Abstract: In accordance with an embodiment, an edge processor may be configured to communicate with intelligent mobile devices via one or more mobile device networks. The edge processor may also be configured to access an entity's applications and data via a network of the entity. The edge processor may include one or more embedded applications. The edge processor may also include a command processor that is configured to route requests received from the intelligent mobile devices to the one or more embedded applications. The edge processor may also include at least one agent broker component that is configured to broker requests made from the one or more embedded applications to the entity's applications and data. At least one intelligent agent may facilitate communication between the one or more embedded applications and the entity's applications and data via the at least one agent broker component.

Abstract: A modified JAVA(™) execution environment is described. The modified environment supports multiple JAVA(™) applications on a single JAVA(™) virtual machine (JVM). This modified environment provides significant memory and performance improvements when running multiple applications on a single computer system. Notably, no changes are needed to the source code of an application to take advantage of the modified environment. Further, embodiments of the invention may support shared access to base classes through the use of overlays. Additionally, system resource permissions can be enforced based upon the user permissions associated with a running application. Notably, embodiments of the invention allow multiple applications to share the abstract window toolkit (AWT) on a per display basis. Since only a single garbage collection routine is necessary, applications see improved performance relative to running in different JVMs. Further, the shared base classes eliminate significant memory overhead.