273 results about "Content security" patented technology

In an exemplary embodiment, digital content is mastered as a combination of encrypted data and data processing operations that enable use in approved playback environments. Player devices having a processing environment compatible with the content's data processing operations are able to decrypt and play the content. Players can also provide content with basic functions, such as loading data from media, performing network communications, determining playback environment configuration, controlling decryption/playback, and/or performing cryptographic operations using the player's keys. These functions allow the content to implement and enforce its own security policies. If pirates compromise individual players or content titles, new content can be mastered with new security features that block the old attacks. A selective decryption capability can also be provided, enabling on-the-fly watermark insertion so that attacks can be traced back to a particular player. Features to enable migration from legacy formats are also provided.

A system and method of encrypting digital content in a digital container and securely locking the encrypted content to a particular user and/or computer or other computing device is provided. The system uses a token-based authentication and authorization procedure and involves the use of an authentication/authorization server. This system provides a high level of encryption security equivalent to that provided by public key/asymmetric cryptography without the complexity and expense of the associated PKI infrastructure. The system enjoys the simplicity and ease of use of single key/symmetric cryptography without the risk inherent in passing unsecured hidden keys. The secured digital container when locked to a user or user's device may not open or permit access to the contents if the digital container is transferred to another user's device. The digital container provides a secure technique of distributing electronic content such as videos, text, data, photos, financial data, sales solicitations, or the like.

Members of a social network (SNET) circle can share content with other members of SNET circle, members of the same SNET that are not members of the same circle, or send content to people or devices outside of SNET. Different levels of content security can be applied to the shared content, depending on who requests the content, the destination of the content, user preferences, content type, SNET, SNET circle, or other security parameters. Content can be tagged to limit the number of times it can be accessed, the length of time access is allowed, and to otherwise control redistribution. Content can also be protected by limiting host network access to the content, implementing SNET circle firewalls and virtual private networks, or transcoding content before allowing transmission to non-SNET circle or SNET members. Docking of devices into an SNET security circle can be restricted to properly secured devices.

A Personal Digital Key Digital Content Security System (PDK-DCSS) is used to protect computers from unauthorized use and protect the digital content stored on computers from being wrongfully accessed, copied, and/or distributed. The basic components of the PDK-DCSS are (1) a standard hard drive device, with the addition of a PDK Receiver/Decoder Circuit (PDK-RDC) optionally integrated into the hard drive's controller, and (2) a PDK-Key associated with the PDK-RDC. The PDK-Key and RDC technology is utilized to provide two categories of protection: (1) hard drive access control for providing Drive-Level and Sector-Level protection and (2) operating system-level independent file protection for providing File-Level and Network-Level protection.

The present invention relates to a method and a system for protecting data in a computer network. A device is placed on a network edge in such a way, that all outgoing data has to pass through it. Separately, a set of data that is not allowed to leave the network is defined and stored in a secure form (typically, one way hash). The device determines the network protocol, file type, transforms and normalizes the passing data, and seeks the presence of the data from the defined set. If a threshold amount of the protected data is present, the device takes one of the following actions: block, alert, log, redact, store, redirect, encrypt, notify sender.

Embodiments of the present invention provide a method, apparatus and system for the secure distribution of content such as audiovisual content in a way that prevents users from misusing the content and provides a mechanism for tracking pirated material back to the original location of misappropriation. A security device, in accordance with one embodiment of the present invention, incorporates encryption methods to insure the broadcast encryption key remains secure. A marking device, in accordance with one embodiment of the present invention, incorporates, for example, digital watermarking methods that attach to the content information to identify a location of origin of the misappropriation, such as a Set-top Box (STB) and/or smart card.

A system for securely communicating content as streaming data is provided. The system includes a closed network created on a public network, and a dedicated device for receiving twice-encrypted streamed content from the closed network. Upon authentication of the dedicated device, a content enabling component in the closed network twice-encrypts previously once-encrypted streamed content by using randomly selected encryption algorithms, and streams the twice-encrypted streamed content to the dedicated device during a closed network communication session and through a closed connection established between the closed network and the dedicated device. The dedicated device includes a content enabling component having a unique content enabling component identifier and a unique decryption key. The dedicated device decrypts the twice-encrypted streamed content by using its unique information and decryption key as well as randomly selected information received from the closed network during the closed network communication session and through the closed connection.

The invention provides a network identity authentication method based on the biological characteristic authentication of a third party on the Internet. The biological characteristics (fingerprint, human face, iris, lip membrane and so on) are used as the identity identification of the user, the user can obtain an authentication request from the third party by submitting the biological characteristic codes through a client terminal widget provided by the third party, the identity authentication is carried out through the request password process and the matching algorithm, the Internet identity authentication can be carried out through a fully cooperative website or an application program provided by a cooperative network in a self-help mode, the third party provides request interfaces containing the registration, verification, reset of the biological characteristics, binding information,etc., the third party needs not to know the name of the user in the cooperative website or the application program provided by the cooperative network, thus avoiding to obtain the other information of the user in the cooperative website or the application program provided by the cooperative network, the reliability at the service terminal and the communication safety among the three parties can be guaranteed through the complete active service request of the cooperative website or the application program provided by the cooperative network, the Cookie, SSL, multi-encryption, digital signature of the widget, user-defined words or pictures,etc.

The present invention is an apparatus for the money transactions required in the selling of merchandise or media content on the Internet and uses at least one in-person contact with the buyer. A predefined transaction originating at a real place of business authorizes access to web content or merchandise from a place off the web. Purchasers (end-users) must physically go to a retail location to choose the Internet media or merchandise shopping cart they wish to acquire where age can be verified if necessary and payment can be made with or without a credit card. Content security using a non-audible or invisible code signal sequence(s) can provide traceability as well as absolute anonymity for the purchaser. This apparatus can be used to conduct transactions off the web so that business can be done on the web.

A method for securing a content is disclosed. The method generally includes the steps of (A) generating a media key by decrypting a media key block based on a device key unique to a particular player of a plurality of players, (B) modifying the media key by decryption based on a class key such that the media key is unique for each of a plurality of subscriber classes, (C) writing an encrypted title key in a media by encrypting a title key based on both the media key after modification and a media identification value unique to the media and (D) writing an encrypted content in the media by encrypting the content based on the title key.

A system and method for providing telephonic content security service in a wireless network environment is described. A plurality of wireless devices interfacing over a network providing wireless telephonic services through a layered service architecture. Content security services are provisioned to the wireless devices via the layered service architecture. Each content security service is delivered through applications executing in a user layer on each wireless device. The provisioning of the content security services to each wireless device are supervised from a network operations center at which are maintained a master catalog of the applications and configured wireless devices list. Configuration of each wireless device is managed from a configuration client by consulting the master catalog and the configured wireless devices list and downloading the applications to each wireless device. The content security services are delivered as functionality provided through execution of the applications on each wireless device.

A secure key generating apparatus comprising an ID calculating unit receiving a primitive ID from a first storage device and calculating a first media ID, (a unique identifier of the first storage device), from the first primitive ID; a user authentication information providing unit providing user authentication information for authenticating the current; and a secure key generating unit for generating a first Secure Key using both the first media ID and the first user's authentication information. The Secure Key is used to encrypt/decrypt content stored in the first storage device. The secure key generating unit generates a first different Secure Key using a second media ID of a second storage device, and generates a second different Secure Key using second user's user authentication information. Only the first Secure Key can be used to decrypt encrypted content stored in the first storage device that was encrypted using the first Secure Key.

A method and system are directed towards enabling content security in a distributed environment. The system includes a data store for content associated with an application that may be tagged as exclusively memory resident at a client. The content may also be encrypted and digitally signed. When an authenticated client requests the content, it is provided at a constrained rate that enables a portion of the content to start execution on the client before the application associated with the content is completely downloaded. Additional portions of the content are provided to the client when the additional portions are required for execution by the application.

An embodiment of the invention discloses a network intrusion prevention method, device and system and a computer readable storage medium. The method includes: receiving a data packet, and subjecting the received data packet to protocol analysis; performing fire wall policy matching on the data packet subjected to protocol analysis, and processing the data packet by a matched fire wall policy; recognizing an application corresponding to the data packet, and processing the data packet according to an application access control policy corresponding to the recognized application; subjecting the data packet to content analysis, adopting a content obtained by analysis to obtain a content safety protection policy by matching, and processing the data packet by the content safety protection policy.After protocol analysis of the data packet, protocol and port detection is performed according to the fire wall policy, then application layer information is deeply read on the basis of application feature code recognition, and an application type is determined by comparison of analyzed application information with a background feature library.

A system, method, apparatus, and computer readable storage medium provide the ability to deliver media content in a secure manner in a computer system. A storage repository stores media content and marketing assets for the media content. A server computer is coupled to the storage repository and enabled to provide access to the media content and marketing assets via a website accessible on the Internet worldwide to a user. A digital advertising publicity repository (DAPR) enables an administrator to define first access rights for the user to access the website and second access rights for the user to access the DAPR.

A system is provided for securely downloading content to a mobile telecommunications device. The system includes a mobile application to enable the mobile telecommunications device to send a request for content identified on a telecommunication provider system. The system includes a content application maintained by the content provider to retrieve content and promote delivery of the content to the mobile telecommunications device. The system also includes a challenge component and a response component, the response component communicates with the mobile application and encodes a challenge data. The challenge component communicates with the content application. The challenge component sends the challenge data to the mobile application and decodes the challenge data received from the mobile application to validate the response for delivery of the content to the mobile application.

A system for appending security information to search engine results, including a search engine for locating, in a computer network, web pages that include at least one designated search term, for issuing a security analysis request to a content security scanner to assess at least one designated web page for potential security risks, and for preparing a search results summary that includes links to the located web pages and security assessments for the located web pages, a client computer communicatively coupled with the search engine for issuing a search request with at least one user designated search term, to the search engine, and for receiving the search results summary from the search engine, and a content security scanner communicatively coupled with the search engine for assessing security of content in at least one designated web page. A method and computer-readable storage media are also described and claimed.

The invention provides a video steganalysis method based on partial cost non-optimal statistics. A fundamental principle of producing a motion vector is deeply excavated in the steganalysis method. The video steganalysis method based on the partial cost non-optimal statistics starts from the local optimum characteristics which should be kept and produced by the motion vector, and thereby the steganalysis method is enabled not to be limited to a particular video coding standard and a coding tool, is applicable to video encoding formats adopting interframe prediction technology such as moving picture expert group (MPEG)-2, MPEG-4 and H.264 and has good and wide generality and a high detection accurate rate. The video steganalysis method based on the partial cost non-optimal statistics can be applied to national security, army, government and enterprise sectors, achieves effective detection and monitoring of video content security, prevents illegal personnel from transferring intelligence information with a large data amount through video data and has important research significance and application values for ensuring the national intelligence safety, preventing enterprise confidential information from being revealed and the like.

The invention relates to a website monitoring pre-warning method, mainly adopts Java and Flex which are vanward in the industry to intelligently analyze and excavate various content information of a website. The method comprises the following steps: analyzing invisible web links, content variation, performance monitoring and DNS analyzing time of the website to be monitored, and website download time; reporting the information to a user to monitor a network environment in a real-time manner; when the website changes, generating a thumbnail of the website to local, and displaying the thumbnail in a 3-dimensional image wall of a system; sending the website variation to the user in forms such as mails and short messages to ensure network safety; evaluating the content security of the whole website through a network crawler; utilizing the Flex and combining a browser. The website monitoring pre-warning method provided by the invention has the advantages that the operation efficiency is high; the cost is reduced greatly; the user has a larger selection space while selecting similar website pre-warning products.

An approach is provided to automatically classify and handle data. The approach is implemented by an information handling system. In the approach, data is received, from a sender, at a content management system. When the data is received, the system automatically utilizes an artificial intelligence (AI) engine (e.g., IBM Watson, etc.) to perform an unstructured information analysis using a pre-existing knowledge base. The result of using the AI engine is an identification of a confidentiality level of the data. The approach further performs an action based on the identified confidentiality level of the data.