Abstract: A system and method for deploying user apps to user devices is disclosed. A service module on a host system maintains class files of the user app within an original archive, and creates an install agent archive and a modified user app archive from the original archive. In some embodiments, the service module deploys an install agent from the install agent archive and a runtime agent of the modified user app archive to the user device. In other embodiments, the install agent and the runtime agent are pre-installed within a virtual machine of the user device. The install agent receives the class files from the service module, and the runtime agent loads and executes the class files to deploy the user app on the user device. In a preferred embodiment, the system enables faster initial deployment and redeployment of user apps on Android user devices than current systems and methods.

Abstract: A system and method for fast restart of user apps on a user device. A host system hosts classes and resources of the user app, and a service app host application on the host system deploys an initial instance of the user app on the user device that includes additional instrumentation for enabling the user app to be quickly restarted on the user device with a set of changed classes and/or changed resources that comprise the latest version of the user app during development of the user app. This can significantly reduce the typically long turnaround time when developing and testing user apps as compared to current systems and methods. In a preferred embodiment, the system enables a fast restart of user apps running on Android user devices.

Abstract: A system and method for deploying user apps to user devices is disclosed. A service module on a host system maintains class files of the user app within an original archive, and creates an install agent archive and a modified user app archive from the original archive. In some embodiments, the service module deploys an install agent from the install agent archive and a runtime agent of the modified user app archive to the user device. In other embodiments, the install agent and the runtime agent are pre-installed within a virtual machine of the user device. The install agent receives the class files from the service module, and the runtime agent loads and executes the class files to deploy the user app on the user device. In a preferred embodiment, the system enables faster initial deployment and redeployment of user apps on Android user devices than current systems and methods.

Abstract: A system and method for fast restart of user apps on a user device. A host system hosts classes and resources of the user app, and a service app host application on the host system deploys an initial instance of the user app on the user device that includes additional instrumentation for enabling the user app to be quickly restarted on the user device with a set of changed classes and/or changed resources that comprise the latest version of the user app during development of the user app. This can significantly reduce the typically long turnaround time when developing and testing user apps as compared to current systems and methods. In a preferred embodiment, the system enables a fast restart of user apps running on Android user devices.

Abstract: System and method to enable and facilitate purchases through mobile communications on mobile devices, smartphones, feature phones, tablet computers, etc by allowing the user to interact with native interface and/or by eliminating the need of entering the MSISDN identifier by the user. MSISDN value is required to identify mobile subscriber and request a mobile billing transaction through carrier's infrastructure. A system comprises at least one data computing facility, which is connected to mobile carrier billing, short code and networking infrastructure and a plurality of converters to communicate and interface with a plurality of controllers for various mobile device types and platforms.

Abstract: System and method to facilitate purchases through mobile communications on various types of mobile devices and platforms by reducing the number of steps it takes the user to complete the purchase with mobile in-app payments, and/or by enabling purchases to be made without the device being connected to the Internet and/or by automatic compilation of payment request. A set of user identifying details, including user's country, mobile carrier name and phone number, is required in order to process a mobile purchase. The advantages of the present invention from the user perspective is the ability to complete the purchase in fewer steps by automatic user details identification and the ability to complete the purchase in case there is no Internet connection by embedding a specially formatted database file with the application of mobile device.