129results about How to "Prevent piracy" patented technology

An anti-piracy system for remotely served computer applications provides a client network filesystem that performs several techniques to prevent the piracy of application programs. The invention provides client-side fine-grained filtering of file accesses directed at remotely served files. Another technique filters file accesses based on where the code for the process that originated the request is stored. Yet another technique Identifies crucial portions of remotely served files and filters file accesses depending on the portion targeted. A further technique filters file accesses based on the surmised purpose of the file access as determined by examining the program stack or flags associated with the request. A final technique filters file accesses based on the surmised purpose of the file access as determined by examining a history of previous file accesses by the same process.

Content data encrypted with a content key, the content key encrypted with an individual key specific to an information sending device, and the individual key encrypted with a distribution key that is updated in a predetermined cycle, and supplied are sent to an information receiving device, and the information receiving device decrypts the individual key with the distribution key, decrypts the content key with the individual key, and decrypts the content data with the content key. Thus, the information sending device does not have the distribution key, and accordingly piracy of content data can be prevented with a simple configuration. Also, the information receiving device sends the content key and a playback command to other apparatuses. Thus, other apparatuses can play back contents using the playback command and the content key. Furthermore, the information sending device decrypts the content key with the distribution key before being updated, and stores the same. Thus, contents purchased by an advance order can be actually purchased regardless of expiration dates of the distribution key. Furthermore, usage right is passed from a first information receiving device to a second information receiving device different in registration information at the tome of using contents. Thus, contents can be used among information receiving devices different from each other in registration information.

A network, a system and a method distribute digital media from a substation and/or a server to a set-top box of a subscriber. The digital media is requested, is accessed and/or is transferred from the substation and/or the server to the set-top box via one or more nodes and/or one or more node clusters. The subscriber may utilize an interactive means in conjunction with the set-top box to access, to request, to receive and/or to display the digital media via a communication medium and/or a connection line. One or more nodes and/or one or more node clusters connect a central office to the substation. The digital media is stored in a server farm of the central office which is accessed by one or more nodes and/or one or more node clusters. The digital media is transmitted and/or is distributed to the set-top box via the communication medium, the connection line one or more of the nodes and/or one or more of the node clusters. The subscriber access, displays and/or views the digital media via the set-top box, a display monitor, one or more input devices and/or one or more output devices.

The invention discloses a multimedia integration method based on user trajectory, which comprises the following steps: 1, establishing an index structure of space region data in the scene; 2, establishing an index structure for monitoring the video data; 3, collecting the user moving trajectory; 4, receiving user-shot picture data; 5, searching multimedia content according to the user moving trajectory; and 6, integrating the multimedia content. With the user moving trajectory in the scene as a centre, the new digital content is formed by associating with the relevant multimedia data. The user behaviour track is realized in the security field, the invention has wide application in the aspects, such as creating a personalized tourist commemorative video in a scenery area.

A system for monitoring licensing eligibility of a computational component, the computational component being associated with a unique identifier, is provided. The system comprises (i) an input and/or interface 120 operable to receive a request to authorize operation of at least part of the computational component; (ii) a memory, such as licensing database 128, comprising licensing database information associated with the identifier, the information comprising a licensing state indicator; and (iii) an activator, such as remote feature activator 112, operable to (a) authorize operation of the at least part of the computational component when the licensing state indicator has a first state and (b) not authorize operation of the at least part of the computational component when the licensing state indicator has a second state other than the first state.

The invention relates to the field of computer safety, in particular to a method for protecting application programs in an Android system. By carrying out encryption transformation on a plurality of method instruction codes of JAVA objects to be protected, encrypted method codes are subjected to real-time decryption operation according to the calling requirement when the programs operate, so that the application programs are difficult to subject to decompilation and static analysis, and therefore, the effective protection on the JAVA programs in the Android system is implemented.

The present invention relates to a method and system for client-side interacting with a server-side web application in a web-based client-server environment, in which a client-side web browser is used as a user interface for displaying web pages sent by the web application within a browser application frame and for converting events triggered by one or more user actions within said application frame into a request directed to said server-side web application, wherein an executable program object for example a Java Script is used at the client side as a part of the client-side web application user interface.

A software program is configured in accordance with a software aging process such that one or more files generated by the program are at least partially encrypted using a cryptographic key associated with a current time interval for which the files are generated. The cryptographic key may be a symmetric key used for both encryption and decryption operations, such that cryptographic key used for encryption in a given interval is also required to decrypt files encrypted during that interval. Periodic updates of the software program are provided to a legitimate user of the software program, with a given one of the updates including a different cryptographic key associated with a subsequent time interval. The cryptographic key associated with a particular one of the time intervals may be common to each of a set of legitimate copies of the software program that have received the corresponding version of the periodic update. The variation of the cryptographic keys from one interval to another discourages unauthorized use of the software program by deliberately requiring both legitimate and illegitimate users to request unusually frequent updates, thereby substantially increasing the tracing and prosecution risks borne by software pirates.

The system to prevent stealing of the soft/hard ware with communication function comprises: the terminal soft/hard ware with an ID number, the server of management center to store basic and register information of every ID number, a WEB server, a client for after service with terminal soft/hard ware, and the communication network between client and servers. Wherein, the terminal hardware sends register information to management server and obtains returned ACK demand to start work. This invention can send lock demand to terminal soft/hard ware to disable opposite function and track communication number to anti false.

The invention discloses a software protecting, authorizing and registering method. The software protecting, authorizing and registering method comprises the following steps: receiving verification information sent out during user registration and verifying; if the verification is successful, obtaining client key information and hardware feature codes of a user; carrying out integrated coding in accordance with custom arithmetic and according to the client key information and the hardware feature codes, product ID, product authorization and MD5 check codes, generating authorization information by obtained codes through asymmetric cryptographic algorithm and sending the authorization information to a corresponding user side. The method provided by the invention can protect product intellectual property, limit unauthorized use of software products, can effectively prevent piracy and avoid business loss, further can support rich and flexible authorized packaging and pricing mechanisms, can achieve high efficiency and low cost software distributing and delivering, and further can be used for comprehensive analysis to software product selling, marketing and customer conditions.

The invention provides an Android platform executable program encrypting method. The Android platform executable program encrypting method comprises the steps of, firstly, packaging APK (Android package) files into encrypted APK files through a package tool; secondly, performing run-time encryption and decryption in a mode of API (application programming interface) interception and replacement. The Android platform executable program encrypting method can avoid decompilation, tempering and pirate of APKs, thereby protecting the interests of program developers.

The invention discloses a digital copyright protection method based on a block chain technology. The digital copyright protection method comprises a digital copyright protection model based on the block chain technology and a copyright protection protocol. The digital copyright protection model comprises a user, a Web client, a block chain server and a block chain network. A user registers and identifies through the Web client, generated transaction information Tx is processed through the block chain server, and information consensus is carried out through a consensus mechanism of the block chain network; the copyright protection protocol comprises a digital copyright registration sub-protocol and a digital copyright transfer sub-protocol. Information leakage cannot be caused even if the scheme is attacked; according to the method and the system, piracy and copying behaviors of the digital works are prevented, malicious users cannot perform camouflage attacks, piracy infringement behaviors can be solved, the real uniqueness of the digital works is ensured, and the calculation cost of a Simhash (locality sensitive hash) algorithm is greatly reduced.

The invention discloses a method and a system for encryption protection of video files. The method includes firstly, encrypting the video files by the default encryption algorithm; secondly, storing the encrypted video files and file IDs (identities) to an authorization center, and generating a certificate; thirdly, sending the identity of a user to the authorization center to be verified, and requesting the certificate of the video files after the encrypted documents are acquired by a terminal; and fourthly, acquiring the certificate by the terminal after verification passes, and decrypting and playing the encrypted video files by utilizing a secret key included in the certificate. By the method and the system for encryption protection of the video files, protection of copyrights of digitized audio and video program contents can be reinforced, safe propagation of digitized video contents is guaranteed, and piracy is avoided.

The invention is suitable for the field of middleware copyright protection, and provides a copyright protection method and device for an STB (set top box) middleware. The copyright protection method for the STB middleware comprises the following steps of: acquiring a medium access control address of an STB; generating a check code corresponding to the medium access control address; writing the medium access control address and the corresponding check code into the STB; and checking the medium access control address and the corresponding check code so as to activate the middleware. According to the copyright protection method and device for the STB middleware, middleware manufacturers accurately know the shipment of the middlewares used by middleware integration manufacturers, so that the use cost of the middlewares is accurate and flexible to determine, therefore the pirate phenomenon can be effectively prevented.

A design method and network architecture for an integrated copyright management mutual server belong to the computer field. The network architecture includes an authority server: providing copyright customization services; the Peer side applies to the authority server for purchase, and the authority server deducts fees and issues authority certificates; certificate server: issues identity certificates to P2P clients; user server: responsible for providing user login verification , password modification, personal account recharge service; multiple user nodes; database server: provide data storage support function, used to support intelligent nodes and authority servers, provide network information, user information data storage, query analysis. In this design method, DRM is built into a module of P2P downloading software; the DRM module is divided into applying for a personal identity certificate; viewing the authority list; purchasing authority certificate; these three parts interact with the authority server and the certificate server. The invention realizes high-speed download and upload in the P2P network, and also integrates the DRM authentication and decryption function.

The invention provides a software installation control method and system based on cloud computing, relates to the technical field of cloud systems, wherein the method comprises the following steps: obtaining a user equipment identifier or a user identifier; querying the software installation authority of the user equipment identifier or the user identifier, obtaining a software identifier matched with the authority of the user equipment identifier or the user identifier; transmitting the software identifier to user equipment corresponding to the user equipment identifier or the user identifier, displaying the software identifier by the user equipment through a human-machine interface; responding a selection instruction input by the user through the human-machine interface, determining a software data packet designated according to the selection instruction, and transmitting the software data packet to the user equipment. According to the invention, the installation software is managed in a unified way on a server side, the corresponding installation authority is set for the terminal equipment or user identifier, so as to avoid the piracy, viruses and other risks caused by personal download and installation, and help IT support departments of enterprises to deploy and manage the software.

An active virtual environment for the identification and distribution of content and other resources according to digital rights. A network of brokers manage and provide access to a nodes containing virtualized set of resources and services. The resources and services are granted to requesting users who have appropriate licensed rights (or have accounts sufficient to pay for those rights upon request). A digital rights manager is configured to approve requests based on existing rights and/or approve request based on an appropriately configured account with sufficient balance or credit to acquire those rights when requested. The user requests are made from user devices connected to a world-wide network.

This invention belongs to the technical field of computer operating systems, particularly in relation to a design method of the software, which will run interoperability in a single operating system, but at first this software ran in many operating systems. The design method of this invention is a single-core model structure with multi-interfaces, it founds a core service system with coordinate different operating system, which bases on the new invented core; when running apply program, it will distinguish this program belonging to which type of operation system's program according reading the head of file to check the type or format of this file, and then transfer relevant core service, thereby it settle the problem of interoperability of single operation system. The space interoperability system redesigned, reintegrated, redeveloped basing on opening original code, can run the program from Windows and Linux operation system synchronously. The realization of this interoperability technology doesn't only reduce the cost, but also has a better practicability and spread applied worth.

A safety monitor system for cable TV network is composed of station equipment and user's network terminals. The station equipment consists of mixer and cable TV transmitter. The user's network terminals comprise trunk amplifiers, user's amplifiers, intelligent branch distributors and user's TV receiver sets. The mixer is connected via FM broadcast modulator to an encoder for transmitting synchronizing signals of encrypted data.

The present invention provides VoIP authentication in 4G VoLTE, and also provides an extra authentication method of VoLTE for achieving communication security. The key point of the extra authentication method of VoLTE is: when a 4G mobile phone is turned on for the first time, a security registration sequence number will be random generated by the 4G mobile phone, and sent with IMSI and IMEI through TLS to an account assignment server for comparison and storage. Thereafter the account assignment server sends an account and a password in a database corresponding to IMSI to the 4G mobile phone, and then the 4G mobile phone conducts VoIP authentication with a SIP server for standby or communication.

A system is described for uniquely mating components of a communication network such as a smartcard and a set-top box. When mated, the smartcard and set-top box are tied together and have a single identity. Further, the smartcard operates properly only when inserted into an authorized set-top box. Exchanges of information between both components are secured by encryption and authentication to guard against piracy of the exchanged information. The system provides the same authentication key to the set-top box and the smartcard. This key is used for authenticating communication between the set-top box and the smartcard. First, the authentication key is encrypted by a set-top box mating key. The set-top box employs this mating key to decrypt the authentication key. After it is derived, the authentication key is stored in the set-top box's memory. Further, the same authentication key is encrypted by a smartcard mating key. Thereafter, the smartcard employs the smartcard mating key to extract the authentication key. The clear authentication key is stored in the smartcard's memory as well. In this manner, the authentication key is used for securing all communication between the set-top box and the smart-card. For example, the set-top box may request control words from the smartcard. Only after authenticating the request, are the control words for decrypting digital content provided to the set-top box. If the smartcard authentication key is different from the set-top box key, the request for control words is denied.

The invention belongs to the watermark technical field and discloses a hierarchical watermark adding method and system. The method includes the following steps that: watermarks of at least two levels are added into acquired original data, so that target data required by a user can be generated; and in a process in which the watermarks of at least two levels are added into the acquired original data, and after the addition of watermarks of each level in the watermarks of at least two levels is completed, the watermarks of each level are correlated to hierarchical data which are generated after the addition of the watermarks of each level is completed. Compared with the prior art, the hierarchical watermarks are added into the original data, so that the original data additionally have watermarks of several levels equivalently, and protection of the copyright of the original data can be better benefitted, and infringement and piracy can be prevented.

The invention relates to a cloud platform dynamic watermark generation system and a control method thereof. The system comprises a virtual machine connection module, a watermark generation module in bidirectional connection with the virtual machine connection module and a data module in unidirectional connection with the virtual machine connection module, wherein the watermark generation module is also in unidirectional connection with the data module; the watermark generation module generates a dynamic watermark according to basic information, stored in the data module, of a virtual machine and dynamic watermark generation switch and static watermark configuration information selection, and the dynamic watermark is interposed into to-be-sent data flow through the virtual machine connection module; and the virtual machine connection module can also immediately notify the watermark generation module to generate a new dynamic watermark according to specific information of a client to adapt to the client connected with the virtual machine connection module. Through the cloud platform dynamic watermark generation system and the control method thereof, watermarks can be dynamically generated according to different virtual machine configuration information, and copyright protection can be realized when the dynamic watermarks are interposed into the data flow sent to the client by the virtual machine.

The embodiment of the invention provides a method and a device for protecting a program source. The method comprises the following steps of: creating a metadata file of a program requested to be recorded in a video file when a set-top box records the program to generate the video file, wherein the metadata file comprises a random number; encrypting the random number, generating an encrypted random number K_random and a random number key K_rec, storing the K_random into the metadata file, and storing the K_rec into the set-top box, wherein the K_rec is used for decrypting the K_random; acquiring a current certificate authority (CA) card number, and storing the current CA card number into the metadata file; and checking the CA card number in the metadata file by utilizing a chip number CHIP ID of the set-top box, generating a first check result, and storing the generated first check result into the metadata file. According to the embodiment of the invention, the method for protecting the program source is improved, so that a certificate card number of the program and the chip number of the set-top box can be accurately acquired when the program is discovered to be pirated, and a video pirating user can be tracked.

The invention discloses optical disk safety management method and device. In the optical disk safety management method, the optical disk safety management device reads a chip identification number of a safety chip packaged on an optical disk; the optical disk safety management device acquires the chip identification number burned in the optical disk and read by a CD-ROM device; if the chip identification number burned in the optical disk is identical with the chip identification number of the safety chip, the optical disk safety management device sends a burning instruction or a reading instruction to the CD-ROM device to encrypt data to be burnt or decrypt data to be read, otherwise, the optical disk safety management device instructs the CD-ROM device to stop running. The optical disk safety management device compares the chip identification number of the safety chip with the chip identification number burned in the optical disk, thereby facilitating the safety management on the optical disk and realizing special disk for special use; an institution needed to be secreted realizes the management on each optical disk in the institution, thereby avoiding divulging a secret; and a merchant can also avoid pirating.