Abstract: Techniques are described herein for efficiently and expeditiously performing key rotation and key replacement. In an embodiment, a key replacement request is received that specifies one or more key names of a plurality of key names. A location-to-key-name mapping that maps the plurality of key names to a plurality of encrypted-data locations is used to determine one or more encrypted-data locations that are mapped to the one or more key names. A first set of messages is generated where each message identifies a table that is associated with the one or more encrypted-data locations. The first set of messages is stored in a queue for processing by a first plurality of worker processes. Each worker process of the first plurality of worker processes retrieves a message of the first set of messages from the queue and generates a message of a second set of messages that identifies a subset of encrypted data records from the table identified in the message of the first set of messages.

Abstract: Techniques are described herein for performing key rotation and key replacement. In an embodiment, a request is received that specifies key names. A first set of messages is generated, where each message identifies a table that is associated with the encrypted-data locations, and stored in a queue for processing by a first plurality of worker processes. Each worker process retrieves a message from the queue and generates a second message that identifies a subset of encrypted data records from the table. Each second message is stored in a distinct queue which is assigned to a worker process of a second plurality of worker processes. Each worker process retrieves the message from the assigned queue, decrypts the subset of encrypted data records, re-encrypts the decrypted data records using a new encryption key that corresponds to a new key name, and stores the re-encrypted data records in a database.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: Techniques are described herein for efficiently and expeditiously performing key rotation and key replacement. In an embodiment, a key replacement request is received that specifies one or more key names of a plurality of key names. A location-to-key-name mapping that maps the plurality of key names to a plurality of encrypted-data locations is used to determine one or more encrypted-data locations that are mapped to the one or more key names. A first set of messages is generated where each message identifies a table that is associated with the one or more encrypted-data locations. The first set of messages is stored in a queue for processing by a first plurality of worker processes. Each worker process of the first plurality of worker processes retrieves a message of the first set of messages from the queue and generates a message of a second set of messages that identifies a subset of encrypted data records from the table identified in the message of the first set of messages.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: A first device may request that multimedia content be made available on a second device. The first device may send the request to a server. The server mat notify the second device of the multimedia content. Based on how quickly the server receives a request, from the second device, for the content, the server mat determine how to ingest the multimedia content from a content source. The server mat ingest the multimedia content in full or in part prior to sending the multimedia content to the second device.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.

Abstract: A content delivery server may allow users to redirect browsed content from one system to another. A user may install or activate a plug-in to a browser, such as an Internet browser, and the plug-in may be linked to the user's account on another service. As the user browses content from the browser, the user may select a command to cause the browsed content to be delivered to the other service, ingested by the other service, and made available to the user from the other service.