The US Navy is testing a stealth drone set to be the world's
first unmanned, robot aircraft piloted by artificial intelligence
rather than a remote human operator. In case the futuristic killer drone
completes all its sea trials then it
will be first aircraft capable of autonomously landing onto an aircraft
carrier.
US military's latest robot weapon:
Regarded as the US military's latest robot weapon, the aircraft comes amid fears that the handing over of warfare to artificial intelligence could lead to disastrous unforeseen consequences.
Controlled by a forearm-mounted box:
The difference between the X-47B and a manned drone is that it will not be driven movement by movement by a remote - like a remote control car. Instead, it will be controlled by a forearm-mounted box called the Control Display Unit which can independently think for itself, plotting course corrections and charting new directions.
Objective set by a human operator:
The unmanned drone will be set an objective by a human operator, for example a target to look at, and it will fly there using technology such as Global Positioning System (GPS), autopilot and collision avoidance sensors.
US military's latest robot weapon:
Regarded as the US military's latest robot weapon, the aircraft comes amid fears that the handing over of warfare to artificial intelligence could lead to disastrous unforeseen consequences.
Controlled by a forearm-mounted box:
The difference between the X-47B and a manned drone is that it will not be driven movement by movement by a remote - like a remote control car. Instead, it will be controlled by a forearm-mounted box called the Control Display Unit which can independently think for itself, plotting course corrections and charting new directions.
Objective set by a human operator:
The unmanned drone will be set an objective by a human operator, for example a target to look at, and it will fly there using technology such as Global Positioning System (GPS), autopilot and collision avoidance sensors.
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