We are witnessing the growth of the Internet of Everything (IoE), the network of embedded physical objects accessed through the Internet, and it’s connecting new devices to the Internet which may not traditionally have been there before. Unfortunately, some of these devices may be deployed with a security posture that may need improvement.
Naturally when we saw a fewposts about multi-architecture malware focused on the “Internet of Things”, we decided to take a look. The issue being exploited in those posts is CVE-2012-1823, which has both an existing Cisco IPS signature as well as some for Snort. It turns out this vulnerability is actually quite heavily exploited by many different worms, and it took quite a bit of effort to exclude all of the alerts generated by other pieces of malware in Cisco IPS network participation. Due to the vulnerability-specific nature of the Cisco IPS signature, the same signature covers this issue as well as any others that use this technique; just one signature provides protection against all attempts to exploit this vulnerability. As you can see in the graph below this is a heavily exploited vulnerability. Note that these events are any attack attempting to exploit this issue, not necessarily just the Zollard worm.
The graph below is derived from both Cisco IPS and Sourcefire IPS customers. The Cisco data is from customers who have ‘opted-in’ to network participation. This service is not on by default. The Sourcefire data below is derived from their SPARK network of test sensors. This graph is showing the percent increase of alert volume from the normal for each dataset at the specified time.
Recently Ford celebrated the success of the SYNC® system with its 10-Millionth SYNC equipped vehicle. For those who don’t know what the Ford SYNC system is, head over to the Ford Technology page and get yourself educated. What’s important about this milestone is the fact car connectivity has reached critical mass. This milestone really is a building block that will pave the way for a fully connected vehicle experience with IOE (Internet of Everything). Doug VanDagens, global director of connected services solutions for Ford Motor Company is quoted by saying “It’s our goal to turn the connected vehicle into an intelligent vehicle.” Let’s imagine for a minute the possibilities.
You leave the house for work, get into your vehicle and turn it on. Immediately your NEST thermostat knows you are leaving the house and turns your thermostat to “Away” mode. As you’re driving to work your vehicle reroutes you automatically as there is an accident 5 KM ahead. While on your re-routed course you come across a Tim Horton’s and know you just gotta grab a Double-Double coffee. Read More »
What would an “Internet of Everything” weekend look like was my question earlier this month as I sat there eating breakfast before going into battle later that day. Today’s meal was critical fuel for my next round of matches in a Masters Squash Tournament. The pressure was on because members of my family were coming to watch me later that day and winning was the only option!
I turned back to my breakfast and the environment around me and noticed that the people in the Bistro virtually all had smartphones. Their devices were either in use or sitting on the table as if they were part of the place setting right beside the eating utensils. I looked down at my smartphone and the black screen and began to think differently about what the phone could and should do that would change my weekend experience. Read More »
The Internet of Things (IoT) technology trend is moving faster forward than anyone anticipated. This was evident at the IoT World Forum held in Barcelona, October 29th through 31st. Thought leaders from around the globe converged to discuss wide ranging topics on the IoT, including: standards development, technology ecosystems, connecting the unconnected, data analytics, and a number of different concept-to-reality, real world implementations of the IoT in action.
[What's the Difference Between IoT and IoE? Two Minutes To Find Out!]
Even though the IoT technology phenomenon is rapidly growing, it’s still new for many of us. What does it mean for my industry? Where do I get started? Who do I turn to for help? Indeed, there are many of us staying up at night asking those questions! Read More »
If I told you there’s something all around us that, if connected, could significantly help reduce our dependency on fossil fuels, reduce pollution on a massive scale, reduce the amount of time we spend in our cars, make entire cities smarter and contribute to an overall improvement of peoples’ physical and mental health all at the same time, would you ask why we’re not already doing everything we can to harness its potential?
There are approximately 3.9 million miles of road in the US today, and while there are large stretches of road that don’t suffer from constant traffic, connecting high-traffic, urban roads to the IoE could accomplish all of the above. While we’re connecting roads, we can coat the surface with photosensitive material in the tar/asphalt mixture that would use sunlight to produce energy to power streetlights and much more!
With connected roads, traffic lights can dynamically shift their sequences to allow for an optimal flow of traffic, while cars can truly drive autonomously making commutes more like riding a train and roads safer for pedestrians, cyclists and passengers alike. Read More »