The bottom line is that consumer processors are improving much faster than the network. This growth won’t alleviate all network challenges, but it suggests that we’re better off asking client devices to do more computation rather than sending massive video streams to those devices. This may change over time, but Sweeney’s Law looks likely to hold true for the foreseeable future.
Edge computing is often highlighted as a key infrastructure austria mobile database for the Metaverse. Specifically, the model involves deploying supercomputers at key network nodes between consumers and more distant central servers. Edge computing is compatible with and complements both of the above schools of thought, as it helps end users supplement their local computing while minimizing network-based latency and network congestion risks.
The value of this approach is still uncertain. For example, Microsoft's xCloud is running in standard Azure data centers rather than at the edge. This is probably due to the aforementioned cloud service utilization issues - the more edge centers you operate, the worse the utilization problem. Most consumer services that use edge computing, such as Netflix, actually just use it as an edge hard drive, storing files closer to the user.