SustainML has successfully integrated FPGA-based hardware estimation into its AI sustainability evaluation pipeline, enabling more accurate energy and carbon footprint analysis for CNN models deployed on FPGA platforms. By combining hardware-level latency and power prediction with automated carbon intensity calculation, the framework now supports end-to-end sustainability assessment for both Hugging Face transformer models and ONNX-based CNN models targeting FPGA devices. This integration strengthens SustainML’s ability to evaluate AI models across heterogeneous hardware environments and brings hardware-aware carbon estimation closer to real-world deployment scenarios.
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On February 5th, 2026, eProsima held its internal SustainML 2026 Kick-Off Meeting, bringing together the team involved in the project to review the progress achieved during 2025 and to align on objectives and priorities for the year ahead.
The meeting marked an important milestone to close the 2025 work cycle, acknowledge the results achieved by the team, and define a clear and shared direction for 2026, reinforcing eProsima’s commitment to the SustainML project.
In this demo, we provide a complete walkthrough of the SustainML User Interface, a framework designed to prioritize energy efficiency and reduce the carbon footprint of machine learning applications.
Whether you are a data scientist or an ML engineer, this tutorial shows you how to define problems, upload datasets, and compare models based on their environmental impact.
In this demo, we provide a complete walkthrough of the SustainML User Interface, a framework designed to prioritize energy efficiency and reduce the carbon footprint of machine learning applications.
Whether you are a data scientist or an ML engineer, this tutorial shows you how to define problems, upload datasets, and compare models based on their environmental impact.
SustainML has reached a major milestone in its mission to build a fully life-cycle-oriented, model–hardware co-design framework for sustainable machine learning: the project’s Scientific Articles portal now hosts 36 publicly available papers, including peer-reviewed publications, conference papers, technical deliverables, architectural reports, prototypes, and community-oriented outputs.
This extensive body of work collectively forms the most complete publicly available resource on Green AI engineering, covering every layer of the ML pipeline, from conceptual modelling to hardware execution, from user-centric design to carbon-footprint tracking.

SustainML is among these nine innovative projects dedicated to creating a sustainable ML framework for Green AI.
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This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No 101070408.






