Abstract: A method for authenticating users and devices on a computing network is disclosed. The method includes authenticating a user and a user's device with a computing network based upon received authentication data from the user's device. A session-associated security code having an end-of-session expiration and a task-associated security code having an end-of-task expiration are required for executing task-based requests over the network. The task-based request required to be transmitted in a predefined protocol. In operation, the computing network receives a computing task request for a user's device as a string having a predetermined sequence commensurate with the predefined protocol. The computing network executes the computing task. The method further includes terminating the task-associated security code upon concluding the executing, generating a second task-associated security code and a second session-associated security code based upon usage metrics.

Abstract: A system and method are disclosed for remotely controlling a mobile device, useful particularly when a mobile device is displaced or physically dispossessed from a user. The method includes receiving, at a server, a geographical location of a mobile device, wherein the geographical location of the mobile device is monitored in a background mode of the mobile device, storing the received geographical location of the mobile device in a database, sending, in response to a request from the user via a secure website, the geographical location of the mobile device stored on the database, receiving a request from via the secure website to access and modify data of the mobile device, and transmitting instructions to the mobile device, at the received geographical location, to execute the request.

Abstract: A system and method are disclosed for remotely controlling a mobile device, useful particularly when a mobile device is displaced or physically dispossessed from a user. The method includes receiving, at a server, a geographical location of a mobile device, wherein the geographical location of the mobile device is monitored in a background mode of the mobile device, storing the received geographical location of the mobile device in a database, sending, in response to a request from the user via a secure website, the geographical location of the mobile device stored on the database, receiving a request from via the secure website to access and modify data of the mobile device, and transmitting instructions to the mobile device, at the received geographical location, to execute the request.

Abstract: A system and method are disclosed for remotely controlling a mobile device, useful particularly when a mobile device is displaced or physically dispossessed from a user. The method includes receiving, at a server, a geographical location of a mobile device, wherein the geographical location of the mobile device is monitored in a background mode of the mobile device, storing the received geographical location of the mobile device in a database, sending, in response to a request from the user via a secure website, the geographical location of the mobile device stored on the database, receiving a request from via the secure website to access and modify data of the mobile device, and transmitting instructions to the mobile device, at the received geographical location, to execute the request.

Abstract: Method and system is disclosed for encrypting information utilizing three-dimensional shapes. The method includes receiving one or more computer device usage metrics, one or more user files having information, and instructions for encrypting the one or more user files, selecting shape type from a plurality of predetermined shape types, determining shape dimensions and shape volume based upon quantity of information associated with the one or more user files, generating a shape based upon the selected shape type, the shape dimensions, and the shape volume, distributing axis coordinates for each axis, wherein a node is define at least by axis coordinates within the generated shape, associating information of the one or more user files with axis coordinates within the generated shape, and transmitting generated shape and data based upon the associating.

Abstract: A method for authenticating users and devices on a computing network is disclosed. The method includes authenticating a user and a user's device with a computing network based upon received authentication data from the user's device. A session-associated security code having an end-of-session expiration and a task-associated security code having an end-of-task expiration are required for executing task-based requests over the network. The task-based request required to be transmitted in a predefined protocol. In operation, the computing network receives a computing task request for a user's device as a string having a predetermined sequence commensurate with the predefined protocol. The computing network executes the computing task. The method further includes terminating the task-associated security code upon concluding the executing, generating a second task-associated security code and a second session-associated security code based upon usage metrics.

Abstract: A system and method are disclosed for remotely controlling a mobile device, useful particularly when a mobile device is displaced or physically dispossessed from a user. The method includes receiving, at a server, a geographical location of a mobile device, wherein the geographical location of the mobile device is monitored in a background mode of the mobile device, storing the received geographical location of the mobile device in a database, sending, in response to a request from the user via a secure website, the geographical location of the mobile device stored on the database, receiving a request from via the secure website to access and modify data of the mobile device, and transmitting instructions to the mobile device, at the received geographical location, to execute the request.

Abstract: A method for distributed computing is disclosed. The method includes identifying a computing task for processing, selecting a device to process the computing project from among a plurality of devices based upon device location and at least one associated operating state of the device, sending the computing task to the selected device, and receiving results of computing task from the selected device.

Abstract: A method for operating a virtual marketplace is disclosed. The method includes generating an administration interface for a user configured to manage a product inventory, incentivizing user interactions with the virtual marketplace by granting user credits to a user based upon predetermined categories of user input into the virtual marketplace, maintaining the product inventory, identifying product information based upon user input including a physical location of the user, generating a user interface configured to receive user input and navigate among a plurality of informational modules in response to a user request, selectively sending the administration interface to a user in response to a request by the user, and sending the user interface to a user in response to a request by the user.

Abstract: A system, method and computer program product for a mobile communication device includes a software module configured for executing in a background mode in a processor of the mobile communication device. The software module is operable to communicate a geographical location of the mobile communication device at a scheduled time and to receive at least one command to execute an operation of the mobile communication device. A datacenter is operable to receive the geographical location and to transmit the at least one command. A secure website is in communication with the datacenter where a user can request a display of the geographical location and select the at least one command to be transmitted.

Abstract: A method for distributing a marketing message over mobile devices includes the steps of receiving an offer of an incentive for a user of a mobile device to participate in distributing the marketing message. The method includes the steps retrieving a contact list of individuals from the mobile device, the retrieving being facilitated by a software module received by the mobile device, and compiling a list of selected individuals from the contact list to receive the marketing message. The method includes the steps sending the selected individuals the marketing message, the sending being facilitated by the software module, and tracking a number of the selected individuals that were sent the marketing message.