Abstract: There is provided a scheme of communicating reward data from a first application running on a data processing device (100) to a second application on the data processing device (100) for use by the second application. The method comprises the first application obtaining a reward value in response to a user of the first application completing a predetermined task in the first application. In response to a request from the user to claim a reward, the first application generates and transmits: an instruction to place the second application into an interactive state; and reward data, which is generated on the basis of the reward value, for use by the second application in the interactive state. The passing of the reward value from the first application to the second application occurs within the data processing device (100), with no communication between the data processing device (100) and the backend server (200) via the Internet (400) taking place.

Abstract: A system is described for generating one or more rewards for use in a first application on a user processing device in response to user engagement of a second application on the user processing device. The system comprises a user processing device and a reward server arrangement. The user processing device stores instructions defining a first application and a second application. The user processing device further stores instructions defining a content delivery and reward implementation module. The content delivery and reward implementation module is operable to display on a user processing device content obtained from a content and reward delivery server arrangement comprising at least one server, to obtain one or more content viewing rewards from the content and reward delivery server arrangement, and to make the one or more content viewing rewards available for use in the first application. The user processing device further stores instructions defining a monitoring module and a reward module.

Abstract: A processing device is described storing instructions defining a first application and a second application. Engagement of the second application by a user is effective to generate one or more rewards for use in the first application. The processing device further stores instructions separate from the second application defining a monitoring module and a reward generating module. The monitoring module is operable to determine a measure of an engagement of the second application by the user. The reward generating module is operable to calculate one or more rewards in dependence upon the determined measure of engagement and to make the calculated one or more rewards available for use in the first application.

Abstract: There is provided a scheme of communicating reward data from a first application running on a data processing device (100) to a second application on the data processing device (100) for use by the second application. The method comprises the first application obtaining a reward value in response to a user of the first application completing a predetermined task in the first application. In response to a request from the user to claim a reward, the first application generates and transmits: an instruction to place the second application into an interactive state; and reward data, which is generated on the basis of the reward value, for use by the second application in the interactive state. The passing of the reward value from the first application to the second application occurs within the data processing device (100), with no communication between the data processing device (100) and the backend server (200) via the Internet (400) taking place.

Abstract: There is provided a scheme of communicating reward data from a first application running on a data processing device (100) to a second application on the data processing device (100) for use by the second application. The method comprises the first application obtaining a reward value in response to a user of the first application completing a predetermined task in the first application. In response to a request from the user to claim a reward, the first application generates and transmits: an instruction to place the second application into an interactive state; and reward data, which is generated on the basis of the reward value, for use by the second application in the interactive state. The passing of the reward value from the first application to the second application occurs within the data processing device (100), with no communication between the data processing device (100) and the backend server (200) via the Internet (400) taking place.

Abstract: There is provided a scheme of communicating reward data from a first application running on a data processing device (100) to a second application on the data processing device (100) for use by the second application. The method comprises the first application obtaining a reward value in response to a user of the first application completing a predetermined task in the first application. In response to a request from the user to claim a reward, the first application generates and transmits: an instruction to place the second application into an interactive state; and reward data, which is generated on the basis of the reward value, for use by the second application in the interactive state. The passing of the reward value from the first application to the second application occurs within the data processing device (100), with no communication between the data processing device (100) and the backend server (200) via the Internet (400) taking place.

Abstract: A processing device is described storing instructions defining a first application and a second application. Engagement of the second application by a user is effective to generate one or more rewards for use in the first application. The processing device further stores instructions separate from the second application defining a monitoring module and a reward generating module. The monitoring module is operable to determine a measure of an engagement of the second application by the user. The reward generating module is operable to calculate one or more rewards in dependence upon the determined measure of engagement and to make the calculated one or more rewards available for use in the first application.

Abstract: A system is described for generating one or more rewards for use in a first application on a user processing device in response to user engagement of a second application on the user processing device. The system comprises a user processing device and a reward server arrangement. The user processing device stores instructions defining a first application and a second application. The user processing device further stores instructions defining a content delivery and reward implementation module. The content delivery and reward implementation module is operable to display on a user processing device content obtained from a content and reward delivery server arrangement comprising at least one server, to obtain one or more content viewing rewards from the content and reward delivery server arrangement, and to make the one or more content viewing rewards available for use in the first application. The user processing device further stores instructions defining a monitoring module and a reward module.

Abstract: There is provided a scheme of communicating reward data from a first application running on a data processing device (100) to a second application on the data processing device (100) for use by the second application. The method comprises the first application obtaining a reward value in response to a user of the first application completing a predetermined task in the first application. In response to a request from the user to claim a reward, the first application generates and transmits: an instruction to place the second application into an interactive state; and reward data, which is generated on the basis of the reward value, for use by the second application in the interactive state. The passing of the reward value from the first application to the second application occurs within the data processing device (100), with no communication between the data processing device (100) and the backend server (200) via the Internet (400) taking place.

Abstract: An interactive game allows a player to play a “handclapping” game on a device with a touch screen interface (mobile phone, tablet or other such device) with a 3D model or a 2D model of an animal, a person, or any other character. The player must successfully mimic the moves of the 3D or 2D model/character to progress in the game. Specifically the player must match his moves by touching the screen with his finger or fingers with the moves made by the animal, a person, or any other character, which is also touching its appendages to specific areas of the touch screen.

Abstract: An interactive game allows a player to play a “handclapping” game on a device with a touch screen interface (mobile phone, tablet or other such device) with a 3D model or a 2D model of an animal, a person, or any other character. The player must successfully mimic the moves of the 3D or 2D model/character to progress in the game. Specifically the player must match his moves by touching the screen with his finger or fingers with the moves made by the animal, a person, or any other character, which is also touching its appendages to specific areas of the touch screen.

Abstract: An interactive game allows a player to play a “handclapping” game on a device with a touch screen interface (mobile phone, tablet or other such device) with a 3D model or a 2D model of an animal, a person, or any other character. The player must successfully mimic the moves of the 3D or 2D model/character to progress in the game. Specifically the player must match his moves by touching the screen with his finger or fingers with the moves made by the animal, a person, or any other character, which is also touching its appendages to specific areas of the touch screen.