Transcript
A (0:05)
When a big cybersecurity threat emerges, the people in charge of taking it down are the engineers and network operators who keep the Internet running.
B (0:14)
I think of them as wizards, the wizards of the Internet.
A (0:18)
That's our colleague Bob McMillan, who covers cybersecurity, and he says that over the last year, the wizards of the Internet faced something at a scale they had never encountered before. It. It was called kimwolf.
C (0:33)
Kimwolf.
A (0:34)
Kimwolf.
C (0:35)
A fast growing botnet called Kimwolf.
A (0:38)
One of the most extreme botnet operations ever observed.
C (0:43)
What makes Kim Wolf different is how
A (0:45)
it spreads, quietly hijacking nearly 2 million Android devices across the globe. The scale alone is staggering. What the Internet wizards saw was a somewhat familiar threat. A network of bots engaging in distributed denial of service attacks.
B (1:04)
So DDoS attacks are basically when you get a bunch of computers and they flood another computer with just like, junk data, like, hey, could you send me this webpage? And that junk data eventually slows down the computer to the point where it doesn't work. They sort of flood the zone with Internet traffic, and then the target doesn't work anymore.
A (1:24)
But Kim Wolf's attacks were strange because they were coming from millions of devices, products connected to the Internet, like phones, cameras, and TV boxes. In effect, Kim Wolf seemed to be turning those everyday devices into a massive cyber weapon, the biggest one ever seen.
B (1:46)
The concern here was that they could knock out the Internet. That was the concern, like the Internet could get wiped out with this phenomenon. The message was be afraid, be very afraid.
A (2:04)
The wizards of the Internet faced a lot of unknowns about who was behind Kim Wolf and how they were able to infiltrate so many devices around the world. But in order to actually take Kim Wolf down, the wizards needed help from an unlikely ally.
C (2:20)
So my name is Ben. I'm currently studying computer science over in upstate New York at Rochester Institute of Technology.
