The age of the killer robot isn't a sci-fi fantasy any more
In the dark, in the silence, in a blink, the age of the autonomous killer robot has arrived. It is happening. They are deployed. And – at their current rate of acceleration – they will become the dominant method of war for rich countries in the twenty-first century. These facts sound, at first, preposterous. The idea of machines that are designed to whirr out into the world and make their own decisions to kill is an old sci-fi fantasy – picture a mechanical Arnold Schwarzenegger blowing up a truck and muttering “Hasta la vista, baby.” But we live in a world of such whooshing technological transformation that the concept has leaped in just five years from the cinema screen to the battlefield – with barely anyone back home noticing.
When the
The NATO forces now depend on a range of killer-robots, largely designed by the British Ministry of Defence labs privatized by Tony Blair in 2001. Every time you hear about a “drone attack” against
At the moment, most are controlled by a soldier – often 7500 miles away – with a control panel. But insurgents are always inventing new ways to block the signal from the control centre, which causes the robot to shut down and ‘die.’ So the military is building ‘autonomy’ into the robots: if they lose contact, they start to make their own decisions, in line with a pre-determined code.
This is “one of the most fundamental changes in the history of human warfare,” according to P.W. Singer, a former analyst for the Pentagon and the CIA. In his must-read book ‘Wired For War: The Robotics Revolution and Defence in the Twenty-First century’, he warns: “Humanity has started to engineer technologies that are fundamentally different from all before. Our creations are now acting in and upon the world around us.”
Humans have been developing weapons that enabled us to kill at ever-greater distances and in ever-greater numbers for millennia, from the longbow to the cannon to the machine-gun to the nuclear bomb. But these robots mark a different stage. The earlier technologies made it possible for humans to decide to kill in more “sophisticated” ways – but once you programme and unleash an autonomous robot, the war isn’t fought by you any more: it’s fought by the machine. The subject of warfare shifts.
The military say this is a safer model of combat. Gordon Johnson of the Pentagon’s Joint Forces Command says of the warbots: “They’re not afraid. They don’t forget their orders. They don’t care if the guy next to them has been shot. Will they do a better job than humans? Yes.” Why take a risk with your soldier’s life, if he can stay in
But the evidence punctures this techno-optimism. We know the programming of robots will regularly go wrong – because all technological programming regularly goes wrong. Look at the place where robots are used most frequently today: factories. Some 4 percent of US factories have “major robotics accidents” every year – a man having molten allunimium poured over him, or a woman picked up and placed on a conveyor belt to be smashed into the shape of a car. The former Japanese Prime Minister Junichiro Koizumi was nearly killed a few years ago after a robot attacked him on a tour of a factory. And remember: these are robots that aren’t designed to kill.
On its first public outing in 2007, one of
Robots find it almost impossible to distinguish an apple from a tomato: how will they distinguish a combatant from a civilian? You can’t appeal to a robot for mercy; you can’t activate its empathy. And afterwards, who do you punish? Marc Garlasco of Human Rights Watch says: “War crimes need a violation and an intent. A machine has no capacity to want to kill civilians … If they are incapable of intent, are they incapable of war crimes?”
Robots do make war much easier – for the aggressor. You are taking much less physical risk with your people, even as you kill more of theirs. One
If virtually no American forces had died in
There is some evidence that warbots will also make us less inhibited in our killing. When another human being is standing in front of you, when you can stare into their eyes, it’s hard to kill them. When they are half the world away and little more than an avatar, it’s easy. A young air force lieutenant who fought through a warbot told Singer: “It’s like a video game [with] the ability to kill. It’s like… freaking cool.”
When the US First Marine Expeditionary Force in
While “we” will lose fewer people at first by fighting with warbots, this way of fighting may well catalyze greater attacks on us in the long run.
Is this a rational way to harness our genius for science and spend tens of billions of pounds? The scientists who were essential to developing the nuclear bomb – including Albert Einstein, Robert Oppenheimer, and Andrei Sakharov – turned on their own creations in horror and begged for them to be outlawed. Some distinguished robotics scientists, like Illah Nourbakhsh, are getting in early, and saying the development of autonomous military robots should be outlawed now.
There are some technologies so abhorrent to human beings that we forbid them outright. We have banned war-lasers that permanently blind people along with poison gas. The conveyor belt dragging us ever closer to a world of robot wars can be stopped – if we choose to. All this money and all this effort can be directed towards saving life, not ever-madder ways of taking it. But we have to decide to do it. We have to make the choice to look the warbot in the eye and say, firmly and forever, “Hasta la vista, baby.”
This article appeared in the Independent

