Google Inc.

Ebay, Incorporated

Louis Perrochon

Arturo Crespo

Georges R Harik

John Piscitello

Thomas Alan Nielsen

Benjamin Chan-Bin Ling

Timothy M Dierks

Catherine Caroline Lacavera

Senthil Kumar Padmanabhan

Chuck Qun Zheng

Methods, systems, and computer programs are presented for optimizing data delivery for a User Interface (UI) to a plurality of device types. One method includes operations for receiving at a server a request for an update to the UI of a client device, and for determining, by an orchestrator at the server, modules associated with the request, each module being presented on the UI. Further, the method includes operations for invoking domain services based on the determined modules (each domain service returning respective domain service data), and for synthesizing the domain service data to generate module data for each module. The synthesizing includes selecting from the domain service data and combining the selected domain service data to generate the module data. The module data is transmitted to the client device for all the modules, the module data being processable by the client device to update modules of the UI.

Optimization of user interface data transmission for a consistent multi-platform experience service delivery

An electronic commerce system includes a broker that enables customers to purchase items from merchants. A customer interacts with the merchant to identify items to purchase, and the merchant directs the customer to the broker in order to complete the transaction. The broker receives a description of a virtual shopping cart generated by the merchant and presents the customer with an interface allowing the customer to select shipping and other options for the purchase. The broker calculates a total amount for the transaction based on the shopping cart description and the options selected by the customer. The broker informs the merchant of the purchase and coordinates the shipment of the purchased items from the merchant to the customer.

Distributed electronic commerce system with centralized point of purchase

A restricted web site has features that are selectively exposed to clients. A screening web site interacts with clients and collects data about the clients using passive and/or active techniques. The screening site generates a token for the client, and includes data in the token identifying the token and describing the client. The token is encoded in a cookie and saved in the client's web browser. The client subsequently provides the token to the restricted site. The restricted site validates the token to ensure that it is legitimate, has not expired, and has not been used before. The restricted site selects one or more features to provide to the client based on the data about the client in the token and/or on other information. If the client does not present a token or the token is invalid, the restricted site does not expose any features to the client.

Providing selective access to a web site

An electronic commerce system includes a broker that enables customers to purchase an item from a merchant, where one or more merchants provide bids to sell the item to the customer. In one embodiment, the broker can sell the item to the customer for a defined price determined based on pricing criteria, and then accept bids from merchants offering the item for sale to select a merchant to provide the item based on selection criteria. In another embodiment, the bidding is done in real time before the item is sold to the customer. The broker selects a merchant out of the merchants providing bids, and the broker quotes a price to the customer. Once the customer has agreed to pay the price, the broker can sell the item to the customer. The broker manages the completion of the transaction and payment of the merchant.

Distributed electronic commerce system with merchant bidding for sales of items

A micro-payment system has buyers, sellers, and a broker. The buyers establish accounts with the broker and provide payment information allowing the broker to invoice the buyers. The sellers establish accounts with the brokers and specify terms for accessing items, including electronic content, available from the sellers. The sellers also provide payment information that allows the broker to credit the sellers for sales of the items. The broker aggregates the buyers' micro-payment purchases and invoices the buyers. The broker also aggregates the sellers' micro-payment sales and credits the sellers.

Micro-payment system architecture

An electronic commerce system includes a broker that enables customers to purchase items from multiple different merchants. A customer interacts with the merchants to identify items to purchase, and the merchants send descriptions of the items to the broker. The broker maintains a virtual shopping cart that stores the items received from the different merchants. The customer can purchase the items in the shopping cart in a single purchase transaction with the broker. Further, the customer can publish a reference that identifies the shopping cart and invite other customers to purchase the items in the cart via the broker.

Distributed electronic commerce system with centralized virtual shopping carts

An electric commerce system includes a broker that enables third parties to create their own independent shopping carts including items from multiple different merchants. An agent creates and stores a shopping cart containing a plurality items from one or more merchants. The customer can view the shopping cart displayed by the agent to determine whether to make a purchase. If the customer indicates a desire to purchase the items in the cart, the customer is transferred to a broker for the checkout and purchase process. The customer can purchase the items in the shopping cart in a single purchase transaction with the broker, rather than having to deal with each of the merchants. The broker interacts with the merchants to complete the purchase transaction by which the customer buys the items in the cart.

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Mountain View, CA, United States of America

Louis Perrochon