Abstract: Examples of password integrity scoring are described. In an example, an integrity score for a password may be determined based on a comparison of the password with a set of passwords for multiple users stored in a database. In some examples, the set of passwords may include in-use passwords and previously-used passwords for the multiple users. In some examples, the password may be stored into the database for scoring future passwords.

Abstract: Disclosed herein is a consent management (CM) technology that facilitates the tracking of consented data transactions with customer-consent data records by an agency. A consented data transaction includes an action requested to or actually performed on or with a customer-consent data record of a particular customer of the agency. The customer-consent data record contains sensitive personal information (SPI) of and/or about the particular customer. With this technology, the agency's CM system may provide evidence of all consented data transactions with the customer-consent data record to, for example, government regulators and to the customer herself.

Abstract: Examples relate to providing selective access to resources. In one example, a computing device may: receive, from a client application, a request to access a first resource server, the request including a client access token; identify a first set of permissions specified by a client topology, the client topology specifying: the first resource server; the first set of permissions for accessing, by the client application, the first resource server; a second resource server; and a second set of permissions for accessing, by the first resource server, the second resource server; provide the client application with a first access token specifying the first set of permissions and the first resource server; receive, from the first resource server, a request to access the second resource server, the request including the first access token; and provide the first resource server with a second access token specifying the second set of permissions.

Abstract: Monitoring an availability of a dynamically scalable web application having a plurality of microservices deployed on groups of servers each fronted by a load balancer. Examples include retrieving access log data entries from each load balancer, with the access log of each load balancer including a data entry for each HTTP Request received by the load balancer for the web application, each data entry including a Timestamp, an HTTP URL, and an HTTP Method of the HTTP Request, and a status code of a corresponding HTTP response, and with each microservice having a corresponding HTTP URL/HTTP Method pair. An availability of each microservice is determined based on the status codes of HTTP responses corresponding to data entries having HTTP URL/HTTP Method pairs corresponding to the microservice.

Abstract: Monitoring an availability of a dynamically scalable web application having a plurality of microservices deployed on groups of servers each fronted by a load balancer. Examples include retrieving access log data entries from each load balancer, with the access log of each load balancer including a data entry for each HTTP Request received by the load balancer for the web application, each data entry including a Timestamp, an HTTP URL, and an HTTP Method of the HTTP Request, and a status code of a corresponding HTTP response, and with each microservice having a corresponding HTTP URL/HTTP Method pair. An availability of each microservice is determined based on the status codes of HTTP responses corresponding to data entries having HTTP URL/HTTP Method pairs corresponding to the microservice.

Abstract: Examples relate to providing selective access to resources. In one example, a computing device may: receive, from a client application, a request to access a first resource server, the request including a client access token; identify a first set of permissions specified by a client topology, the client topology specifying: the first resource server; the first set of permissions for accessing, by the client application, the first resource server; a second resource server; and a second set of permissions for accessing, by the first resource server, the second resource server; provide the client application with a first access token specifying the first set of permissions and the first resource server; receive, from the first resource server, a request to access the second resource server, the request including the first access token; and provide the first resource server with a second access token specifying the second set of permissions.

Abstract: A client computing device has a document-editing application program to edit a document. The document issues a request to access external data stored on an external source for inclusion within the document. A client-side external data component at the client computing device receives and routes the request to access the external data from the document and returns the external data responsively received to the request back to the document for inclusion within the document. A server-side external data component at a server computing device receives from the client-side external data component the request to access the external data, routes the request to the external source, and returns the external data responsively received to the request back to the client-side external data component.