Abstract: A system and associated methods for apportioning inventory units between a plurality of warehouse nodes operated by third parties in order to meet desired service levels are provided. In some embodiments, the method includes receiving a placement request for a set of inventory units from a merchant, the placement request including desired service levels for shipment of product to customers. The method includes accessing a database storing a plurality of node data sets, each node data set being associated with a warehouse node. Based on the node data sets and the placement request, a set of warehouse nodes for storing the inventory units is selected and a number of inventory units is apportioned to each selected warehouse node. The method also includes providing placement instructions including the selected warehouse nodes and the number of inventory units to ship to each selected warehouse node.

Abstract: A system and associated methods for apportioning inventory units between a plurality of warehouse nodes operated by third parties in order to meet desired service levels are provided. In some embodiments, the method includes receiving a placement request for a set of inventory units from a merchant, the placement request including desired service levels for shipment of product to customers. The method includes accessing a database storing a plurality of node data sets, each node data set being associated with a warehouse node. Based on the node data sets and the placement request, a set of warehouse nodes for storing the inventory units is selected and a number of inventory units is apportioned to each selected warehouse node. The method also includes providing placement instructions including the selected warehouse nodes and the number of inventory units to ship to each selected warehouse node.

Abstract: A system and associated methods for managing digital advertising promotions on behalf of merchants, in response to changes in the availability of promoted items, are provided. In some embodiments, the method includes receiving purchase data from an electronic shopping cart associated with a merchant, based on which a rate of sale of a purchased item is generated. The method includes accessing a database storing a plurality of node data set, each node data set being associated with a warehouse node. Based on the node data sets and the rate of sale, the method additionally includes determining a projected availability of the purchased item in a delivery region. The method also includes adjusting, based on the projected availability, a digital promotion advertising at least the purchased item.

Abstract: A system and associated methods for dynamically apportioning inventory units across a warehouse node network operated by third parties for a time-bound campaign are provided. The method includes receiving a placement request for inventory from a merchant, the placement request including a start date, an end date, and desired service levels for shipping the inventory to customers during a time-bound campaign. Before the start date, the method includes accessing a database storing a plurality of node data sets associated with warehouse nodes. Based on the node data sets and the service level parameters, an apportionment of inventory across a set of distributed warehouse nodes is determined. The method also includes providing placement instructions for transferring the inventory from central warehouse node locations to the distributed warehouse nodes.

Abstract: A system and associated methods for apportioning inventory units between a plurality of warehouse nodes operated by third parties in order to meet desired service levels are provided. In some embodiments, the method includes receiving a placement request for a set of inventory units from a merchant, the placement request including desired service levels for shipment of product to customers. The method includes accessing a database storing a plurality of node data sets, each node data set being associated with a warehouse node. Based on the node data sets and the placement request, a set of warehouse nodes for storing the inventory units is selected and a number of inventory units is apportioned to each selected warehouse node. The method also includes providing placement instructions including the selected warehouse nodes and the number of inventory units to ship to each selected warehouse node.

Abstract: A server system suitable for organizing files using stickers is provided. The server system determines a plurality of stickers applicable to data presented on a user interface of a client device, and causes presentation of the determined plurality of stickers on the user interface of the client device. The server system receives a selection of a sticker from the plurality of stickers. The server system then applies the selected sticker to the presented data, whereby the application of the selected sticker causes the presented data to be classified based on the selected sticker.

Abstract: A server system suitable for organizing files using stickers is provided. The server system determines a plurality of stickers applicable to data presented on a user interface of a client device, and causes presentation of the determined plurality of stickers on the user interface of the client device. The server system receives a selection of a sticker from the plurality of stickers. The server system then applies the selected sticker to the presented data, whereby the application of the selected sticker causes the presented data to be classified based on the selected sticker.

Abstract: Download manager integration with a cloud storage platform is described. In one or more implementations, a web page is navigated to using a web platform. User input to the web page to download content referenced in the web page is detected. For example, the web page may include a download link that is selected by the user to download content such as a media file, word processing file, and so forth. In response to detecting the user input to download the content, a download manager automatically, and without any additional user input, initiates a download of the content to a cloud storage database that is remote from the computing device.

Abstract: Download manager integration with a cloud storage platform is described. In one or more implementations, a web page is navigated to using a web platform. User input to the web page to download content referenced in the web page is detected. For example, the web page may include a download link that is selected by the user to download content such as a media file, word processing file, and so forth. In response to detecting the user input to download the content, a download manager automatically, and without any additional user input, initiates a download of the content to a cloud storage database that is remote from the computing device.

Abstract: Access and management control of browser annotations are described. In one or more implementations, a method is described to control and manage access to annotations made via a browser to transform a webpage. The method includes displaying the webpage by the browser executed by a computing device; receiving one or more inputs by the computing device via the browser as one or more annotations to the webpage; capturing an image of the displayed webpage and the one or more annotations that are made in relation to the display of the webpage by the browser of the computing device; and controlling access via the browser to the annotated webpage through use of the one or more annotations and the captured image of the webpage.

Abstract: Techniques for tagging and filtering of web content accessed via a web platform are described herein. Content items added to quick links data are automatically tagged with contextual metadata tags indicative of filterable properties of browsing activity. A request is subsequently received to access the quick links data and the quick links data is filtered to generate an arrangement of quick links in groups of related items. The user interface is configured with visual representations for each of the groups to expose the arrangement of quick links and facilitate user interaction to access content items through the web platform using the groups. For example, a quick link access page may be output to show filtered views of browsing history, bookmarks, and/or favorites in relevant groupings based on tags associated with content items.