In-brief: three quarters of embedded systems that sport web interfaces tested by researchers at universities in Germany and France contained serious security vulnerabilities, according to a new study. The results raise more questions about the security of embedded devices including home routers and home surveillance cameras.
A mysterious piece of software, dubbed Wifatch, has been infecting tens of thousands of Linux-based home routers and, according to experts at Symantec, attempts to secure them from attack. But Wifatch’s benevolent intentions shouldn’t obscure its malicious actions, or the security problems that it takes advantage of. The malicious software runs on vulnerable, Linux-based home routers. There, it removes other malware infections, disables vulnerable services like Telnet and even prompts users to update their administrator user name and password to prevent compromise, according to a post on Symantec’s blog. But the malware is still spreading between vulnerable systems without the owners consent and could easily be pressed into service distributing spam or malicious software, experts note. According to Symantec, Wifatch is likely spreading between infected devices by targeting exposed Telnet interfaces and using brute force password attacks to gain access to the devices. Tens of thousands of devices may have been infected […]
On Friday, the firm Allegro Software of Boxborough, Massachusetts, released an odd-sounding statement encouraging all its customers to “maintain firmware for highest level of embedded device security.” Specifically, Allegro wanted to warn customers about the need to apply a software update to address two recently discovered vulnerabilities affecting its Rom Pager embedded web server: CVE-2014-9222 and CVE-2014-9223, collectively known as the “Misfortune Cookie” vulnerabilities. That patch in question was released almost ten years ago – in 2005. As reported widely last week, the vulnerabilities affecting the Rom Pager software can be found in some 12 million broadband routers by manufacturers including Linksys, D-Link, Huawei, TP-Link, ZTE and Edimax. In short: some of the most common sellers of broadband routers in the world. The security firm CheckPoint discovered the vulnerabilities and issued a report about them. (The report web site is here and a PDF format report is here.) According to CheckPoint, the Misfortune Cookie vulnerability has to […]
With the Black Hat Conference well under way and DEFCON starting later this week, the security world’s attention will turn to Las Vegas, where some of the cyber security industry’s top researchers and thinkers will be holding court. One of the most anticipated talks is the Black Hat Briefings opening keynote. This year, the honor goes to none other than Dr. Dan Geer, the CISO of In-Q-Tel, the investment arm of the U.S. intelligence sector. Geer’s talk on Wednesday, August 6, 2014 is entitled “Cybersecurity as Realpolitik.” In anticipation of Dr. Geer’s Black Hat, we’re releasing another recent talk he gave: this one a keynote speech at our May, 2014 Security of Things Forum in Cambridge, MA. In this talk, Dan focused on the security of embedded devices and the fast-emerging Internet of Things. (A full transcript of the talk is available here.) “The embedded systems space, already bigger than what is normally thought of as […]
The integrity of data stored on- and transmitted between Internet-connected embedded devices is one of the biggest technical hurdles standing in the way of widespread adoption of Internet of Things technology. For one thing: embedded devices like wearable technology and “smart” infrastructure are often deployed on simple, inexpensive and resource constrained hardware. Unlike laptops or even smart phones, these are purpose-built devices that, by design, run for long periods in remote deployments, with extremely constrained features and low power consumption that is the result of limited processing power and memory. [Read Security Ledger’s coverage of connected vehicles.] Now Intel is promoting a platform that it says can bridge the gap and provide robust security features even for resource-constrained Internet of Things devices like wearables and connected vehicles. Back in April, the Intel Labs unveiled the results of joint research with Technische Universität Darmstadt in Germany. The researchers have developed a platform, dubbed TrustLite […]
