Mediaip, Inc.

Amazon Technologies, Inc.

Joseph Paul Zipperer

Andrew Bruce Dickinson

Kirk Arlo Petersen

Kim J Hansen

Steven King

Mark P Hahn

John Calixto

Daniel V Bolstad

Valiant Seu

David W Hostetter

A method and apparatus for rate limiting network traffic are provided. A plurality of network devices may receive network traffic and route the network traffic to a destination. Rate limits may be imposed on the output rate of the plurality of network devices. The rate limits may be adjusted as the flow of the network traffic changes.

Rate limiting of network traffic

Functionality is disclosed herein for regulating bandwidth that is available for network traffic flowing through a data communications network. In response to attack traffic being detected, one or more traffic regulators are set to control an available bandwidth to be used by the attack traffic. The one or more traffic regulators are adjusted until an attack is no longer detected. After the attack ends, the traffic regulator may be disabled or set to a different mode of operation.

Dynamic traffic regulation

Functionality is disclosed herein for dynamically deploying an upstream network traffic filter in a network. The upstream network filter is dynamically deployed in a location that is closer to an entry point of an attack such that attack traffic reaches the upstream network filter before reaching a network traffic filter that is configured to perform network traffic filtering for a computing resource that is under attack. The upstream network traffic filter includes rules that are based on at least a portion of the rules that are applied by the network traffic filter.

Dynamically deploying a network traffic filter

A system and a method are disclosed for quickly and securely transferring media files to an SD card from a kiosk. The kiosk includes a customer interface module for receiving a selection of a media file to transfer, a transaction module for accepting payment, a media file processing module for preparing the media file to be written to the SD card, and a high-speed secure SD card writer that can write to both an unsecure area and a secure area of the SD card. All data is written to the unsecure area before data is written to the secure area to improve speed. Optionally, the kiosk includes a firmware update module for distributing firmware updates through the SD cards, and the ability to play previews to attract customers and entertain them while transferring media files to the SD card.

High-speed secure content transfer to SD card from kiosk

Personalized access controls associated with digital media are provided. The system records access controls associated with specific digital media assets in a digital library and creates policy decisions regarding use of the asset based on these settings. Data management for the access controls is also specified, including on an individual and group basis.

Access controls for known content

A disclosed system, method and computer readable storage medium includes downloading digital media content from a kiosk to a flash media or other secured portable memory or drive. User service information is also downloaded from the kiosk to the flash media that identifies a streaming service from which the user may also receive content. When the flash media is connected to a playback device, if the device is not connected to a network, the content is played back from the flash media. If the playback device is connected to a network, the streaming service is accessed using the user service information, and the streaming service streams the content to the playback device. In one implementation, the streamed content is of a higher quality (e.g., a high definition version) of the content that was downloaded to the flash media from the kiosk.

Content and identity delivery system for portable playback of content and streaming service integration

A system (and method) to update content of a secure area of a secure digital (SD) card is disclosed. The system performs a first authenticated key exchange to access the secure area of the secure digital memory. The system reads content from the secure area in response to successful performance of the first authenticated key exchange. The system modifies the content in a memory of a computer system. The system performs a second authenticated key exchange to access the secure area of the secure digital card in preparation to write to the secure area of the secure digital memory. The system then writes modified content to the secure area of the secure digital memory in response to successful performance of the second authenticated key exchange.

Read and write optimization for protected area of memory

A system (and a method) are disclosed for generating a virtual secure digital (SD) card. One embodiment detects an SD card and reads a media key block and media identification for the SD card. The system stores the media key block and the media identification. The system creates a file system for secure data on a storage device for storage of secure data corresponding to a secure data area of the SD card and creates a file system for user data on the storage device for storage of user data corresponding to a user data area of the SD card. In addition, the system uses the virtual secure digital (SD) card. The system determines if the virtual SD card is provisioned and provisions it if not. The system accesses the data stored in the secure area of the provisioned virtual SD card. The system extracts the data from the secured area of the provisioned virtual SD card.

Growing community of inventors

Seattle, WA, United States of America

Joseph Paul Zipperer