Amazon Technologies, Inc.

Alec Peterson

Jacob Adam Gabrielson

Marcin Piotr Kowalski

Nathan Dye

Kiran Kumar Meduri

Melissa Elaine Davis

Alireza Farhangi

Gavin Richard Jewell

Igor Spac

Alex Jennifer Tribble

Sairam Suresh

Brady Montz

Brian L Barker

Radu Weiss

Alexandr Moroz

Dana B Northcott

Gregory M DiBiase

Jon Heath Dixon

Jan Svab

Rasam Hafezi

Sean Meckley

Robert Martin Wise

Techniques are described for providing service availability zones for computing-related services provided by a cloud provider network. According to some embodiments, the use of service availability zones enables users to achieve greater availability assurance for workloads sensitive to downtime or outages. The sensitivity of such workloads to downtime may be due to financial, regulatory, safety, or other reasons. Such availability-sensitive applications may in some cases be configured to run in multiple regions of a cloud provider network to increase their availability compared to running in a single availability zone. However, for some applications, the implementation of an application across multiple regions may not be feasible or desirable. The use of service availability zones provides user-visible fault domains within a single region of a cloud provider network, thereby enabling users to readily and reliably achieve application layer availability of approximately 99.999% for a service within a single region.

Service availability zones for high availability workloads

An agent of a domain management intermediary service obtains a security key using a client credential indicated in a request for a read-write domain management operation. A registry credential is obtained using the security key, and the read-write domain administration operation is initiated using the registry credential. A separate read-only agent obtains the completion status of the read-write domain administration operation and provides the status to the client.

Domain management intermediary service

A scalable configuration management system manages distribution of data representing changes to configuration parameters in a network computing environment. The system uses a scalable pool of configuration management components to generate sequential update data for the configuration state of service providers, and distribute the sequential update data to service consumers. The service consumers can subscribe to and receive updates to the configuration state of service providers. In some embodiments, the system can provide snapshots of the complete current state of a service provider.

Streaming configuration management

A computing resource service provider may operate a secure proxy fleet within a content delivery network. The secure proxy fleet may protect sensitive data communicated between a client device and a backend service over one or more networks, for example, over the content delivery network to a computing resource service provider environment. The secure proxy fleet may protect sensitive data by encrypting the sensitive data before it is forwarded to a destination.

Secure data distribution of sensitive data across content delivery networks

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Lake Forest Park, WA, United States of America

Alec Peterson