Revolutionary thinking
By Nick Cook with Kim Burger, Luke Hill, Ian Kemp, Andrew Koch and Michael Sirak
The nature of warfare - now and in the future - changed forever on 11 September 2001. For a decade, commentators, analysts and military observers have been talking about a new defence 'paradigm' and the 'revolution in military affairs', but only then, when airliners were used as weapons of mass destruction, did the revolution and the paradigm take flight and a new 'warform' mobilise.
Gen John Jumper, USAF Chief of Staff, has called it "a whole new realm of thinking" and illustrates this new thinking with several examples from the Afghan campaign: how B-52s, designed as strategic Cold War bombers, were operating as close air support aircraft; and how special operations forces (SOF) on horseback were punching in their target co-ordinates on laptops.
"We have found that we are able to do something that we have not been able to do for a very, very long time and that is to relate air power to troops on the ground," said James Roche, Secretary of the USAF.
Gen Jumper refers to it as "innovative thinking", but the speed with which information flies around the battlefield also makes its own demands on simplicity.
A perfect illustration again comes from Afghanistan, where, after a rapid modification programme, USAF AC-130 gunships were able to receive live 'streaming' video from an RQ-1A Predator UAV intended to direct the gunship's fire onto terrorist ground targets. The experiment worked so well that the idea is being taken further. This month, according to Gen Jumper, SOF will experiment with a laptop software programme called 'Rover' that will allow troops on the ground to draw directly onto photographic imagery of the target area. They will be able to 'paint' circles around the 'bad guys' and 'good guys' then shoot the information directly to an AC-130, avoiding any confusion about who is where.
However, innovation - particularly when applied too rapidly - can also bring its own hazards. Gen Jumper relays an account of a SOF operator in Afghanistan who typed in GPS target co-ordinates into his laptop but had to change the battery before relaying the information. It cost him his life. Because of a software glitch, with the new battery installed the laptop gave the SOF operator's own position as the target to a circling US fighter, with inevitable and tragic consequences.
It is important, Gen Jumper says, that these kinds of fallibilities are removed from the 'system'. Data, he says, is best fed directly into a weapon and then merely confirmed by a human in the loop.
The degree to which automation and robotics should be applied to the battlefield is a debate that is only just beginning. It has been pulled sharply into focus by some appalling incidents of 'collateral damage' from recent wars: the destruction of the Chinese embassy in Belgrade during the 1999 Kosovo campaign and the deaths in July of Afghans at a wedding celebration after a mistaken attack by an AC-130. In both cases, data inputs by people were the common denominator.
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