In the event of a disaster, a primary objective is to maintain uninterrupted network services for critical operations, including rescue efforts.  UNITY-6G’s “Sustainable networks for disaster handling” use case is designed to create resilient and environmentally conscious communication infrastructure capable of withstanding and responding to natural disasters such as earthquakes and floods.

The use case emphasizes efficient resource sharing among multiple operators and tenants, enabled by advanced AI-based techniques and envisions a disaster-resilient, AI-native architecture that integrates diverse technologies and energy sources. Beyond immediate disaster response, the key aim is to ensure a sustainable and efficient network operations that leverage renewable energy sources and intelligent energy management. 

The proposed system relies on a local network infrastructure powered by renewable energy sources, forming a crucial component for immediate, localized communication. Edge computing is fundamental for processing data and enabling rapid, on-site decision-making in affected areas. To ensure continuous connectivity, especially when terrestrial networks are compromised, the system incorporates satellite communication.

This comprehensive approach extends to leveraging an edge cloud continuum and broader cloud applications for extensive computational resources and services. Distributed AI is a cornerstone of this architecture, crucial for managing resources, optimizing network performance, and facilitating smart microgrids. This intelligent management extends to global, cloud-level decision-making.