Amazon Technologies, Inc.

Samer A Sarhan Hussein

Apoorv Naik

Kent V Lam

Michael Alan Pogue

Andrew Dean Christian

Shuangqing Yuan

Ali Tootoonchian

Mark Lawrence

Nitin Arora

Zenon Harley

Matthew Williams

Victor Daniel Bazan

Sergii Kovba

Shubhashri Mohanty

Jnana Prasanna Panuganti

Systems and methods for automated temporary device connectivity include receiving data requesting that a first device be associated with a second device and generating a request for an identifier of the second device to be associated with the first device. This request may be sent to an enterprise system and the second identifier may be received from the enterprise system. Data authorizing the first identifier to be associated with the second identifier for pairing purposes may be generated and stored. An indication may be received that the first device has moved within a threshold range of the second device and commands may be sent to cause the first device and the second device to enter a pairing mode.

Automated temporary device connectivity

Systems and methods for selective on-device latency reduction include receiving data requesting that an application associated with a user device be utilized and identifying on-device functionality enabled for the application. Data may be generated that includes a subset of content associated with the on-device functionality and is configured to be utilized by a device in the environment to perform the on-device functionality. This data may be sent to the device in question and may configure the device to process input data associated with the on-device functionality and utilize commands associated with the subset of content based at least in part on processing the input data with the on-device functionality.

Selective on-device latency reduction

Systems and methods for contextual device pairing are disclosed. For example, when certain user input indicating intent to cause a first device to transition to a pairing mode is received, the first device may broadcast a non-bondable signal with an identifier of the first device. When a second device receives the non-bondable signal, that second device may send response data, which may be received at the first device. The first device may analyze the response data to determine whether a context associated with the first device and/or the second device indicates desirability to transition to the pairing mode.

Contextual device pairing

Systems and methods for low latency audio data pipelines are disclosed. For example, a software enabled access point is established for direct wireless communication between a microphone device and an electronic device. Additionally, an audio data processing pipeline that bypasses default data processing of an operating system stack of the electronic device is utilized. The audio data processing pipeline includes minimal audio data processing that writes audio data directly to hardware components for output of corresponding audio.

Low latency audio data pipeline

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Foothill Ranch, CA, United States of America

Samer A Sarhan Hussein