Facebook, Inc.

Adobe, Inc.

Google Inc.

Amir Hussain Memon

Geoffrey Charles Dowd

Clark Phillip Donahue

Steven Jay Young

Aapo Kyrölä

Timothy A Stanke

Matthew Robert Mallozzi

Scott J Bratsman

Sajid Mahmood Siddiqi

Joshua Chaim Roberts

Ali Asghar Beyad

Distributing warehousing of products by receiving, by a distributed warehousing system, a first notification that a product was delivered to a first customer at a first location. The technology receives a designation of the delivered product for return, and then identifies a second delivery location for the designated product, the second delivery location being a location of a second customer. A second notification of pickup of the designated product from the first location is then received by the technology. The technology then directs delivery of the product to the second location, without an intermediate storage of the product at a brick-and-mortar distribution facility, in response to receiving the second notification, and receives a third notification that the product was delivered to the second location.

Distributed warehousing

Exemplary methods, apparatuses, and systems receive, from a first user device associated with a first user, location data representing a current physical location of the first user. A request for the current physical location of the first user is received from a second user device associated with the second user. In response to the received selection, the current physical location of the first user based upon the shared location data is transmitted to the second user device. A selection of a third party service is received from the second user device. The current physical location of the first user is transmitted to a server associated with the third party service within a request for the third party service to send the a service or product to the current physical location of the first user.

Executing requests for services using shared location data

In one embodiment, a method includes determining a first geographic location of a client computer of a first user, receiving one or more first meet-up preferences from the first user, and identifying a second user based on one or more notification rules and the first meet-up preferences. The second user may be associated with one or more second meet-up preferences. After sending a first notification to the client computer of the first user and a second notification to the client computer of the second user based on the first meet-up preferences and the second meet-up preferences, the method further includes receiving a first opt-in response from the first user, receiving a second opt-in response from the second user, and sending a first meet-up confirmation to the first user and a second meet-up confirmation to the second user.

Two-way meet-up notifications

Methods and systems for securely transferring assets via a cloud-based clipboard are provided. In an embodiment, input is indicating an asset is received from an input device at a computing device, which transmits to asset to cloud-based storage. The method stores a reference to a storage location of the asset in the cloud-based storage in the input device. The method receives, from the input device, a request for the asset at a second computing device, the request indicating the reference. The requested asset is retrieved from the cloud-based storage and rendered on the second computing device. The asset can be encrypted prior to transmission to the cloud-based storage and a decryption key for the asset is stored in the input device. In response to a request, the encrypted asset is retrieved and provided to a second computing device, where the asset is decrypted using the key from the input device.

Secure cloud-based clipboard for touch devices

In one embodiment, a method includes identifying a first node and a second node in a social graph. The historical location data is available for the first node and for the second node. The method also includes accessing one or more component metrics for computing a geo-metric. The geo-metric represents an assessment of a spatial commonality between the first node and the second node. The spatial commonalities are determined based on historical location data stored for the first node and historical location data stored for the second node. The method also includes accessing one or more coefficients each corresponding to one of the component metrics; calculating the geo-metric by applying the received coefficients to the component metrics and combining the component metrics; and providing the calculated geo-metric.

Geo-metric

Systems and methods are provided for transferring assets via a server-based clipboard. In one embodiment, an asset is stored on a server system. The asset is transmitted to the server system from a first application in response to a first input to the first application from an input device. A request for the asset is received from a second application in response to a second input to the second application from the input device. The second application is different from the first application. A rendering attribute is identified for the asset. The rendering attribute has a first value that is specific to rendering the asset via the first application. The rendering attribute is modified to have a second value that is specific to rendering the asset via the second application. The asset is provided with the rendering attribute having the second value specific to the second application.

Growing community of inventors

Fremont, CA, United States of America

Amir Hussain Memon