Trend Micro Inc.

Kun-Hao Liu

Kuan-Hung Chen

Po-Hsun Yen

Han-Chang Liang

Lin Hung Che

Wei-wei Lin

Huang Bo Ching

A secure real-time data replication system includes a key management server that provides keys to hosts that store encrypted data. Data to be written in one host is encrypted using a key received from the key management server; the encrypted data is stored in the host. A copy of the data is provided to another host for real-time data replication. In the other host, the copy of the data is encrypted using another key received from the key management server; the encrypted copy of the data is stored in the other host. Keys are provided by the key management server based on policy rules governing the keys.

Secure real-time data replication with disk encryption and key management system

A password management service located either on a user computer or in the cloud intercepts a user's attempt to create an account on a Web site. The user enters a sequence of a physical key combination and the service assigns a particular keyboard layout for this Web site. The service generates a password by combining the key combination with the assigned keyboard layout and returns this password to the user or to the Web site. The service stores the name of the Web site in association with the designated keyboard layout. Upon a subsequent login attempt, the service again intercepts the user's typing of the same physical key combination, generates the same password by combining the key combination with the previously assigned and stored keyboard layout, and returns the generated password to the Web site for authentication. A keyboard layout for a site may be chosen by the user, may be selected by the service, or a random layout may be generated. The service enforces a password constraint of a site by adding in the required characters, by requiring the user to choose a new key combination, or by using a different keyboard layout.

Secure password management using keyboard layout

Methods and apparatus for implementing input data security processing on user input data are disclosed. The user input data is entered on a webpage that contains a destination specification for an intermediary security service and an encrypted destination specification for a receiving module of the application program. The user input data is first sent to the intermediary security service for performing input data security processing on the user input data. If the user input data is deemed acceptable, the user input data is sent to the receiving module by decrypting the encrypted destination specification for the receiving module to obtain the destination specification for the receiving module and transmitting the user data to the receiving module using the destination specification for the receiving module.

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Taipei, Taiwan

Kun-Hao Liu