System and method for combining a wireless device, such as a key or other device with a wireless kill switch

1. A wireless keying and kill switch system, comprising:

a kill switch unit configured to wirelessly communicate with a kill switch on a vehicle, the kill switch unit, comprising:

kill switch electronics configured to send a kill message to alter a state of a motor on the vehicle; and

an access control unit configured to wirelessly communicate a key to the vehicle, the access control unit comprising:

key processing electronics configured to formulate the key for processing by the vehicle to unlock a locked component on the vehicle;

a key actuator that engages the key processing electronics; and

at least one transceiver configured to transmit encrypted communications from at least one of the kill switch unit and the key control unit to the vehicle; and

a receiving device on the vehicle configured to receive the key from the key processing electronics and configured to receive the kill message, the receiving device comprising:

a key unit that receives the key and unlocks the locked component associated with the vehicle; and

a kill switch configured to alter the state of the motor on the vehicle upon receipt of the kill message, wherein alteration triggered by the kill switch causes a device to mark the GPS location of the vehicle.

2. The wireless, keying and kill switch system of claim 1 wherein alteration triggered by the kill switch causes the vehicle to stop the motor.

3. The wireless, keying and kill switch system of claim 1 wherein alteration triggered by the kill switch causes the vehicle to reduce the speed of the motor.

4. The wireless keying and kill switch system of claim 1 wherein the device is a chart plotter.

5. The wireless keying and kill switch system of claim 1 further comprising:

at least one battery configured to power at least one of the access control unit and the kill switch unit.

6. The wireless keying and kill switch system of claim 1 further comprising:

a connector that attaches the kill switch unit to the access control unit.

7. The wireless keying and kill switch system of claim 6 wherein the connector includes a bus that transmits data between the kill switch electronics and the key processing electronics.

8. The wireless keying and kill switch system of claim 1 , further comprising a case that contains the access control unit and the kill switch system.

9. The wireless keying and kill switch system of claim 1 wherein the access control unit and the kill switch unit are located inside a mobile phone.

10. The wireless keying and kill switch system of claim 1 wherein the vehicle is one of a boat, a marine vessel, an automobile, and a motorized vehicle.

11. A wireless keying and kill switch system, comprising:

a kill switch unit configured to wirelessly communicate with a kill switch on a vehicle, the kill switch unit, comprising:

kill switch, electronics configured to send a kill message to alter a state of a motor on the vehicle; and

an access control unit configured to wirelessly communicate a key to the vehicle, the access control unit comprising:

key processing electronics configured to formulate the key for processing by the vehicle to unlock a locked component on the vehicle; and

a key actuator that engages the key processing electronics; and

at least one transceiver configured to transmit encrypted communications from at least one of the kill switch unit and the key control unit to the vehicle; and

a receiving device on the vehicle configured to receive the key from the key processing electronics and configured to receive the kill message, the receiving device comprising:

a key unit that receives the key and unlocks the locked component associated with the vehicle;

a kill switch configured to alter the state of the motor on the vehicle upon receipt of the kill message; and

a promotion unit configured to promote another kill switch unit to an active mode when the kill switch receives the kill message.

12. The wireless keying and kill switch system of claim 11 wherein the kill switch unit and the access control unit operate as a first device, the system further comprising:

a mobile device configured to pair the first device to the receiving device for receipt of the key and the kill message.

13. The wireless keying and kill switch system of claim 11 , further comprising at least another transceiver configured to transmit encrypted communications from at least one of the kill switch unit and the key control unit to the vehicle.

14. The wireless keying and kill switch system of claim 11 wherein the vehicle is one of a boat, a marine vessel, an automobile, and a motorized vehicle.

15. A wireless keying and kill switch system, comprising:

a kill switch unit configured to wirelessly communicate with a kill switch on a vehicle, the kill switch unit, comprising:

kill switch electronics configured to send a kill message to alter a state of a motor on the vehicle; and

an actuator for engaging the kill switch electronics, wherein the actuator for engaging the kill switch electronics comprises a lanyard removably attached to the kill switch unit, wherein disconnection of the lanyard from the kill switch unit engages the kill switch electronics; and

an access control unit configured to wirelessly communicate a key to the vehicle, the access control unit comprising:

key processing electronics configured to formulate the key for processing by the vehicle to unlock a locked component on the vehicle; and

a key actuator that engages the key processing electronics; and

at least one transceiver configured to transmit encrypted communications from at least one of the kill switch unit and the key control unit to the vehicle.

16. The wireless keying and kill switch system of claim 15 wherein the at least one transceiver transmits encrypted communications at AES128 encryption.

17. The wireless keying and kill switch system of claim 11 wherein the key actuator comprises at least one of a button, a proximity sensor, a visual sensor, and an automated engagement mechanism.

18. The wireless keying, and kill switch system of claim 17 wherein the proximity sensor comprises circuitry configured to analyze signal strength between a transceiver on a receiving device and at least one transceiver.

19. The wireless keying and kill switch system of claim 15 wherein the vehicle is one of one of a boat, a marine vessel, an automobile, and a motorized vehicle.