1. A method for providing visualization platform optimization, the method comprising: defining a visualization; creating a plurality of geometry vectors; receiving a request to display the visualization; iterating through the plurality of geometry vectors; skipping at least one first vector of the plurality of geometry records according to a geometry skipping algorithm comprising at least one of the following criteria: a zero-length line detection, a total number of the plurality of geometry vectors, a total number of data points, a display size, a data type, and a visualization type; translating at least one second vector of the plurality of geometry records into at least one drawing instruction; and displaying the visualization on a display device.