Insights & Events

EXIGENCE Functional Architecture Design

EXIGENCE functional architecture ensures each system component is placed and integrated where it delivers maximum effectiveness, performance, and overall system efficiency.

GreenFLag: Enabling Sustainable Federated Learning in Wireless Networks

Discover how the GreenFLag framework, developed within EXIGENCE, reduces energy consumption in federated learning by prioritizing renewable energy and intelligent resource orchestration.

From Measurement to Action: Where Greening of Streaming Meets EXIGENCE 

One of the most important aspects of the latest Greening of Streaming Watt Lab publication is not just what it measures, but what those measurements enable next. This is where the work of Greening of Streaming (GoS) strongly aligns with the goals of the EXIGENCE project.

Sustainability-Driven Orchestration: The Blueprint for Energy-Efficient Distributed Systems

As Data Center energy use rises, "business as usual" cloud orchestration is no longer viable. EXIGENCE is moving toward Sustainability-Driven Orchestration, integrating OSM and Kubernetes with advanced telemetry to prioritise the planet. Our new design ensures autonomous systems actively seek the lowest possible carbon footprint.

From Standards to Action: How the Green ICT Digest Empowers ICT Stakeholders for Green Digital Future

AI growth is intensifying the need to decarbonise ICT. Explore how the Green ICT Digest simplifies complex standards into a thematic hub for energy efficiency, helping the entire ICT value chain move from theory to climate-focused action.

Achieving Native Sustainability by means of Targeted Incentives for ΑΙ Training and Inference

AI inference accounts for up to 70% of operational emissions. Explore how targeted incentives and 'green' subscription models can reduce the carbon footprint of AI training and inference without sacrificing performance.