Amazon Technologies, Inc.

Patrick Nicholas Denton

Jon Arron McClintock

John Elias Darrow

Kadirvel Chockalingam Vanniarajan

Ketan Ramesh Deshpande

Alexander Davidson

Benjamin Green

Assim Deodia

Kristen Lloyd Helton

Described are systems and methods directed to a multi-channel communication system that enables real-time or near real-time communication between two or more individuals, such as a patient and a clinician in which at least one of the individuals uses one device for audio/video communication and another device for exchange of data, such as annotated images. For example, a patient may utilize a patient device to communicate with a clinician via a first clinician device. In addition to the first clinician device, the clinician may also use a second clinician device to annotate and share visual data, such as templates or patient images, with the patient, without disrupting the audio/video communication between the patient device and the first clinician device.

Multi-channel communication sessions between patient and clinician

Techniques are described for applying data usage policies through data tagging. A metadata tag may be applied to data to indicate a type of the data. In some cases, the tag may be applied to the data when the data is decrypted, and the tag may propagate with the data as the data is passed between processes. A software module may include control logic that is configured to apply data usage policies based on the type tag of data. When the software module attempts an action on the data, such as storing or communicating the data, the control logic may access policy information. Based on the policy information, the control logic may allow the action, prevent the action, or allow the action to proceed on a modified version of the data.

Security policy application through data tagging

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Seattle, WA, United States of America

Patrick Nicholas Denton