Systems and Methods for Operation of a Secure Unmanned Vehicle Ecosystem
AssigneeDuckyworx, Inc.
InventorRahul Jamsandekar
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Abstract
Systems and methods for operation of a secure unmanned vehicle ecosystem are provided herein. An exemplary system includes an application store comprising application store servers, a user control station, a plurality of private communication towers, and a secure unmanned vehicle. In various embodiments the secure unmanned vehicle communicates with the application store servers, the user control station, and the plurality of private communication towers via a private network. In some embodiments the private network prevents malicious code from being implemented on the secure unmanned vehicle ecosystem.
Claims20
A system for operation of a secure unmanned vehicle ecosystem, the system comprising:
- an application store comprising application store servers;
- a user control station, the user control station comprising a graphical user interface for operating a first secure unmanned vehicle, the graphical user interface comprising:
- tactile sensors comprising a speed ball and a direction ball for tactile control of the first secure unmanned vehicle;
- the speed ball of the tactile sensors comprising a drop sensor, a speed line sensor, and a lift sensor;
- the direction ball of the tactile sensors comprising a forward sensor and a turn angle sensor;
- and
- a microphone for voice activated control of the first secure unmanned vehicle;
- a plurality of private communication towers;
- and
- the first secure unmanned vehicle being in communication with the application store servers, the user control station, and the plurality of private communication towers via a private network, the private network reducing a surface of attack for a hacker and preventing malicious code from being implemented on the secure unmanned vehicle ecosystem.
A system for operation of a secure unmanned vehicle ecosystem, the system comprising:
- an application store comprising application store servers;
- a user control station, the user control station comprising:
- a graphical user interface for operating a first secure unmanned vehicle, the graphical user interface comprising:
- tactile sensors comprising a speed ball and a direction ball for tactile control of the first secure unmanned vehicle;
- and
- a microphone for voice activated control of the first secure unmanned vehicle;
- a plurality of private communication towers;
- and
- the first secure unmanned vehicle in communication with the application store servers, the user control station, and the plurality of private communication towers via a private network, the private network reducing a surface of attack for a hacker and preventing malicious code from being implemented on the secure unmanned vehicle ecosystem;
- wherein the first secure unmanned vehicle comprises a first laser transmitting device and a first laser receiving device for use in a laser tagging game.
A system for operation of a secure unmanned aerial vehicle (UAV) ecosystem, the system comprising:
- an application store comprising application store servers;
- a user control station, the user control station comprising:
- a graphical user interface for operating a secure UAV, the graphical user interface comprising:
- tactile sensors comprising a speed ball and a direction ball for tactile control of the secure UAV;
- and
- a microphone for voice activated control of the secure UAV;
- a plurality of private communication towers;
- and
- the secure UAV being in communication with the application store servers, the user control station, and the plurality of private communication towers via a private network, the private network reducing a surface of attack for a hacker and preventing malicious code from being implemented on the secure UAV ecosystem;
- wherein the secure UAV comprises a first laser transmitting device and a first laser receiving device for use in a laser tagging game and a first plurality of high definition cameras.
Dependencies are inferred from the claim text.