Edge Computing of the Digital Multiverse

1. Digital Multiverse Nodes: Nodes within the digital multiverse, representing different universes or computational realms.

2. Multiverse Computing Architecture: A decentralized computational infrastructure within the digital multiverse, where computational resources are placed closer to each universe, reducing latency and enhancing computational efficiency.

3. Fog Multiverse: An extension of multiverse computing involving intermediary nodes or servers connecting different universes within the digital multiverse.

4. Latency in Multiverse: The delay between initiating a computational process and its response within each universe, influenced by the proximity of computational resources to the specific universe's data source.

5. Distributed Multiverse Cloud: Computational resources distributed across different universes, enabling cloud-like capabilities within each universe of the digital multiverse.

6. Multiverse Analytics: Performing computational analysis within specific universes, allowing real-time insights without relying on central computational hubs.

7. Multiverse Edge Computing: Edge computing technology specific to individual universes, enabling localized data processing and analysis.

8. Multiverse Networks (MNV): Interconnected networks within the digital multiverse, allowing data exchange and computational tasks among different universes.

9. Multiverse Security: Security protocols and measures implemented within each universe to protect computational data and processes from multiverse-wide cyber threats.

10. Multiverse Gateways: Computational devices or entities facilitating data transmission and processing between different universes within the digital multiverse.