Google Inc.

Acante, Inc.

Abhishek Das

Srinivasan Venkatachary

Trystan G Upstill

Jack Wright Menzel

Bin Liu

Shravya R Shetty

Anna Lynn Patterson

Ulas Kirazci

Udayakumar Srinivasan

Ankit K Jain

Brendan D Burns

Dhruv Hemchand Jain

Sarangan Rangachari

Advait Abhay Dixit

A validating service of a plurality of services that compose an application receives a security token that identifies an entity that has submitted a transaction to the application, the security token indicating that the entity is authorized to submit the transaction to the application. The validating service obtains a transaction identifier that uniquely identifies the transaction. The validating service sends, to a collector service, the transaction identifier and data derived from the security token that identifies the entity. A downstream service receives input data associated with the transaction, the input data including the transaction identifier. The downstream service accesses an information source to obtain information. The downstream service sends, to the collector service, the transaction identifier and metadata about the information.

Sensitive data classification for micro-service applications

The present disclosure describes a data indexing and search service that resides locally on a computing device (e.g., a mobile phone) and that can host data for multiple applications on the device. By centralizing the storage of data as well as the search and query functions, unified search queries can be performed by the service.

Unified searchable storage for resource-constrained and other devices

A method includes receiving a query that is unstructured for a plurality databases; determining a service requirement fulfilled by the databases from the terms of the query; determining, for each of the databases, a service requirement score for the database; selecting one of the databases based on the service requirement scores; determining, from the query, parameter values for the service requirement; providing the parameter values for a search operation for the selected database and receiving database search results responsive to the parameter values and the search operation; determining, from the database search results, a search constraint for the search query; revising the search query to include the constraint and providing the revised search query to a search engine; and providing search results identifying resources that the search engine determined to be responsive to the revised query.

Resource identification from organic and structured content

A method includes receiving a query that that is unstructured for a plurality databases; receiving data identifying resources that are determined to be responsive to the query, each resource associated with a search score that defines a respective position of the resource in an order of responsiveness to the query; determining, a service requirement from the terms of the query; determining, for each of the databases, a service requirement score for the database; for each resource that is associated with one of the databases, adjusting the search score based on the service requirement score for the database; generating search results, each search result identify a corresponding resource that was determined to be responsive to the query, and the search results being ordered according to the respective search scores and adjusted search scores of the resources.

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San Francisco, CA, United States of America

Abhishek Das