System and method of gamification of real-life events

1. A method of gamification of real-life events over a computerized network, comprising the steps of:

a) receiving real-life data corresponding to an observation of a real-life event;

b) automatically building a game object using a processor of an R-to-G translation module, the game object sharing a characteristic with the received real-life data;

c) injecting the game object into an ongoing computer game such that a player of the ongoing computer game is able to interact with the game object;

d) triggering a G-to-R translation module based on an interaction of a player with the game object; and

e) automatically creating a non-transitory, computer readable instruction using a processor of a G-to-R translation module, wherein the instruction relates to operation of a computer-controlled vehicle.

2. The method of claim 1 , further comprising generating virtual geographic information from real-life geographic information of the received real-life data and associating the virtual geographic information with the automatically build game object.

3. The method of claim 1 , further comprising the step of reporting activities of the computer-controlled vehicle.

4. The method of claim 1 , further comprising sensing a real-life event through a sensor module and generating real-life data therefrom.

5. The method of claim 1 , further comprising collecting data about a real-life circumstance associated with the deployment of real-life resources and determining an impact of the deployment of the real-life resources, thereby forming impact data.

6. The method of claim 1 , further comprising receiving impact data regarding determining an impact of the deployment of the real-life resources and altering a game object according to a characteristic of the impact data received.

7. The method of claim 1 , wherein the virtual geographic information includes real-life city information.

8. The method of claim 1 , wherein the observation of a real-life event includes a real-life event reported in association with a computer-controlled vehicle.

9. The method of claim 1 , further comprising notifying an expert of at least one of a characteristic of the automatically built game object and a real-life data characteristic, receiving an instructional reply from the expert and displaying the instructional reply to a player of the ongoing computer game.

10. The method of claim 1 , further comprising filtering a data feed associated with real-life events for a predefined characteristic, generating real-life data therefrom and providing such real-lite data to an R-to-G translation module.

11. The method of claim 1 , further comprising notifying a plurality of game players over a social media network of a characteristic of the automatically created game object.

12. A system for gamification of real-life events over a computerized network, comprising:

a) an observer module configured to generate real-life data in response to observation of a real-life event;

b) an interface engine module configured to operate an ongoing computerized game including game objects with which a player may interact;

c) an implementation module functionally coupled to a computer-controlled vehicle and configured to receive an implementation instruction and to automatically effect a real-world occurrence associated with the implementation instruction and the computer-controlled vehicle; and

d) a control module, including a processor, in communication with each of the observer module, the interface engine module, and the implementation module, and configured to convert real-life data from the observer module into a game object, provide the created game object to the interface engine module for injection into an ongoing computer game, and convert a player interaction into an implementation instruction and provide the same to the implementation module.

13. The system of claim 12 , further comprising a player module in communication with the interface engine module and configured to permit a player to play the ongoing game and wherein the control module R-to-G translation module and a G-to-R translation module.

14. The system of claim 12 , wherein the generated teal-life data includes geographic data.

15. The system of claim 12 , wherein the observation of a real-life event including a real-life event reported in association with a computer-controlled vehicle.

16. The system of claim 12 , wherein the interface engine module operates an ongoing multiplayer game experience associated with a social media network.

17. The system of claim 14 , wherein the geographic data includes real-life city information.

18. The system of claim 12 , wherein the observer module further collects data about real-life circumstance associated with deployment of real-life resources by the implementation module and determines an impact of the implementation instruction, thereby forming impact data.

19. The system of claim 12 , herein the observer module filters a data feed associated with real-life events for a predefined characteristic, generating real-life data therefrom and providing such real-life data to an R-to-G translation module of the control module.

20. A method of gamification of real-life events over a computerized network, comprising the steps of:

a) receiving real-life data corresponding to an observation of a real-life event, the observation of a real-life event including a real-life event reported in association with a computer-controlled vehicle;

b) automatically building a game of using a processor of an R-to-G translation module, the game object sharing a characteristic with the received real-life data;

d) triggering a G-to-R translation module based on an interaction of a player with the game object;

e) automatically creating a non-transitory, computer readable instruction using a processor of a G-to-R translation module, wherein the instruction relates to operation of a computer-controlled vehicle;

f) generating virtual geographic information from real-life geographic information of the received real-life data and associating the virtual geographic information with the automatically build game object, the virtual geographic information including real-life city information;

g) reporting activities of the computer-controlled vehicle;

h) sensing a real-life event through a sensor module and generating real-life data therefrom;

i) collecting data about a real-life circumstance associated with the deployment of real-life resources and determining an impact of the deployment of the real-life resources, thereby forming impact data;

j) receiving impact data regarding determining an impact of the deployment of the real-life resources and altering a game object according to a characteristic of the impact data received;

k) processing a plurality of interactions with the game object, thereby determining a composite interaction and wherein the step of triggering the G-to-R translation module is based on the composite interaction and the instruction is derived from the composite interaction;

l) notifying an expert of at least one of a characteristic of the automatically built dame object and a real-life data characteristic, receiving an instructional reply from the expert and displaying the instructional reply to a player of the ongoing computer game;

m) filtering a data feed associated with real-life events for a predefined characteristic, generating real-life data therefrom and providing such real-life data to an R-to-G translation module; and

n) notifying a plurality of game players over a social media network of a characteristic of the automatically created game object.