Huge Vulnerability Discovered in the Ring Doorbell
James SchaeferJames Schaefer
Last October, a botnet comprised of ~100,000 Internet of Things (IoT) devices, driven by a virus called Mirai, launched a DDOS attack against Dyn DNS. This attack disrupted service to several major websites including Amazon, PayPal, Twitter, Reddit, and Github.
This attack brought the Mirai Botnet into public light, and with it came very real questions about security in the IoT space. Mirai was able to grow so large so quickly by exploiting default admin passwords on common IoT devices, predominantly video cameras.
A quick look at Google Trends shows that around the time of the Dyn DNS attacks (Oct 21), interest in IoT security registered a huge spike. Since then, talk of IoT security has intensified, not just in how to prevent future botnets, but also in respect to how user data can be protected. However, talk about IoT security only does so much.
'As we’ve just seen with Ring, even if the customer-facing company cares deeply about security, if the firmware provider doesn’t then it doesn’t matter.'
So what are we doing in response? In regard to the main component of the Mirai botnet, networked cameras, the concerning answer is that very little has been done. In fact, just this week, it was discovered that the Ring Doorbell, a popular connected camera and security product, is sending data to China.
Why? According to Ring, if the Ring device loses connectivity unexpectedly at the end of a transmission, it sends the final video/audio packets to an un-routable address, essentially throwing them away. Unfortunately for Ring, that isn’t what the device actually does, instead it routes packets to an IP address in China owned by Baidu, a Chinese search engine.
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