Abstract: Images capture an object that a person in a frictionless store is looking at. A user interface is automatically initiated on a device identified as the object. If the person is holding an item, the user interface is automatically placed in a state that displays the item details and pricing within the user interface and provides a link to all item descriptions in possession of the user within the frictionless store along with a running price total of all the items. If the person is not holding any item, the user interface is automatically placed in a state that displays item details and pricing within the user interface to all item descriptions in possession of the user within the frictionless store along with a running price of all items.

Abstract: An agent and a configuration interface permit custom-level customizations for synchronizing a replica of an enterprise system over a network connection with a replicator. The replicator produces the replica as a Virtual Machine (VM) that is maintained on a portal server that is remote from an enterprise server that hosts the enterprise system.

Abstract: An agent and a configuration interface permit custom-level customizations for synchronizing a replica of an enterprise system over a network connection with a replicator. The replicator produces the replica as a Virtual Machine (VM) that is maintained on a portal server that is remote from an enterprise server that hosts the enterprise system.

Abstract: Images capture an object that a person carries into a frictionless store as a potential frictionless return item. When the potential frictionless return item is placed on a shelf or a countertop in a designated area, the potential frictionless return item is identified as a returned item. A transaction history linked to an account of the person is retrieved and the returned item matched to a previously purchased item in the transaction history. Assuming return conditions are met, the account is automatically credited an item price associated with the previously purchased item and a user interface is automatically initiated on a registered mobile device of the person providing a receipt for the refund and the return. The person may then leave the store or continue shopping in the frictionless store and the person and any items taken by the person are tracked for frictionless purchase.

Abstract: Images capture an object that a person in a frictionless store is looking at. A user interface is automatically initiated on a device identified as the object. If the person is holding an item, the user interface is automatically placed in a state that displays the item details and pricing within the user interface and provides a link to all item descriptions in possession of the user within the frictionless store along with a running price total of all the items. If the person is not holding any item, the user interface is automatically placed in a state that displays item details and pricing within the user interface to all item descriptions in possession of the user within the frictionless store along with a running price of all items.

Abstract: Images capture an object that a person in a frictionless store is looking at. A user interface is automatically initiated on a device identified as the object. If the person is holding an item, the user interface is automatically placed in a state that displays the item details and pricing within the user interface and provides a link to all item descriptions in possession of the user within the frictionless store along with a running price total of all the items. If the person is not holding any item, the user interface is automatically placed in a state that displays item details and pricing within the user interface to all item descriptions in possession of the user within the frictionless store along with a running price of all items.

Abstract: A mobile-based control of maintenance and support for an enterprise services device. A mobile application of a mobile device establishes a connection with a network portal that supplies maintenance and support for enterprise services hosted by the enterprise services device. The mobile application also establishes a connection with the enterprise services device. The mobile application presents a user-facing interfaces for controlling maintenance and support operations delivered from the network portal to the enterprises services device. The user-facing interface also provides options for authorizing and facilitating a remote connection from a portal device to the enterprise services device for performing real-time and remote maintenance and support by a service engineer associated with the network portal.

Abstract: Operations to existing interfaces are mapped to categories. Options associated with each operation are mapped. A front-end hierarchical interface is generated from the mappings. An initial window is rendered for operation selection from the categories. A second window is generated based on user operation selection for user option selections. Once user option selections are made, and API is processed to cause an existing interface to generate a third window that places the user within the existing interface with a context/state defined by the user through the initial window and the second window with the operation and options selections.

Abstract: Various embodiments herein each include at least one of systems methods and software for item recognition and presentation within images. Such images may be captured of products offered for sale within a store of a retailer and provide a view of currently offered items, such as produce, meats, plants, and the like. One method embodiment includes capturing an image of a staging area and products for sale presented therein and processing the image with a product identifying module to obtain data identifying products, product information, and location within the image of products included in the image. This method may then store the image and the obtained data in a location where the image and obtain data can be accessed in response to requests received via a network.

Abstract: Images capture an object that a person carries into a frictionless store as a potential frictionless return item. When the potential frictionless return item is placed on a shelf or a countertop in a designated area, the potential frictionless return stem is identified as a returned stem A transaction history linked to an account of the person is retrieved and the returned item matched to a previously purchased item in the transaction history. Assuming return conditions are met, the account is automatically credited an item price associated with the previously purchased item and a user interface is automatically initiated on a registered mobile device of the person providing a receipt for the refund and the return. The person may then leave the store or continue shopping in the frictionless store and the person and any items taken by the person are tracked for frictionless purchase.

Abstract: Images capture an object that a person in a frictionless store is looking at. A user interface is automatically initiated on a device identified as the object. If the person is holding an item, the user interface is automatically placed in a state that displays the item details and pricing within the user interface and provides a link to all item descriptions in possession of the user within the frictionless store along with a running price total of all the items. If the person is not holding any item, the user interface is automatically placed in a state that displays item details and pricing within the user interface to all item descriptions in possession of the user within the frictionless store along with a running price of all items.

Abstract: Operations to existing interfaces are mapped to categories. Options associated with each operation are mapped. A front-end hierarchical interface is generated from the mappings. An initial window is rendered for operation selection from the categories. A second window is generated based on user operation selection for user option selections. Once user option selections are made, and API is processed to cause an existing interface to generate a third window that places the user within the existing interface with a context/state defined by the user through the initial window and the second window with the operation and options selections.

Abstract: A mobile-based control of maintenance and support for an enterprise services device. A mobile application of a mobile device establishes a connection with a network portal that supplies maintenance and support for enterprise services hosted by the enterprise services device. The mobile application also establishes a connection with the enterprise services device. The mobile application presents a user-facing interfaces for controlling maintenance and support operations delivered from the network portal to the enterprises services device. The user-facing interface also provides options for authorizing and facilitating a remote connection from a portal device to the enterprise services device for performing real-time and remote maintenance and support by a service engineer associated with the network portal.

Abstract: A fine-grain analytics engine and a report/notification interface are provided. The fine-grain analytics engine is configured to be customized configured for fine-grain projections and metrics generation for operations of an enterprise. The report/notification interface provides an Application Programming Interface (API) and an interactive graphical display interface for reporting and integrating the projections and metrics generated by the fine-grain analytics engine into enterprise services and enterprise devices.

Abstract: An agent and a configuration interface permit custom-level customizations for synchronizing a replica of an enterprise system over a network connection with a replicator. The replicator produces the replica as a Virtual Machine (VM) that is maintained on a portal server that is remote from an enterprise server that hosts the enterprise system.