MANOLO Project

Explore the next generation of cloud-edge AI systems, focusing on efficient algorithms, hardware-aware optimisation, and trustworthy deployment practices.

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Trustworthy Efficient AI for Cloud-Edge Computing

Project Details

Funded under: Horizon Europe

Project ID: 101135782

Start Day: 01/01/2024 

Project Duration: 3 Years

Tags: Cloud & Edge Computing, Trustworthy AI

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Head Office
208, Kifisias Avenue, Chalandri, 15231
Technical Branch
32, Vosporou, Elliniko, 16777
Contact Us
+(30) 213 088 9302 research@fourdotinfinity.com

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

As AI systems become increasingly embedded in distributed environments, from cloud infrastructures to edge devices such as IoT systems, robotics, and smartphones, they face a critical trade-off between performance and resource consumption. High-performing models often demand significant computational power, energy, and data, making large-scale deployment costly, inefficient, and difficult to govern.

At the same time, new regulatory frameworks such as the EU AI Act require AI systems to be explainable, robust, secure, and compliant by design. Organizations must therefore not only optimize AI efficiency, but also ensure trustworthiness and transparency across the entire lifecycle of data, models, and algorithms.

MANOLO addresses this dual challenge by delivering a complete stack of trustworthy algorithms and tools that enable high-quality, lightweight AI models to be trained, optimized, deployed, and monitored seamlessly across centralized and cloud-edge distributed environments.

Project Overview

MANOLO delivers a unified toolkit for Trustworthy and Efficient AI across the Cloud–Edge Continuum. The project advances state-of-the-art techniques in model compression, meta-learning, domain adaptation, frugal neural network search, and neuromorphic computing to enable high-performance yet lightweight AI models.

It introduces dynamic algorithms for energy- and data-efficient allocation of AI tasks across distributed cloud and edge environments, ensuring policy-compliant and scalable deployment. A distributed data management framework tracks assets and their provenance, while integrated benchmarking and trustworthiness evaluation mechanisms ensure explainability, robustness, security, and alignment with the EU AI Act through the Z-Inspection methodology.

MANOLO will be validated across healthcare, manufacturing, and telecommunications, supporting a wide range of embedded devices within the cloud-edge continuum.

Our Contribution

FDI contributes to MANOLO by leading the development of Federated Learning and Explainable AI capabilities within the Cloud–Edge Continuum.

FDI engineers decentralized learning frameworks that enable AI models to train collaboratively across distributed edge devices. This approach preserves data privacy, reduces bandwidth usage, and supports scalable AI deployment without centralizing sensitive information.
To ensure transparency and regulatory alignment, FDI develops advanced Explainable AI (XAI) techniques and integrates Human Oversight protocols based on the Z-Inspection methodology. This guarantees that AI models remain interpretable, auditable, and compliant with the EU AI Act.
FDI strengthens system efficiency through neural network pruning and data drift analysis, ensuring that models remain lightweight, adaptive, and robust in dynamic environments. By embedding compliance and audit-readiness into the architecture, FDI ensures MANOLO’s solutions are trustworthy by design.

The Results

MANOLO delivers a unified, AI Act–ready toolkit for efficient and trustworthy AI deployment across distributed environments.

Lightweight, high-performance AI models optimized for cloud-edge settings
Federated learning frameworks enabling privacy-preserving collaboration
Embedded explainability, robustness, and compliance mechanisms
Dynamic energy, and data, efficient task allocation across assets
Validation across healthcare, robotics, and telecommunications verticals

Project’s Progress so far

50%

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Head Offices
208, Kifisias Avenue, Chalandri, 15231, Athens, Greece
Technical Branch
32, Vosporou, Elliniko, 16777, Athens, Greece
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Call Consulting: +30 210 723 6195 Call Cooperate: +30 213 088 9302
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