Sound and audio play a far greater part in our daily working lives than ever before. Mobile phone ring tones are now based upon polyphonic music sequences that allow relatively complex audio to be generated from a handset to convey information (e.g. a call or message is incoming). This real world example of sonification suggests that far more could be made of sonification techniques for analysis - particularly in the business environment where applications could deliver information while other tasks are being performed in tandem. For the definition of the basic principles of trio sonification, an application is being developed to read in data sets of certain formats (.csv or xml) and allow the various elements to be sonified for analysis. Existing work suggests that many data elements can be conveyed within a single sonification and this lends itself to analysis that seeks to take a broader assessment of a complete set of data. Although the application is still in the development stage, the techniques it employs require consideration in their own right - notably the use of rhythmic parsing to allow the conveyance of far greater levels of data using sound. It has been found that orchestration in general is of prime importance in effective and transparent data sonification and to this end the instrumentation and rhythmic arrangement of such data for analysis is effectively as much a technique in its own right as the sonification itself.