Why you can no longer put off prepping for hacks and takedowns of ALL U.S. infrastructure

Tuesday, August 1, 2017
By Paul Martin

by JD Heyes
Monday, July 31, 2017

Unbeknownst to most Americans, there is a conference that takes place in Las Vegas every single year that draws the most competent, capable hackers in the world. For four days they meet to discuss and demonstrate the latest techniques they’ve discovered (and likely used) to essentially disrupt as much of modern society as possible.

In the digital, wired, Internet-connected age, in a single room, at a single convention, lies the fate of modern societies everywhere.

The event is called “Black Hat,” and it just concluded last week. This year’s event drew about 16,000 hackers and information security experts from all over the world, as lawmakers, policymakers, defense experts, financial institutions, power companies and other infrastructure managers lie awake at night trying to figure out how to defend modern IT systems from these folks.

As noted by McClatchy Papers:

Hackers routinely come to the Black Hat convention to demonstrate how to break into electronic systems embedded in medical devices, ATMs, cars, routers and mobile phones. This year, at the 20th annual gathering, one security researcher walked attendees through a hack of a wind farm.

“Wind farm control networks are extremely susceptible to attack,” said the researcher, Jason Staggs, who works on behalf of the University of Tulsa.

He says hackers only need to find access to a single wind turbine in order to implant a virus or malware that would then spread throughout the wind farm. He said he’d been able to hack into multiple wind farms, after first obtaining permission from the operators.

“We can turn the turbine on or the turbine off or put it in an idle state,” he told the gathered attendees, as he then demonstrated his technique.

At present, wind farms provide less than 5 percent of America’s energy needs, but industry experts believe that will climb to 20 percent by 2030, so you can see that the risk to the country’s energy infrastructure is only going to grow.

Staggs said that a 250 megawatt wind farm standing idle after a malicious cyber attack can cost an electric utility between $10,000 and $35,000 an hour.

Then, of course, there are fears of attacks on the nation’s power grid itself, such as that which occurred in Ukraine in December 2015, allegedly by Russian hackers. And while some U.S. experts say that hacking the American grid is difficult because there are actually several of them and they are robust, a targeted attack in a densely populated region is very possible.

The Rest…HERE

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