1. A method for language-independent, non-semantic speech analytics, comprising the steps: receiving, at a media server stored and operating on a network-connected analytics server computer, an audio input from a plurality of network-connected devices; analyzing, using the analytics server computer, the audio input to determine an audio waveform; analyzing, using the analytics server computer, the waveform to determine a plurality of periods of silence wherein the plurality of periods of silence are detected by a plurality of valleys in the amplitude of the waveform; analyzing, using the analytics server computer, the waveform to identify a plurality of units of speech wherein the plurality of units of speech are identified by a plurality of peaks in the amplitude of the waveform; analyzing, using the analytics server computer, the units of speech within the waveform to determine speech characteristics, including at least a pace of speech during an interaction and a change in pace of speech during an interaction wherein the change in pace is identified by successive stages of analysis utilizing results of previous stages; analyzing, using the analytics server computer, the waveform to determine a plurality of periods of cross-talk wherein two or more interaction participants are speaking simultaneously wherein a talk ratio is calculated to determine at least a contribution of each of the two or more interaction participants and a quantity of cross talk in the waveform wherein the contribution is computed by determining the relative speaking time of each of the two or more speakers as a fraction of total interaction time; analyzing, using the analytics server, the waveform to determine an emotional state of a speaker wherein the emotional state of the speaker is determined by the quantity of cross talk in the waveform; analyzing, using the analytics server, a speech pattern using at least a pace of speech; identifying an unknown speaker based on the speech pattern wherein identifying the unknown speaker is determined by comparing the speech pattern to a plurality of previously stored speech patterns; storing the results of waveform analysis for future reference in a database stored and operating on a network-attached computer; and sending the results of the waveform analysis to a client computing device for viewing by a user.