Abstract: A system for user interface customization includes at least one processor, and at least one computer readable storage medium coupled to the at least one processor and configured to store executable instructions. The executable instructions, when executed by the at least one processor, cause the at least one processor to visually present a first input area for receiving user input of a view associated with a page of a user interface, visually present a second input area for receiving user input of user permission associated with the page of the user interface, store view information corresponding to the view and permission information corresponding to the user permission in association with the user interface, based on the view information, render the view on the page of the user interface, and based on the permission information, control whether the page is to be visually presented in the user interface.

Abstract: Embedded resource layouts are presented by rendering an interface document to cause a graphical interface to be displayed in accordance with appearance specifications for the graphical interface in the interface document, embedding, into the interface document in response to rendering the interface document, a resource layout document corresponding to a reference in the interface document and a user identity, retrieving, through a network in response to embedding the resource layout document, a plurality of resource values, each resource value among the plurality of resource values corresponding to a resource reference in the resource layout document, and arranging the plurality of resource values in the graphical interface in accordance with positioning specifications in the resource layout document.

Abstract: Embedded milestone status is presented by rendering an interface document to cause a graphical interface to be displayed in accordance with appearance specifications for the graphical interface in the interface document, embedding, into the interface document in response to rendering the interface document, a milestone document corresponding to a reference in the interface document and a user identity, retrieving, through a network in response to embedding the milestone document, a plurality of status values, and indicating, in the graphical interface, each milestone reference among the plurality of milestone references in the sequence that has been completed based on the plurality of status values.

Abstract: Present disclosure provides a method and system for providing a secure communication between multiple operating systems in a communication device. A primary operating system in the communication device is loaded. An authentication check of one or more secondary operating systems in the communication device is performed through the primary operating system, wherein the one or more secondary operating systems are authenticated based on rule assignation. A secure communication is enables between the one or more secondary operating systems after the authentication.

Abstract: The embodiments herein relate to user interaction and, more particularly, to enabling collaboration and communication in a seamless manner between multiple users. Once the user select the content to be collaborated using a user device, the system provides the user a list of available collaboration modes for the user to start collaboration. Further the user selects atleast one user to start collaboration with. Further the system selects atleast one best communication mode for each user to communicate. The system uses parameters such as augmented ubiquity, to identify best communication mode for each user. Further the system starts collaboration and communication session. The system may automatically begin the collaboration session at a preset time. The system facilitates collaboration and communication together in a seamless manner.