Abstract: Methods for allowing a user to participate and change outcome of an asynchronous game includes receiving an indication of an attack initiated by a second player on a first player's game base during game play. In response, a first social post is generated to inform friends of the first player of the attack and request assistance to defend the first player's game base. An acceptance to defend the first player's game base is detected from a third player at the first social post. In response, game replay of the attack by the second player is initiated and the third player is enabled to participate in the game replay and defend the game base of the first player. A second social post is generated to inform the first player and the friends of the first player of the third player's contribution in defending the first player's game base.

Abstract: Methods for allowing a user to participate and change outcome of an asynchronous game includes receiving an indication of an attack initiated by a second player on a first player's game base during game play. In response, a first social post is generated to inform friends of the first player of the attack and request assistance to defend the first player's game base. An acceptance to defend the first player's game base is detected from a third player at the first social post. In response, game replay of the attack by the second player is initiated and the third player is enabled to participate in the game replay and defend the game base of the first player. A second social post is generated to inform the first player and the friends of the first player of the third player's contribution in defending the first player's game base.

Abstract: Methods for allowing a user to participate and change outcome of an asynchronous game includes receiving an indication of an attack initiated by a second player on a first player's game base during game play. In response, a first social post is generated to inform friends of the first player of the attack and request assistance to defend the first player's game base. An acceptance to defend the first player's game base is detected from a third player at the first social post. In response, game replay of the attack by the second player is initiated and the third player is enabled to participate in the game replay and defend the game base of the first player. A second social post is generated to inform the first player and the friends of the first player of the third player's contribution in defending the first player's game base.

Abstract: Methods for allowing a user to participate and change outcome of an asynchronous game includes receiving an indication of an attack initiated by a second player on a first player's game base during game play. In response, a first social post is generated to inform friends of the first player of the attack and request assistance to defend the first player's game base. An acceptance to defend the first player's game base is detected from a third player at the first social post. In response, game replay of the attack by the second player is initiated and the third player is enabled to participate in the game replay and defend the game base of the first player. A second social post is generated to inform the first player and the friends of the first player of the third player's contribution in defending the first player's game base.

Abstract: A system, computer-readable storage medium storing at least one program, and a computer-implemented method for providing a smart ping mechanism are presented. For example, an example embodiment may generate a game board on a first client device and a second client device. Then, the embodiment may detect, from the first client device, user activation of a smart ping mechanic. Responsive to detecting the user activation, the embodiment may generate, on the first client device, one or more user selectable communication artifacts based at least in part on contextual data derived from the game board. Then, responsive to detecting a user selection of one of the user selectable communication artifacts, the embodiment may surface the selected communication artifact to the second client device.

Abstract: A system, computer-readable storage medium storing at least one program, and a computer-implemented method for providing a smart ping mechanism are presented. For example, an example embodiment may generate a game board on a first client device and a second client device. Then, the embodiment may detect, from the first client device, user activation of a smart ping mechanic. Responsive to detecting the user activation, the embodiment may generate, on the first client device, one or more user selectable communication artifacts based at least in part on contextual data derived from the game board. Then, responsive to detecting a user selection of one of the user selectable communication artifacts, the embodiment may surface the selected communication artifact to the second client device.

Abstract: A system, computer-readable storage medium storing at least one program, and a computer-implemented method for providing a smart ping mechanism are presented. For example, an example embodiment may generate a game board on a first client device and a second client device. Then, the embodiment may detect, from the first client device, user activation of a smart ping mechanic. Responsive to detecting the user activation, the embodiment may generate, on the first client device, one or more user selectable communication artifacts based at least in part on contextual data derived from the game board. Then, responsive to detecting a user selection of one of the user selectable communication artifacts, the embodiment may surface the selected communication artifact to the second client device.