Systems, methods, and processes for behavior prediction based recording localization

Non-transitory computer storage media storing executable instructions that when executed by one or more processors cause the one or more processors to perform a method comprising:

• detecting initiation of a multi-user session hosting a plurality of clients, the multi-user session including a voice communication channel, wherein the plurality of clients includes a first user's client and wherein each client of the plurality of clients is executed by a disparate user device;
• analyzing a memory buffer storing a stream of audio data transmitted from the first user's client via the voice communication channel to at least one other client hosted in the multi-user session;
• tagging a first portion of the stream of audio data as including voice communication in response to detecting that the first portion of the stream of audio data includes spoken audio;
• compressing at least the first portion of the stream of audio data that includes the tag;
• compiling a plurality of compressed portions of the stream of audio data into an audio data chunk;
• monitoring the first user's client state;
• transmitting the audio data chunk to a remote server in response to a determination that
• the first user's client state is in a non-core state;
• and
• clearing the memory buffer storing the stream of audio data corresponding to the audio data chunk in response to receiving confirmation from the remote server that the audio data chunk was received.

A method for capturing voice communications from a user client perspective, comprising:

• participating in a multi-user session including a voice communication channel that connects a plurality of clients;
• storing a stream of audio data in a memory buffer, the stream of audio data being transmitted from a first client via the voice communication channel to at least one other client in the multi-user session;
• analyzing the memory buffer to detect voice communication within the stream of audio data;
• tagging portions of the stream of audio data that include spoken audio;
• processing the tagged portions by compressing the audio data;
• assembling a plurality of processed portions into an audio data chunk;
• monitoring a client state of the first client during the multi-user session;
• determining when the client state transitions to a non-core state;
• transmitting the audio data chunk to a remote server when the client state is in the non-core state;
• receiving confirmation from the remote server that the audio data chunk was successfully received;
• and
• clearing the memory buffer of the stream of audio data corresponding to the transmitted audio data chunk.