Microsoft Technology Licensing, LLC

Axon Enterprise, Inc.

Trevin M Chow

Erren Dusan Lester

Ismail Cem Paya

Lynn Ayres

Kok Wai Chan

Derek Lynn Jamison

Yordan Ivanov Rouskov

Rui Chen

Wei Jiang

Michael C Kunz

Nathan D Kile, Jr

Campbell D Gunn

Dilip Krishna Pai

Justin James Watkins

Colin Chow

Sanjeev M Nagvekar

Jennifer N Maertens

Mark Kar Hong Wong

Zachary Steven Emmel

Patrick W Smith

Tyler J Conant

Michael Bohlander

Raymond T Fortna

James Norton Reitz

Jeffrey Earl Steinbok

Pui-Yin Winfred Wong

Abraham Alvarez Zayas

Jacob Hershfield

Naresh Jain

Christopher N Peterson

Mark Wong

Melissa S Kersh

Avinash Belur

Kalyan Sayyaparaju

Matt Sullivan

Nathan A Grubb

Tamas Agoston Weisz

Zachary S Emmel

Josh D Benaloh

Ranjib Singh Badh

Raja Pazhanivel Perumal

Jason C Fluegel

Stephen J Purpura

Winfred Wong

Julien Couvreur

Herman John Man

Katrina M Blanch

Yong Lu

Lynn C Ayres

System and methods for aligning event data recorded by recording devices. Recording devices create, transmit, and store alignment data. Alignment data created by a recording device is stored in the memory of the recording device with a time that is maintained by the recording device and that is relative to the time of event data recorded by the recording device that creates the alignment data. Recording devices further receive and store transmitted alignment data. Alignment data received by a recording device is stored in the memory of the recording device with a time that is maintained by the receiving recording device and that is relative to the time of event data recorded by the recording device that creates alignment data. Stored alignment data may be used to align the playback of event data of devices that have the same alignment data.

Systems and methods for aligning event data

A file, including visual information or auditory information may be uploaded to a processing device. Respective portions of content of the file may be identified fin compressing and saving at respective bit rates. A number of component files may be created, compressed and saved, at the respective bit rates, based on the identified respective portions of content of the file. A network page, including a reference to the uploaded file, may be created. The reference to the uploaded file, in the page, may be replaced with references to the compressed, saved component files and the network page may be saved. A processing device of a user may request the network page and the compressed, saved component files. A reasonable facsimile of the file may be reproduced based on an aggregate of the compressed, saved component files.

Efficient size optimization of visual information or auditory information

Disclosed herein are methods for protecting user information on a client device that may have a plurality of users. A user interface with a public machine designation portion is presented to a user prior to the start of the authentication process. The public machine designation removes web service account descriptions and any user specific information stored on the client device. Also, the client device is prevented from storing any new user specific information that is provided to the client device. The public machine designation is a persistent feature that may only be disabled by an affirmative action from the user.

Persistent public machine setting

Embodiments of multi-user web service sign-in client side components are presented herein. In an implementation, the currently authenticated user account of a first application of a client is transferred to another application of a client. In another implementation, a common credential store is used to share data for a plurality of user accounts associated with a client between a plurality of applications of the client, and for the applications to output multi-user interfaces having portions corresponding to the plurality of accounts.

Multiuse web service sign-in client side components

Protecting a user against web spoofing in which the user confirms the authenticity of a web page prior to submitting sensitive information such as user credentials (e.g., a login name and password) via the web page. The web page provides the user with an identifiable piece of information representing a shared secret between the user and the server. The user confirms the correctness of the shared secret to ensure the legitimacy of the web page prior to disclosing any sensitive information via the web page.

Authentication of a server by a client to prevent fraudulent user interfaces

A file, including visual information or auditory information may be uploaded to a processing device. Respective portions of content of the file may be identified for compressing and saving at respective bit rates. A number of component files may be created, compressed and saved, at the respective bit rates, based on the identified respective portions of content of the file. A network page, including a reference to the uploaded file, may be created. The reference to the uploaded file, in the network page, may be replaced with references to the compressed, saved component files and the network page may be saved. A processing device of a user may request the network page and the compressed, saved component files. A reasonable facsimile of the file may be reproduced based on an aggregate of the compressed, saved component files.

Multiuser web service sign-in client side components

An integrated authentication service is described which may receive a bundled request from one or more clients. One or more of the described techniques may be utilized to provide, in response to a single bundled request, a token for proof of identity and a certificate for establishing secure communications.

Short-lived certificate authority service

Embodiments of multiple security token transactions are described herein. One or more of the described techniques may be utilized to provide, in a single request and response, an authentication token and a plurality security tokens for proof of identity at respective service providers.

Multiple security token transactions

Aggregation of product data provided from external sources of product data for presentation on an e-commerce website. A set of product data related to a product that is offered for sale in e-commerce is accessed and subjected to an aggregation process. The set of product data is mapped for aggregation with other sets of product data based on an existing mapping or on an absence of an existing mapping. Access is provided to an aggregated set of product data that includes the set of product data that is mapped for aggregation with other sets of product data, for presentation on an e-commerce website.

Aggregation of product data provided from external sources for presentation on an E-commerce website

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Redmond, WA, United States of America

Trevin M Chow