Amazon Technologies, Inc.

Microsoft Technology Licensing, LLC

Samuel Koppes

Joseph Patrick Masterson

Neal Myerson

Santosh Kalyankrishnan

Srikrishna Gali

Paul Lo

Ryan John Lohan

Julio Cesar Dos Santos Lins

Bharath Swaminathan

Sayali Suhas Deshpande

Curt Richards Carpenter

Anthony Quigley

Daryl Stephen Cooke

Courtney Ann Todd Campbell

Diane Diaz

Jeffery McRae

Luis Eduardo Colon

Romit Palit

Andrew John May

Techniques for defining a cloud Application Program Interface (API) event logging policy are described. A request is received to generate an organization-level event logging policy for an organization including a plurality of accounts within the cloud computing environment. Responsive to one or more inputs received through a provided graphical user interface, an organization-level event logging policy is generated defining conditions for logging cloud API events for one or more cloud APIs provided within the cloud computing environment. The organization-level event logging policy is applied to log cloud API events generated by the plurality of accounts. At least one cloud API event log entry is written to a data repository within the cloud computing environment, as specified by the organization-level event logging policy.

Automatic auditing of cloud activity

A resource management system of a computing resource service provider performs adoptions of virtual resource instances, such as virtual machine instances and virtual data store instances that were not instantiated as members of a logical container, into logical containers that are used to manage members of the logical containers as a group. Adopting such 'candidate' resources that were not generated from programmable infrastructure templates allows the resources to be managed in accordance with an infrastructure-as-code framework, alongside resources that are generated from such templates. A template for launching infrastructure instances may be modified to include an adopted resource definition describing the configuration of the adopted resource, so that management operations can be performed on the adopted resource together with the other members of the container. The system can generate an adopted resource definition from metadata of the adopted resource, to be included in the template or to validate the template.

Adoption of existing virtual computing resources into logical containers for management operations

A resource management system of a computing resource service provider supports the provisioning of multiple identical or substantially similar virtual computing resource instances using a single resource definition by creating a resource set entity to which the provisioned instances belong. The resource management system controls the provisioning based on a template containing the resource definition and designed to service a situation where the intent is to create a group of similar or closely-related resources. The group of instances (i.e., items in the resource set) can be dimensioned by specifying the size of the set, or by mapping the set to another set of keys associated with a different context. A resource set definition in the template can include a program expression that the system evaluates to produce a list of the keys, and the instances may be created based on the number of keys and their associated values.

Deployment of virtual computing resources with repeatable configuration as a resource set

An interactivity system is provided that tracks interactivity between a target entity and participant entities and identifies entities whose interactions satisfy an interactivity criterion. The interactivity system maintains for the target entity interactivity models between the target entity and each participant entity, with each interactivity model modeling the interactions between the target entity and that participant entity. The interactivity system dynamically updates the interactivity models as notification of interactions are received. Upon receiving a query that specifies an interactivity criterion, the interactivity system analyzes the interactivity models to determine whether the interactivity criterion is satisfied. When an interactivity criterion is satisfied, the interactivity system sends a response to the query indicating that the interactivity criterion is satisfied along with the identity of the entity that satisfies the interactivity criterion.

Identifying entities based on interactivity models

Growing community of inventors

Bothell, WA, United States of America

Samuel Koppes