Researchers from the security firm BitDefender have found that it is possible to snoop on wireless communications sent between smart watches and Android devices to which they are paired. The researchers, led by Liviu Arsene, captured and analyzed raw traffic between the Nexus 4 Android device running Android L Developer Preview and the Samsung Gear Live smart watch. The traffic was captured on the Android device before it was transmitted to the associated smart watch using a baseband co-processor that it standard on most Android devices. According to BitDefender, the wireless traffic is secured using a six digit PIN code. That leaves the device vulnerable to computer-enabled “brute force” attacks that can try the million possible six digit codes in short order. BitDefender noted that the problem exposed wasn’t limited to smart watches. Using baseband co-processors on Android devices to handle encryption is “not a fool-proof security mechanism,” Arsene wrote. Attackers might also be […]
connected devices
Security Ledger Talks Car Hacking on NPR’s AirTalk
Just a note to our readers that you can listen to a great conversation on hacking automobiles on Airtalk, a National Public Radio call-in talk show that airs on WPCC, Pasadena, California. Interestingly: the other expert guest on the show was none other than Chris Valasek of IOActive, one of the most recognized researchers on security vulnerabilities in modern automobiles. [Read more Security Ledger coverage of Chris Valasek’s research here.] Chris and I spoke with host Larry Mantle about the current state of affairs with regard to car hacking: what is possible (theoretically), what is practical and what are car makers doing about it. Check out our conversation via KPCC’s web site: The next frontier for computer hackers: Your car | AirTalk | 89.3 KPCC.
Big Data, Security Drive Dell In Post-PC Future
If you consider how the Internet of Things is transforming the technology industry, one of the most interesting and thought-provoking areas to pay attention to is what we might consider technology “majors” – firms like HP and IBM and Cisco that made their mark (and their hundreds of billions) serving the needs of an earlier generation of technology consumers. How these established technology firms are pivoting to address the myriad challenges posed by the “Internet of Things” tells us a lot about how the IoT market is likely to shake out for consumers and – more pressingly- the enterprise.
Wellness Apps & Wearables Put You up for Sale | SANS Institute
The SANS Institute’s Securing the Human blog has a nice, contributed article by Kelli Tarala of Enclave Security on the security and privacy implications of wearable technology. Among Tarala’s conclusions: health and so-called “quantified self” products do much more than gather health data like pulse and blood pressure. Rather: they are omnivores, gobbling up all manner of metadata from users that can be used to buttress health data. That includes who you exercise with, favorite walking- and jogging routes and the times you prefer to work out. Of course, social media activity is also subject to monitoring by these health apps, which often integrate with platforms like Facebook, Twitter and Pinterest to share workout information. [Read more Security Ledger coverage of wearable technology here.] All of this could spell trouble for consumers. To quote Tarala: “there are companies interested in your Quantified Self, but their goals may not be to health related.” […]
Thread Gets Boost from Freescale Beta Program | EDN
We covered the announcement of Thread, a proposed IoT communications standard back in July. The question for Thread, as with competing IoT standards like Open Internet Connect and The AllSeen Alliance, is who will adopt it. Needless to say: without the embrace of software and device makers, even the best standard will wither on the vine. Now its seems like Thread is getting a boost from Freescale Semiconductor. That company last week announced a beta program that will give developers access to its own implementation of the Thread draft specification. As this report over at EDN Newtork notes, Freescale said at the Electronica 2014 conference that it is offering Thread-compliant versions of its Kinetis W series of wireless microcontrollers. The move is designed to encourage companies to create Thread-enabled products based on Freescale’s Kinetis platform. Freescale’s Kinetis family of devices are designed to enable connections between devices for home automation, healthcare, smart energy […]