A parallel processing method for initializing libraries that support an application comprising: identifying the libraries that support the application; determining an initialization order for the supporting libraries including forming a library tree of the references for the supporting libraries and determining a load order for reference sets in the library tree according to the levels of the reference sets in the library tree; and initializing the libraries in parallel asynchronous stages, characterized in that the asynchronous stages comprise: an asynchronous loading stage that includes a load queue; an asynchronous snapping stage that includes a snap queue; and an asynchronous initializing stage that includes an initialize queue, wherein the asynchronous loading stage that uses a load queue comprises: loading the reference sets of the library tree into the load queue according to the load order; loading libraries into the application's process memory space using the library references in the load queue; and moving the library references for the loaded libraries from the load queue to the snap queue, wherein the asynchronous snapping stage that includes the snap queue comprises: snapping libraries using the library references in the snap queue; and moving the library references for the snapped libraries from the snap queue to the initialize queue; and wherein the asynchronous initializing stage that includes the initialize queue comprises: executing the initialization computing instructions for the libraries referred to by the library references in the initialize queue. identifying the libraries that support the application; determining an initialization order for the supporting libraries including forming a library tree of the references for the supporting libraries and determining a load order for reference sets in the library tree according to the levels of the reference sets in the library tree; and initializing the libraries in parallel asynchronous stages, characterized in that the asynchronous stages comprise: an asynchronous loading stage that includes a load queue; an asynchronous snapping stage that includes a snap queue; and an asynchronous initializing stage that includes an initialize queue, wherein the asynchronous loading stage that uses a load queue comprises: loading the reference sets of the library tree into the load queue according to the load order; loading libraries into the application's process memory space using the library references in the load queue; and moving the library references for the loaded libraries from the load queue to the snap queue, wherein the asynchronous snapping stage that includes the snap queue comprises: snapping libraries using the library references in the snap queue; and moving the library references for the snapped libraries from the snap queue to the initialize queue; and wherein the asynchronous initializing stage that includes the initialize queue comprises: executing the initialization computing instructions for the libraries referred to by the library references in the initialize queue. loading the reference sets of the library tree into the load queue according to the load order; loading libraries into the application's process memory space using the library references in the load queue; and moving the library references for the loaded libraries from the load queue to the snap queue, wherein the asynchronous snapping stage that includes the snap queue comprises: snapping libraries using the library references in the snap queue; and moving the library references for the snapped libraries from the snap queue to the initialize queue; and snapping libraries using the library references in the snap queue; and moving the library references for the snapped libraries from the snap queue to the initialize queue; and wherein the asynchronous initializing stage that includes the initialize queue comprises: executing the initialization computing instructions for the libraries referred to by the library references in the initialize queue.