System and method for group communication and information sharing

A system to enable communication, wherein the system comprises:

• at least one display terminal;
• a control terminal;
• at least one backend server, wherein the at least one backend server:
• utilizes the control terminal to authorize the at least, one display terminal, to allow pairing of the at least one display terminal with the control terminal;
• and
• enables communication between the at least one paired display terminal (PDT) and the control terminal;
• the control terminal, during the communication, with the PDT:
• monitors, constantly or periodically, a home screen of an operation status of the PDT;
• controls, remotely, an operation of the PDT;
• modifies, remotely, a configuration of the PI)T;
• synchronizes, remotely, with the PDT to monitor an auto play process of the synchronized display terminal;
• initiates, a drop-in video call;
• receives, the drop-in video call;
• blocks, temporarily, the drop-in video call;
• notifies, an arrival of a new post;
• transmits, a communication message, to the PDT;
• and
• alters, configuration of the PDT;
• wherein each of the PDT comprises a touch screen that implements a user interface (UI), which, is associated with a navigation button that is arranged to:
• switch the auto play process to play the test messages;
• play a multi-media content;
• initiate the drop-in video call;
• navigate through a popup menu;
• provide a list, of menu items including, a post message, a post picture, a post video, a forward, a delete, a pause, a settings, a block call, a mute and a reconnect;
• display the three clickable icons, which appear to indicate a status of the PI)T;
• and
• exhibit a notifier window to display a summary view of the most recent received posts on the PDT;
• reboot at least one function of the PDT;
• raise a request to be paired with the controller terminal;
• and
• execute a remote control command, which is received from the control terminal.

A system to enable communication, wherein the system comprises:

• at least one display terminal;
• a control terminal;
• at least one backend server, wherein the at least one backend server:
• utilizes the control terminal to authorize the at least one display terminal, to allow pairing of the at least one display terminal with the control terminal;
• and
• enables communication between the at least one paired display terminal (PDT) and the control terminal;
• the control terminal, during the communication, with the PDT:
• monitors, constantly or periodically, a home screen of an operation status of the PDT;
• controls, remotely, an operation of the PDT;
• modifies, remotely, a configuration of the PDT;
• synchronizes, remotely, with the PDT to monitor an auto play process of the synchronized display terminal;
• initiates, a drop-in video call;
• receives, the drop-in video call;
• blocks, temporarily, the drop-in video call;
• notifies, an arrival of a new post;
• transmits, a communication message to the PDT;
• and
• alters, configuration of the PDT;
• wherein the control terminal comprises a touch panel to display a graphical user interface (GUI) that comprises a set of navigation buttons, which is arranged to:
• show the home screen that allows the control terminal to be paired with the at least one display terminal;
• display an operation status of the PDT;
• display:
• a navigation button appearing as an;icon to show a remote configuration to remotely configure the PDT;
• and
• a synchronization screen to enable the auto play process of the PDT;
• provide, upon receiving a tapping command, a list of menu items corresponding to initialization of transmission of a message, an image and a video;
• and
• display a notification window to present an outline view of the latest received post to the control terminal;
• wherein the remote configuration is arranged to:
• set a playback speed;
• enable or disable the popup menu;
• enable or disable the incoming drop-in video call;
• enable or disable a video camera;
• set a content expiration time;
• specify the PDT. which is authorized to make the drop-in video call or transmit the posts to the control terminal;
• enable or disable a content cache of the at least one backend server;
• provide a nighttime range settings;
• and
• apply setting command to trigger changes to the selected paired display terminal.

A method for enabling communication, wherein the method comprising:

• arranging at least one backend server for:
• utilizing a control terminal to authorize at least one display terminal, to allow pairing of the at least one display terminal with the control terminal;
• and
• enabling communication between the at_least one paired display terminal (PDT) and the control terminal;
• performing by the control terminal, during the communication with the PDT:
• monitoring, constantly or periodically, a home screen of an operation status of the PDT;
• controlling, remotely, an operation of the PDT;
• modifying, remotely, a configuration of the PDT;
• synchronizing, remotely, with the PDT to monitor an auto play process of the synchronized display terminal;
• initiating, a drop-in video call;
• receiving, the drop-in video call;
• blocking, temporarily, the drop-in video call;
• notifying, an arrival of a new post;
• transmitting, a communication message to the PDT;
• and
• altering, configuration of the PDT;
• wherein each of the PDT comprises a touch screen that implements a user interface (UI), which is associated with a navigation button that is arranged to:
• switch the auto play process to play the test messages;
• play a multi-media content;
• initiate the drop-in video call;
• navigate through a popup menu;
• provide a list of menu items including a post message, a post, picture, a post video, a forward, a delete. a pause, a settings, a block call, a mute and a reconnect;
• display the three clickable icons, which appear to indicate a status of the PDT;
• and
• exhibit a notifier window to display a summary view of the most recent received posts on the PDT.

A system to enable private group communication between individuals, wherein the system comprises:

• a terminal for use by each individual in the private group, each of the terminals virtually connected to each other through an internet system;
• at least one of the terminals is a master terminal and each of the remaining terminals a slave display terminal, wherein the master terminal can individually control each of the slave display terminals;
• at least one backend server that can establish exclusive and private connections over the internet system between each of the terminals, wherein the backend server:
• utilizes the master terminal to authorize the at least one slave display terminal, to allow pairing of the at least one slave display terminal with the master terminal;
• and
• enables communication between the at least one paired slave display terminal (PDT) and the master terminal;
• wherein the master terminal, during the communication, with the PDT:
• monitors, constantly or periodically, a home screen of an operation status of the PDT;
• controls, remotely, an operation of the PDT;
• modifies, remotely, a configuration of the PDT;
• synchronizes, remotely, with the PDT to monitor an auto play process of the synchronized slave display terminal;
• initiates, a drop-in video call;
• receives, the drop-in video call;
• blocks, temporarily, the drop-in video call;
• notifies, an arrival of a new post;
• transmits, a communication message to the PDT;
• and
• alters, configuration of the PDT;
• wherein the PDT is arranged to:
• initiate the drop-in video call;
• receive the drop-in video call;
• temporarily block the drop-in video call;
• display the shared information;
• notify arrival of a new post;
• alter a list of previous posts;
• transmit the post;
• control a sound;
• change settings of the PDT;
• reboot at least one function of the PDT;
• raise a request to be paired with the master terminal;
• and
• execute a remote control command, which is received from the master terminal.