Then, during each set piece, every player’s device loads the next set piece in the background. This system works really well, but it requires publishers to know ahead of time which world a user will go to next. If you want to pick and choose from a wide range of destinations, you have to either download the entirety of all potential options which is impossible, or cloud stream them.
When you see your friend in Fortnite today, the Fortnite servers only need to send you information about where your friend is and what they’re trying to do; animations like reloading an assault rifle or falling are already austria mobile database loaded onto your device and just need to be run. But when you map live motion capture to your friend’s avatar, those details need to be sent, too. Along with everyone else. If you want to watch a video file in this game, as Fortnite sometimes offers, that needs to be streamed in the virtual world, too. Hear the spatial audio of a crowd? Same. Feel passersby brush against the shoulders of your haptic bodysuit? Same.
For online games that only require position and input data, many players already struggle with bandwidth and network congestion. The Metaverse will only exacerbate these demands. The good news is that broadband penetration and bandwidth continue to improve around the world. Computation discussed more in Section 3 is also improving and can help replace constrained data transfers by predicting what should happen up to the point where the “real” data can be replaced.