Amazon Technologies, Inc.

Christopher Lawrence Lavin

Richard David Krog

Mario Vargas Adoc, Jr

Jeremy Stephen Hynoski

Anthony Warren Sajec

Michael Anthony Frazzini

Kerry Chang

Ethan Zane Evans

Ameesh Paleja

David Allen Markley

James Newton Adkins, Iii

Aaron Curtis Rubenson

Miguel Azancot Roque

Mekka Chibuisi Okereke

Tuan Duy Le

Jason Shih Shen Chein

Steven Eric Schiesser

Paul Allan Ryder

David M Isen

Antonio Bianco

Michael Thor Nelson

Mobeen Fikree

Ernist Robert Ramirez

Jim Liu

Jason S Chein

Yuriy Postrekhin

Disclosed are various embodiments for synchronizing application state information across devices. More specifically, embodiments of the disclosure are related to resolving conflicts between application state information. A synchronization rule, an event name and/or event value are embedded within application state information obtained from devices associated with a user, from which conflicts can be resolved by an application synchronization service.

Resolving conflicts within saved state data

Disclosed are various embodiments for synchronizing application state information across devices. More specifically, embodiments of the disclosure are related to facilitating idempotency of application state information. Idempotency is maintained by using a timestamp embedded within application state information and/or by determining that the application state information is associated with an accumulating value.

Idempotency of application state data

Disclosed are various embodiments for developing versions of applications based on application fingerprinting. For example, an application may be ported from one operating system platform to another, or an application may be modified to be compatible with a specific device. In one embodiment, an application fingerprint is received for an application. The application fingerprint may be generated based at least in part on a static analysis of the application and a dynamic analysis of the application. A device that is incompatible with the application based at least in part on the application fingerprint may be determined. A modification to the application to make the application compatible with the device may be determined.

Developing versions of applications based on application fingerprinting

Disclosed are various embodiments for synchronizing application state information across devices. More specifically, embodiments of the disclosure are related to generating and storing of application state information. Key-value pairs are stored on a client device and synchronized with an application synchronization service.

Management of application state data

Idempotentcy of application state data

Disclosed are various embodiments for providing updateable code to a software library executed in a client device. Updateable code includes scripting language code and potentially other content employed by a software library invoked by an application executed by a client device. Updateable code can be updated upon launch of the application and/or upon invocation of a call associated with the software library.

Updating code within an application

In various embodiments, static, dynamic, and behavioral analyzes may be performed on an application. A set of software libraries employed by the application may be determined. A set of device resources employed by the application may be determined. An application fingerprint is generated for the application. The application fingerprint encodes identifiers for the set of software libraries and identifiers for the set of device resources. Improvements can be recommended based upon an analysis of the application fingerprint.

Recommending improvements to and detecting defects within applications

Game scores are obtained and associated with tiers based at least in part on game scores. Also, social networking contacts who are also players of the game are identified. A scoreboard is generated that shows the tiers, rankings of a respective one of the players, and the social networking contacts who were identified.

Scoreboards for electronic games

Growing community of inventors

Seattle, WA, United States of America

Christopher Lawrence Lavin