Killer robots may sound like the name of a science fiction film, but they could be becoming a reality - and soon. Scientists say artificial intelligence has developed so quickly that we could soon see weapons that can choose a target and kill without being controlled by a human. The United Nations has held five days of talks in Geneva, Switzerland on banning what are known as lethal autonomous weapons. But the United States, Russia, Israel and the United Kingdom are against any restrictions, saying these developments could make war safer. How likely are killer robots?
Killer robots, tanks, planes, and ships could theoretically fight wars for states, without any human intervention. They will be "weapons of terror, used by terrorists and rogue states against civilian populations" and will follow any orders however evil," according to Toby Walsh, a professor from the University of New South Wales, Australia. He added: "These will be weapons of mass destruction. One programmer and a 3D printer can do what previously took an army of people. "They will industrialise war, changing the speed and duration of how we can fight.
In attempt to prevent killer robots from destroying the Earth, scientists signed a pledge to not manufacture them. A link has been sent to your friend's email address. A link has been posted to your Facebook feed. In attempt to prevent killer robots from destroying the Earth, scientists signed a pledge to not manufacture them.
A scientific coalition is urging a ban on the development of weapons governed by artificial intelligence. A scientific coalition is urging a ban on the development of weapons governed by artificial intelligence (AI), warning they may malfunction unpredictably and kill innocent people. The coalition has established the Campaign to Stop Killer Robots to lobby for an international accord. Said Human Rights Watch's Mary Wareham, autonomous weapons "are beginning to creep in. Drones are the obvious example, but there are also military aircraft that take off, fly, and land on their own; robotic sentries that can identify movement."