Scalable Extended Reality Video Conferencing

A computing system of a telepresence management system, the computing system comprising:

• memory;
• and
• one or more processors coupled to the memory and configured to:
• receive an indication that a first client connection in combination with a set of client connections forms a first conversation cluster within an extended reality telepresence session, wherein the extended reality telepresence session comprises a plurality of client connections hosted by a plurality of servers, wherein the plurality of client connections includes the first client connection and the set of client connections;
• generate a first server allocation map, wherein the first server allocation map indicates an assignment of at least one server of the plurality of servers to each client connection of the plurality of client connections, wherein the first server allocation map indicates an assignment of more servers of the plurality of servers to other client connections of the first conversation cluster than the first client connection;
• allocate the plurality of client connections to the plurality of servers based on the first server allocation map;
• and
• based on a map transition policy, transition from the first server allocation map to a second server allocation map, wherein based on the transitioning, the plurality of client connections are allocated to the plurality of servers based on the second server allocation map, wherein the second server allocation map indicates an assignment of fewer servers of the plurality of servers to the other client connections of the first conversation cluster than the first server allocation map.

Non-transitory computer readable media comprising computer-executable instructions that, when executed by a computing system of a data intake and query system, cause the computing system to:

• receive an indication that a first client connection in combination with a set of client connections forms a first conversation cluster within an extended reality telepresence session, wherein the extended reality telepresence session comprises a plurality of client connections hosted by a plurality of servers, wherein the plurality of client connections includes the first client connection and the set of client connections;
• generate a first server allocation map, wherein the first server allocation map indicates an assignment of at least one server of the plurality of servers to each client connection of the plurality of client connections, wherein the first server allocation map indicates an assignment of more servers of the plurality of servers to other client connections of the first conversation cluster than the first client connection;
• allocate the plurality of client connections to the plurality of servers based on the first server allocation map;
• and
• based on a map transition policy, transition from the first server allocation map to a second server allocation map, wherein based on the transitioning, the plurality of client connections are allocated to the plurality of servers based on the second server allocation map, wherein the second server allocation map indicates an assignment of fewer servers of the plurality of servers to the other client connections of the first conversation cluster than the first server allocation map.