Abstract: The present invention provides a system and method for converting text data into speech data. Initially, the system enables a user to select a language from a plurality of languages supported by the operating system (OS) of a computing device. Further, on selecting and copying any text data, the system provides the user with options to listen to an audio output of the text data. The user is provided with options to listen to text data in either English or the selected language, when the language of the text data is one among the plurality of languages supported by the OS. Further, the user is provided with options to listen to text data in English, for the text data in any language. Once the user selects the option, the system converts the text data to speech data. The speech data is provided as the audio output to the user.

Abstract: The embodiments herein provide a system and method for an authentication-driven secret installation and access to applications and data on handheld computing devices. The secret storage is installed and accessed by a directly installed application or a host application on the device. The system comprises an authentication module for authenticating a user to access a data stored in the secret storage area, and a security module for detecting an intrusion of user's privacy during an accessing of the secret storage area. The authentication module automatically shuts down the application when a privacy intrusion is detected continuously for a preset period of time. A secret storage application is run to create a clone of one or more applications installed outside the secret storage area while the created clone of the one or more applications are stored in the secret storage area.

Abstract: A gesture based system for translation and transliteration of input text, and a corresponding method have been disclosed. The system and method provide for selective translation and transliteration of the input text, based on the gestures performed by a user. When the user performs a left swipe gesture, input text which is in a first language is translated into a language prescribed by the user. In the event that the user performs a right-swipe, the input text is transliterated from a first language, into a language prescribed by the user. The user is also enabled to switch back to the original language of the input text, that is, the first language, by performing predetermined gestures.

Abstract: A computer implemented system for generating vowel-signs based keypad having predictive capabilities, and a method thereof, have been disclosed. The keypad configured to enable a user to input alphabets in at least one Indian language, and is displayed on a user interface. The keypad layout includes alphabets corresponding to an Indian language, frequently used vowel-signs, and frequently used alphabets, being represented in the form of selectable keys. The user interface cooperates with a processor that processes the alphabet(s) input by the user, and subsequently triggers a display of vowel-signs, consonants, and half consonants on the user interface, in the event that the user inputs a consonant(s).

Abstract: The embodiments herein provide a system and method for translation of static and dynamic. content in digital applications. The embodiments provide a system and method for contextual translation of static and dynamic content on digital applications based on user-defined triggers. Currently available methods are pre-configured for content that is already part of the application, the applications do not localize or translate dynamically generated content. The present embodiments provide a system for contextual translation of static and dynamic content on digital applications. The system enables localization of multiple aspects of digital content, such as static and dynamic content, language, push notifications etc. based on multiple user-defined triggers such as history of user preferences, usage pattern of the user, input method, location of user etc. The system also provides a rank-based priority for localization of content based on analyses of usage pattern.

Abstract: A computer implemented system for generating vowel-signs based keypad having predictive capabilities, and a method thereof, have been disclosed. The keypad configured to enable a user to input alphabets in at least one Indian language, and is displayed on a user interface. The keypad layout includes alphabets corresponding to an Indian language, frequently used vowel-signs, and frequently used alphabets, being represented in the form of selectable keys. The user interface cooperates with a processor that processes the alphabet(s) input by the user, and subsequently triggers a display of vowel-signs, consonants, and half consonants on the user interface, in the event that the user inputs a consonant(s).