach, CyclOps automates the generation and execution of data workflows, reducing manual effort while maintaining oversight and trust. This enables organizations to seamlessly provide, combine, and analyze machine- and human-generated data across data spaces.

By enabling governed data sharing and exchange, CyclOps facilitates the development of new data-centric business models and value-added services across multiple industrial sectors.

Our Contribution

FDI leads the offset-printing manufacturing use case and plays a central role in transforming CyclOps innovations into deployable industrial solutions.

FDI develops and deploys advanced sequence Deep Learning models (LSTM and Transformer architectures) to deliver predictive maintenance and supply-chain optimization services based on press and production telemetry, including forecasting, anomaly detection, and early drift detection.
Across the Pressious Arvanitidis and ColorPrint sites, FDI implements Federated Learning to improve shared AI models without centralizing sensitive shop-floor data. Transfer Learning techniques enable adaptation across presses, substrates, and operating regimes with limited new data availability.
FDI leads the complete CyclOps integration, managing cross-component orchestration and release readiness. This includes CI/CD pipelines, reproducible builds, automated unit and integration testing, and API/schema alignment across system layers.
FDI delivers automated ML pipelines focusing on standardized preprocessing of multimodal data (i.e., missing value handling, cleaning, scaling, outlier detection/removal), and an optimization library for autotuning of ML/DL models (i.e., hyperparameters, pruning, quantization). In parallel, FDI is also responsible for the development and curation of the first Manufacturing Data Space in the domain of Offset Printing using the FIWARE Data Space Connector stack, enabling governed and interoperable exchange of data and model artefacts among stakeholders.

The Results

CyclOps establishes a governance-driven foundation for scalable, interoperable, and trustworthy data-centric AI systems.

Automated governance of the complete data lifecycle
Intelligent data pipeline generation using Knowledge Graphs
FAIR-compliant and interoperable data exchange across data spaces
Industrial validation through AI-driven services
Secure and federated collaboration without compromising data sovereignty

Project’s Progress so far

70%
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208, Kifisias Avenue, Chalandri, 15231, Athens, Greece
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