Cloud based command and control system integrating services across multiple platforms

• US 9,858,798 B2
• Filed: 04/07/2014
• Issued: 01/02/2018
• Est. Priority Date: 05/28/2013
• Status: Active Grant

• Current Assignee: Textron Systems Corporation (Textron Inc)
• Original Assignee: AAI Corporation (Textron Inc)
• Inventors: Ellsworth, Chris, Chauffe, Chad, Nguyen, Johann, Neis, Anthony
• Primary Examiner(s): NGUYEN, VAN H
• Application Number:
  US14/246,181
• Publication Number:
  US 20140358252A1
• Time in Patent Office: 1,366 Days
• Field of Search: None
• CPC Class Codes: G08B 25/00 Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
• CPC Class Codes: G08B 25/08 using communication transmission lines G08B13/19658, G08B21/0286, G08B25/016 take precedence

Abstract

A command and control system is provided which links users and platforms in real time and with touch screen ease, delivering a highly intuitive, integrated user experience with minimal infrastructure. Capitalizing on a cloud based architecture, from the cloud, to the touch table, to a hand held device, the command and control system creates seamless connections between sensors, leaders and users for up-to-the-minute information clarity.

Claims

1. A cloud based command and control system comprising:

a central command hub configured to communicate over wired and wireless connections;

a sensor in wireless bi-directional communication with said central command hub, and a computing device in bi-directional communication with said central command hub, said computing device having a graphical user interface configured to display data received from said sensor,

wherein said graphical user interface is user operable to enable a user to control said sensor by manipulating said graphical user interface, and wherein the system further comprises;

an airborne environment including an airborne cloud network having an airborne message bus configured to provide multiple gateway services;

a ground environment including a ground-based cloud network cloud network providing a service; and

a line-of-sight link constructed and arranged to selectively connect the airborne cloud network to the ground-based cloud network when the airborne cloud network is in range of the ground-based cloud network and to selectively disconnect the airborne cloud network from the ground-based cloud network when the airborne cloud network is out of range of the ground-based cloud network,

wherein the service provided by the ground-based cloud network is accessible to users of the airborne cloud network when the airborne cloud network is connected to the ground-based cloud network, and

wherein the gateway services provided by the airborne cloud network is accessible to users of the ground-based cloud network when the airborne cloud network is connected to the ground-based cloud network.

2. The command and control system of claim 1, further comprising:

a geosynchronous satellite in wireless bi-directional communication with said central command hub, and

wherein said sensor is an aerial vehicle in bi-directional communication with said satellite.

3. The command and control system of claim 2, further comprising:

a ground based sensor, said ground based sensor being in bi-directional communication with said central command hub, and

wherein said graphical user interface is user operable to enable a user to control said ground sensor by manipulating said graphical user interface.

4. The command and control system of claim 2, wherein said aerial vehicle is an unmanned aerial vehicle.

5. The command and control system of claim 1, wherein said computing device is one selected from the group consisting of desktop computer, tablet computer and mobile phone.

6. The command and control system of claim 1, wherein said computing device is configured to record and playback data associated with said sensor.

7. The command and control system of claim 1, wherein said graphical user interface is operable to enable a user to selectively associate certain data with said sensor using said graphical user interface.

8. Computerized equipment to provide cloud-based command and control, the computerized equipment comprising:

a central command hub that communicates with different cloud environments through different bi-directional communications networks;

a computing apparatus coupled to the central command hub, the computing apparatus (i) gathering sensor information from the different cloud environments through the central command hub, (ii) performing an electronic analysis on the sensor information, the electronic analysis generating situational information based on the sensor information, and (iii) providing a user of the computerized equipment with tactical command and control operability that effectuates a set of actions that addresses a situation identified by the situational information,

an airborne environment including an airborne cloud network having an airborne message bus configured to provide multiple gateway services;

a ground environment including a ground-based cloud network cloud network providing a service; and

a line-of-sight link constructed and arranged to selectively connect the airborne cloud network to the ground-based cloud network when the airborne cloud network is in range of the ground-based cloud network and to selectively disconnect the airborne cloud network from the ground-based cloud network when the airborne cloud network is out of range of the ground-based cloud network,

wherein the service provided by the ground-based cloud network is accessible to users of the airborne cloud network when the airborne cloud network is connected to the ground-based cloud network, and

wherein the gateway services provided by the airborne cloud network is accessible to users of the around-based cloud network when the airborne cloud network is connected to the ground-based cloud network.

9. Computerized equipment as in claim 8 wherein the computing apparatus:

receives raw data from a sensor,

converts the raw data into a common data format,

generates a set of processing rules by analyzing the data in the common data format and communicating the processing rules to a processing rules data bus,

broadcasts the converted data to an unprocessed data processor, the unprocessed data processor manipulating the data according to the set of rules contained on the processing rules data bus,

transforms the data using a data processing plugin and broadcasts the transformed data to a post processing data message bus, and

transmits the data from the post processing data message bus to an archiving service for storage of the data in a database.

10. Computerized equipment as in claim 9 wherein the computing apparatus further:

submits query requests to the archiving service,

broadcasts query results to a user filter for filtering, and

transforms the data for presentation to the user.

11. Computerized equipment as in claim 9 wherein the computing apparatus adds contextual data to the raw data in response to user input.

12. Computerized equipment as in claim 11 wherein the computing apparatus communicates the contextual data to multiple computerized equipment users.

13. Computerized equipment as in claim 11 wherein the computing apparatus renders, from the database, data associated with a sensor in chronological and reverse chronological order.

14. Computerized equipment as in claim 8 wherein the central command hub communicates with multiple different cloud environments through a satellite link, the multiple different cloud environments including:

(i) a continental United States (CONUS) cloud environment and (ii) a deployed cloud environment that is different from the CONUS cloud environment, the deployed cloud environment operating independently of the CONUS cloud environment.

15. Computerized equipment as in claim 14 wherein the computing apparatus, when generating the situational information, provides mapping output that locates (i) a set of sensors that detected a particular situation identified by the situation information, (ii) a set of observers of the particular situation identified by the situation information, and (iii) a set of assets that performs a set of actions to address the particular situation identified by the situation information.

16. Computerized equipment as in claim 15 wherein the set of sensors includes a chemical sensor, an explosive sensor, a drug sensor, a motion sensor, a biological sensor, a weapons sensor, a nuclear material sensor, an audio sensor, and a video sensor;

and

wherein the set of assets includes a fire vehicle, a medical vehicle, and a law enforcement vehicle.