Technische Universität Darmstadt, usually known as TU Darmstadt is a research university based in Germany. It was founded in 1877 and over the last 137 years has grown to be among the largest and most prestigious public universities in Germany serving over 25,000 students per year. It is the alma-mater to many world-wide leaders from Nobel prize winners, a CEO of a fortune 500 company, a president of a country and multiple World Robocup champions.
No wonder, they have a reference from Albert Einstein!
In 2009 TU Darmstadt embraced BYOD with the 5508 Series Controller managing the 1140 802.11n Access Points. Recently we talked to Thomas Vogel, the Head of Network Group and Andreas Liebe, the Network Services Manager who have over 15 years of experience managing WLAN environments. In this blog, we will describe some of the details of WLAN deployments using the 3850 Series Switch and the 5760 Series Wireless LAN Controller to address the new requirements in the school environment. Read More »
This post is co-authored by Andrew Tsonchev, Jaeson Schultz, Alex Chiu, Seth Hanford, Craig Williams, Steven Poulson, and Joel Esler. Special thanks to co-author Brandon Stultz for the exploit reverse engineering.
Silverlight exploits are the drive-by flavor of the month. Exploit Kit (EK) owners are adding Silverlight to their update releases, and since April 23rd we have observed substantial traffic (often from Malvertising) being driven to Angler instances partially using Silverlight exploits. In fact in this particular Angler campaign, the attack is more specifically targeted at Flash and Silverlight vulnerabilities and though Java is available and an included reference in the original attack landing pages, it’s never triggered.
HTTP requests for a specific Angler Exploit Kit campaign
Angler exploit content types delivered to victims, application/x-gzip (Java) is notably absent
Mobile communications today is virtually indistinguishable from the first mobile call that was made four decades ago. We have gone from monster handsets to pocket-sized portable computers. Mobile communications has become an essential part of our daily lives. For mobile operators and other companies operating in this space it is essential to know the facts about the mobile market and how the mobile user is changing.
The recent video by Cisco “Understanding the Changing Mobile User” provides key insights for SPs into how mobile users are using LTE, Wi-Fi and their changing mobile behavior. The video identifies options for operators to be successful in the changing mobile world.
A recent Bloor Research Market Update on Advanced Threat Protection reminds us of something that many security vendors have long been loath to acknowledge: traditional, point-in-time technologies, like anti-virus or sandboxes, are not entirely effective when defending against complex, sophisticated attacks.
This is due to something we have said before and we will say again: malware is “the weapon of choice” for malicious actors. We know blended threats introduce malware. Our 2014 Annual Security Report notes that every Fortune 500 company that was spoken to for the report had traffic going to websites that host malware. Bloor tells us all, once again, that attack methods are becoming more complex.
To put it plainly, when it comes to networks being breached, it is not a case of if, but when.
Closing the big deal. Calming an irate customer. Clarifying instructions given in an email. Voice has long been the killer app for business. As the world goes mobile, smartphones are becoming a key way for business people to stay connected, not just when they are out of the office, but an important means of voice communication in the office. Like consumers, many business users are cutting the cord and using their mobile device, instead of their desk phone, to make and receive voice calls. A recent Cisco study of mobile users reveals that 50 percent of knowledge workers use their mobile phone at least one-quarter of the time to make calls in the office, instead of reaching for a desk phone. And, 35 percent of knowledge workers equally choose between a mobile and desk device when placing a call. We expect this mobile displacement of the traditional desk phone to grow as employees increasingly bring their own mobile devices to work and use them for conducting business.
Mobile cellular networks were built to cover large outdoor and semi-outdoor areas. They were never built to penetrate the steel, glass and concrete of modern buildings. While there may be some coverage near the windows, the signal strength rapidly degrades as you head towards the center of the building. This is only going to get worse as new building materials, such as blast resistant glass, make it even harder for signals from the macrocell network to adequately cover the place of work. Our research found that one-third of all business users receive only 1 to 3 bars of signal strength at their place of work. And, 10 percent of business people obtain very poor quality mobile service (1 to 2 bars).
The shift to mobile in the workplace should be Read More »