Abstract: This disclosure relates generally to a method and system for securely conducting a digital examination. The present disclosure uploads the question papers, OMR bubble sheet and question paper's color information specific to an examination to a server wherein it is encrypted, zipped into a bundle wherein a unique key is generated. The encrypted bundle is downloaded, decrypted and unzipped on an electronic device using the user provided key wherein the invigilator adds the required details and encrypt again. The encrypted bundle is distributed to the candidate device through the paper distribution adhoc protocol. The candidate downloads, unzip and decrypts the encrypted bundle on the candidate device and provides the response to the question paper. The candidate's responses are evaluated, and result is declared locally if the candidate device is configured with a master key or uploaded to the server for further processing.

Abstract: This disclosure relates generally to a method and system for securely conducting a digital examination. The present disclosure uploads the question papers, OMR bubble sheet and question paper's color information specific to an examination to a server wherein it is encrypted, zipped into a bundle wherein a unique key is generated. The encrypted bundle is downloaded, decrypted and unzipped on an electronic device using the user provided key wherein the invigilator adds the required details and encrypt again. The encrypted bundle is distributed to the candidate device through the paper distribution adhoc protocol. The candidate downloads, unzip and decrypts the encrypted bundle on the candidate device and provides the response to the question paper. The candidate's responses are evaluated, and result is declared locally if the candidate device is configured with a master key or uploaded to the server for further processing.

Abstract: Conventionally, application launchers have limited their functionality to provide shortcut ways for searching/executing pre-configured applications and fail to provide a uniform user experience and usability across computing systems and applications installed therein. Currently, applications in such computing systems are manual controlled, which is time consuming and thus lack in security during accessing content. Present disclosure provides a cloud driven application launcher (CDAL) that is installed in client device. Once the computing device is configured with latest configurations, the client device serves as a master device wherein the master device creates, in an offline mode, an ad hoc network wherein other client devices connect to master device for upgrading version of applications comprised in client devices to a corresponding version of applications in master device.

Abstract: Conventionally, application launchers have limited their functionality to provide shortcut ways for searching/executing pre-configured applications and fail to provide a uniform user experience and usability across computing systems and applications installed therein. Currently, applications in such computing systems are manual controlled, which is time consuming and thus lack in security during accessing content. Present disclosure provides a cloud driven application launcher (CDAL) that is installed in client device. Once the computing device is configured with latest configurations, the client device serves as a master device wherein the master device creates, in an offline mode, an ad hoc network wherein other client devices connect to master device for upgrading version of applications comprised in client devices to a corresponding version of applications in master device.

Abstract: Organizations and educational institutions are turning towards digitization of their examination processes. The existing devices are costly, time consuming and insecure for scanning the answer sheets. A device for performing secure and automatic flipping and scanning of documents has been provided. The device is configured to be assembled in the form of a box. The device comprising a scanning stand, a page flipping arm, one or more suction cups, one or more rollers, a controller and a mobile device. The controller is configured to control the operation of the scanning stand, the page flipper arm and the roller. The mobile device further comprises a mobile application which is further configured to control controller. The device further configured to scan the handwriting of a candidate to avoid malpractice during the examination.

Abstract: Organizations and educational institutions are turning towards digitization of their examination processes. The existing devices are costly, time consuming and insecure for scanning the answer sheets. A device for performing secure and automatic flipping and scanning of documents has been provided. The device is configured to be assembled in the form of a box. The device comprising a scanning stand, a page flipping arm, one or more suction cups, one or more rollers, a controller and a mobile device. The controller is configured to control the operation of the scanning stand, the page flipper arm and the roller. The mobile device further comprises a mobile application which is further configured to control controller. The device further configured to scan the handwriting of a candidate to avoid malpractice during the examination.