SYNful Knock and a New Age of Phishing

By | September 21st, 2015|Uncategorized|

PhishingEarlier this week, Reuters reported that security researchers uncovered a new malware strain called SYNful Knock, targeting Cisco routers. Once installed, SYNful Knock gives cyber criminals the ability to harvest data being shared via the router without being detected. The malware has already been found on a handful of Cisco routers in four different countries.

While reports of breaches and data theft are commonplace these days, the SYNful Knock malware stands out for one key reason – affected routers were compromised not because of a security flaw in Cisco’s software but because cyber criminals secured the login credentials of key network administrators to install the software.

We’ve long espoused on this blog that employees are always going to be the weakest link in any security system. There will always be an employee that reuses easy-to-remember passwords across multiple logins. There will always be an employee that gets tricked into downloading an infected file or tricked into clicking on a malicious link through a phishing scam. If you want better cyber security at your business, employee education is the place to start.

This is even more evident went you look at the Cisco router story. In the past, cyber criminals focused on quantity over quality – send out 100,000 phishing emails and hope that a handful of recipients fall for the scam. We are seeing a move away from this and a move towards cyber criminals focusing on specific high-value targets, targets like employees that have network administrator-level credentials. Cyber criminals are using social media sites like LinkedIn to identify key personnel that may have administrator access to a system. They are then researching these individuals, often on social sites like Facebook and Twitter, to collect personal information – information that can be used for a customized phishing email or to answer standard password reset questions. In the case of the Anthem breach, cyber criminals used this tactic to secure logins for five Anthem employees. One of these five employees had administrator-level credentials. That’s all it took for cyber criminals to access more than 80 million customer records.

Compared to Anthem, this week’s Cisco router news seems pretty unimpressive. But it is a story that serves as a cautionary tale of what’s on the horizon for business cyber security and employee vulnerability.

Have tips on how to educate employees on password best practices? Weigh in on Twitter and Facebook, and be sure to check out our Tumblr for the latest industry news stories.

Global News Recap: Cybercrime Education Takes Off in the UK

By | July 2nd, 2015|Uncategorized|

Cyber SecurityWe’ve seen some exciting initiatives underway internationally that encourage important cyber security education.

Just this past month a Scottish secondary school implemented a groundbreaking new course on cybercrime that gives students insight into real-world cybercrime cases. The program is the first of its kind and The Daily Record reports that it has attracted widespread attention from police forces and schools around the UK.

Kyle Academy in Ayr offers this ten-week program to first year students that want to learn about cybercrime. “We worked with police to create a Police Scotland Cyber Security Open Badge – much like you would get in the Scouts,” described Scott Hunter, principal computer science teacher at Kyle Academy. “The police supplied us with real case studies – like extortion on the web – so pupils could relate to what goes on rather than me just saying, ‘This is dangerous’. This had a great impact.”

Continuing Scotland’s focus on cybercrime education, Andrew Denholm of The Herald Scotland reports that Police Scotland has recently increased its collaboration with educators to boost young people’s interest in cyber security. These efforts are to combat a decline in student participation in computer science programs.

Martin Beaton, from Edinburgh University’s School of Informatics said, “The subject is withering and we need to establish why the number of pupils taking it and the number of teachers teaching it are in decline when it is such an important growth area.”

Detective Superintendent Stephen Wilson, from Police Scotland, added, “Crime is going down, but cyber crime is on the increase and it is something of which we all need to be aware. We are now seeing businesses of all different sizes being hit by various forms of cyber crime and there is a desperate need for experts in this field in the future.”

Cybercrime educational initiatives aren’t limited to Scotland. Cyber Security Challenge UK, a series of national competitions and learning programs, has also made headlines over the past few months. In a recent competition finale, amateur cyber security enthusiasts raced to stop a simulated cyber-terrorist attack against London City Hall.

“Both government and business need skilled and talented people to feed the demand for better cyber security in the UK,” said Francis Maude, Minister for the Cabinet Office with responsibility for the Cyber Security Strategy and National Cyber Security Programme, whose department was one of the original founders of the Challenge.

“This competition is the biggest and best yet and events like this play an important role in helping provide the next generation of cyber professionals.”

Should other countries create similar programs for students? Will programs like these help foster the next generation of InfoSec professionals? Let us know what you think on Twitter and Facebook. Be sure to check out our Tumblr for the latest industry news stories.

On the Front Lines: Your Guide to the Cybersecurity Workforce, Part III

By | June 4th, 2015|Uncategorized|

We’re happy to share a three-part guest blog series from writer Tricia Hussung on behalf of Russell Sage Online. As formal education becomes integral to the cybersecurity industry, more and more colleges and universities are establishing programs of study focused on digital culture and technological security. Russell Sage Online offers both a Bachelor of Science in Information Technology and Cybersecurity and an undergraduate Cybersecurity Certificate. Here’s more from Tricia on the latest trends in cybersecurity careers.

It may be surprising to learn that, despite their status as some of the most sought-after professionals in the tech sector, cybersecurity experts tend to remain employed at the same organizations for relatively long periods of time. The Semper Secure survey reports that 65 percent of cybersecurity professionals said they have worked at two or fewer organizations throughout their career. Industry insiders agree: Lee Vorthman, CTO of NetApp’s Federal Civilian Agencies unit says that, “These people aren’t jumping from job to job looking for salary bumps and signing bonuses. Many of them want to work for federal agencies and most of them tend to stick with employers for the long term. For companies, that means they better get them early or risk not getting them at all.”

This means that many of those interested in cybersecurity careers are passionate about technology itself, rather than the high salaries and growth potential they can expect upon graduation. As Jum Duffey, secretary of technology at the office of the governor of Virginia, puts it, “For top talent, cybersecurity isn’t about just a job and a paycheck. It is about the hottest technology, deployed by honorable organizations, for a purpose that in inherently important.”

What Makes a Paycheck?
Professionals in cybersecurity earn well above the national average for U.S. workers. In a recent survey by the SANS institute, 49 percent of responders said they earned $100,000 or more per year— mostly for management roles. The largest single group of responders (23 percent) selected the $80,000 to $99,999 range. This group was comprised mostly of engineers and administrators. There was a considerable between the overall average for management ($121,376) and that of non-management categories ($95,149).

Understandably, cybersecurity salaries are higher based on experience. The average professional starts out at around $74,000 per year, while those with 20 years of experience earn more than $123,000 per year. That difference across 20 years amounts to raises of about $2,500 for each year of experience gained. For both managers and non-managers, progressive salary increases can be expected, but management income remains over 20 percent higher than non-management income regardless of experience.

Education is an important factor in determining salary levels. The same SANS report states that those holding bachelor’s degrees and 7 to 10 years of experience earn average incomes of over $100,000. Those with more advanced degrees “achieve this level of pay sooner.” The opposite is also true, with associate-level respondents earning $64,302 and bachelor’s degree holders earning $71,564.

When education and experience are combined, salary is affected further. Those who have been in the industry for over 10 years and hold advanced degrees have a significantly higher salary than their less educated, less experienced peers. As cybercrime threats continue to become more widespread and security becomes more vital, “the need for advanced degrees is predicted to continue to be in high demand,” according to SANS.

While formal education remains a central factor in the employability of cybersecurity professionals, certifications are another leading contribution to successful careers. The SANS survey reports that, in 2008, a majority of hiring managers “felt that certifications were an important (or key) requirement for hiring. And demand for certified experts is only growing, as more and more organizations require specialized skills in incident handling and response, audit and compliance, and firewall/IDS/IPS/SIEM. Currently employed cybersecurity professionals agree with this assessment: 85 percent of survey respondents said that they hold a professional certification such as the Certified Information Systems Professional (CISSP).

Want more information about careers in cybersecurity? Read more at Russell Sage Online.

On the Front Lines: Your Guide to the Cybersecurity Workforce, Part II

By | June 3rd, 2015|Uncategorized|

We’re happy to share a three-part guest blog series from writer Tricia Hussung on behalf of Russell Sage Online. As formal education becomes integral to the cybersecurity industry, more and more colleges and universities are establishing programs of study focused on digital culture and technological security. Russell Sage Online offers both a Bachelor of Science in Information Technology and Cybersecurity and an undergraduate Cybersecurity Certificate. Here’s more from Tricia on the latest trends in cybersecurity careers.

The work environment for cybersecurity professionals is largely dependent on whether an organization is experiencing a security attack. During these times of crisis, workload priorities shift dramatically from a “steady-state operating environment” to a surge capacity. To adjust, cybersecurity professionals need the knowledge and skills to quickly respond to threats as soon as they arise. The ability to quickly and effectively counter security threats is vital, as the stakes are dangerously high. However, during maintenance periods in which no threats are imminent, these individuals must maintain high performance. This means that there is no such thing as an ‘average work day’ for cybersecurity professionals. They must be prepared with a wide range of technical abilities to perform a wide variety of activities while remaining collaborative.

Though it is often considered a subset of information technology, the Institute of Electrical and Electronics Engineers (IEEE) reports that daily cybersecurity work goes beyond the scope of IT. It includes “the analysis of policy, trends and intelligence to better understand how an adversary may think or act — using problem solving skills often compared to those of a detective.” Because of this, the IEEE recommends that prospective cybersecurity professionals be “those who can see themselves in fast-paced environments” with unpredictable working hours. However, one of the advantages of the field is that it is constantly evolving. Professionals in the developing cybersecurity workforce come from different educational backgrounds and are prepared for varying career paths such as those mentioned above.

Salary Information
In general, the salaries for cybersecurity careers are high. The Wall Street Journal reports that the salary for engineers, analysts, architects and other types of trained cybersecurity professionals averaged $101,000 based on advertised information. The same article states that this is “well above” the expected salary for IT professionals, which according to the Bureau of Labor Statistics is $86,000.

Though these broad numbers are certainly encouraging, salary data for specific cybersecurity careers is even more impressive. It is important to note that these salaries are estimated and can vary based on experience and specific skill area.

  • Data security analysts earn anywhere from $89,000 to $121,500 according to Robert Half Technology, a national provider of IT professionals. Modis, a global provider of IT staffing services, reports that analysts at entry-level earn an average of $70,500, while those in supervisory and management roles earn from $93,300 to $110,100.
  • Security administrators have a wider range of earning potential, from $49,400 to $114,500 per year according to Modis. Robert Half categorizes security administrators into two groups: systems security and network security. By their estimate, a systems security administrator can earn $85,250 to $117,750 per year, while network security administrators earn from $85,000 to $116,750 annually.
  • Information systems security managers earn from $103,500 to $143,500 per year according to Robert Half, while Modis projects annual earnings to be from $78,300 to $142,000. These numbers include base pay and incentives.
  • Systems/application security analysts can expect to earn $85,800 per year for base salary, according to Modis. With incentives, this number rises to $89,200.
  • Network security engineers earn anywhere from $89,500 to $116,750 annually according to Robert Half.

Want more information about careers in cybersecurity? Read more at Russell Sage Online.

On the Front Lines: Your Guide to the Cybersecurity Workforce, Part I

By | June 2nd, 2015|Uncategorized|

We’re happy to share a three-part guest blog series from writer Tricia Hussung on behalf of Russell Sage Online. As formal education becomes integral to the cybersecurity industry, more and more colleges and universities are establishing programs of study focused on digital culture and technological security. Russell Sage Online offers both a Bachelor of Science in Information Technology and Cybersecurity and an undergraduate Cybersecurity Certificate. Here’s more from Tricia on the latest trends in cybersecurity careers.

It’s no secret that cybercrime is a serious global issue. More than 1.5 million people a day are victims of cybercrime and the global cost has reached $100 billion. Facing data like this, the federal government has recently ranked cybercrime as a top security threat. In fact, the U.S. Director of National Intelligence pointed to cybercrime as a top security threat, “higher than that of terrorism, espionage and weapons of mass destruction.”

President Barack Obama also noted that “developing effective cybersecurity measures and capabilities is one of the most serious economic and national security challenges we face as a nation.” Recent security breaches affecting Target, Home Depot, JP Morgan Chase and Sony Entertainment brought cybercrime into the mainstream media, but these attacks are nothing new. One recent report identifies inferior skill levels as a contributing factor to this issue, pointing out that “the cybersecurity programs of U.S. organizations do not yet rival the persistence, tactical skills and technological prowess of their potential cyber adversaries.” For these reasons, trained cybersecurity professionals are more in demand than ever before.

Why Cybersecurity?
Qualified cybersecurity professionals are the main defense against cybercrimes, protecting networks and creating secure environments for organizations of all types. As experts, they use highly technical tools and skills to audit systems. These specialized competencies are the reason that businesses hire cybersecurity professionals: they monitor networks for attack traffic and deploy countermeasures to protect sites of all kinds. And, organizations are taking the development of security seriously. In fact, the global cybersecurity market is expected to grow to $120.1 billion by the year 2017.

The demand for cybersecurity professionals is growing at 3.5 times the rate of overall IT jobs and 12 times faster than the job market overall. This growth is a continuation of an ongoing trend; the demand for cybersecurity experts grew 73 percent between 2007 and 2012. Especially in fields like health care, education and public administration, this growth will no doubt continue in the coming years.

The Cybersecurity Workforce
The National Initiative for Cybersecurity Education (NICE) recently partnered with the Federal Chief Information Officer’s Council to develop a workplace assessment for the cybersecurity workforce. A total of 22,956 participants from more than 50 federal departments and agencies completed this assessment, which collected demographic information, pay grade, age range, experience, education and certifications. One important finding of this report is that the majority of participants (78.5 percent) are above the age of 40, while participants aged 30 or younger account for just over five percent.

This disparity in age demonstrates part of why there is such a demand for cybersecurity professionals in today’s workplace — many of the current trained, experienced professionals are approaching retirement age. In addition, participants indicated a strong need for trained specialists in information assurance (IA) compliance, vulnerability assessment and management, and knowledge management. All of these skill areas are part of the modern cybersecurity curriculum for most degree programs.

Want more information about careers in cybersecurity? Read more at Russell Sage Online.

Safeguarding Students’ Personal Data In WiFi-Friendly Schools

By | August 25th, 2014|Uncategorized|

backtoschool_082214This guest blog post is a part of our cyberSAFE blog series focusing on back-to-school security, privacy and identity topics. It comes from Alok Kapur, Chief Marketing & Customer Officer at PRIVATE WiFi, a personal VPN product that protects individuals while using laptops and other mobile devices on wireless Internet connections. An expert in the mobile security space, you can connect with him on Twitter and read his recent articles on PRIVATE WiFi’s Official Blog.

The Federal Communications Commission will spend $2 billion to give wireless access to 10 million kids, but are we short-changing our students’ collective cyber-safety rights?

After all, having students on open WiFi networks at school means that data is susceptible to attacks. And what happens to a teacher’s productivity if one student brings a virus from home onto the school’s wireless network? Has the FCC put a plan in place to encrypt student data and class assignments? Perhaps most worrisome is that WPA2 encryption is the only solution that is really viable right now, since nearly all the other standards can be broken into – but is the FCC explaining this or simply doling out the cash without further security advice?

Another worrisome issue is that the natural progression to the FCC’s funding will be the rise of bring-your-own-device (BYOD) policies for students. But unless students are encrypting their data with a VPN like PRIVATE WiFi, updating antivirus software, and using a firewall, BYOD trends are as risky as leaving their assigned lockers wide open – anyone can see their sensitive, personal details. No student would ever agree to openly reveal their online data, after all, but few students probably understand the privacy risks of WiFi.

And according to an Education Week article, the fallout from childhood identity theft might not be known for years. That’s cause for concern given the volume and scope of accidental data breaches in K-12 systems.

Indeed, the same article cites one case among many involving a school contractor who accidentally exposed the names, addresses, dates of birth, and full Social Security numbers of more than 18,000 Nashville Public Schools students; the sensitive information was available online for more than two months.

To avoid data security conflicts, wouldn’t it be better for school districts to maintain student wireless networks that are separate from teacher/administrator networks? If those involved in higher education (many of whom hold advanced degrees) can’t safeguard students’ most sensitive information, how can children in BYOD and WiFi-friendly school environments possibly stand a chance of protecting themselves? Let us know what you think on Twitter and Facebook, and be sure to check out our Tumblr for the latest industry news stories.

News Recap: Universities Become Cybersecurity Hubs

By | November 26th, 2013|Uncategorized|

university blogA number of universities are investing in the future of combating cybersecurity threats. From increased education for the public, to brand new majors that inspire cyber innovators, the nation’s universities are quickly becoming hubs for cybersecurity.

Cal Poly, for instance, announced a new initiative in cybersecurity education. Dark Reading reported, “the major new educational initiative encompasses a comprehensive and collaborative program that spans the polytechnic university and partners with public and private organizations. The goals of the program include educating thousands of students in cybersecurity awareness and readiness; producing experts in cyber technologies and systems, including many professionals who will serve the military and defense industry; and graduating cyber innovators who are prepared for advanced study and applied research in emerging cyber issues.”

Stephanie Hayes of the Tampa Bay Times outlined hopes for Florida’s cybersecurity hub, which is planned to be located at the University of South Florida in Tampa. Hayes quotes project leaders saying, “The new center would bring it all together. USF would offer a master’s degree in cybersecurity, as well as certificates in subjects such as cyberbehavior, cyberbullying and cybercrime.” Hayes reiterates the point, quoting USF Provost, Ralph Wilcox: “Students and faculty from all over could train and do research there… IT professionals from around the country could come for certifications. Tampa is central to big businesses, plus MacDill Air Force Base. And USF is home to a high number of student veterans.”

What else could our universities be doing to promote, develop and teach cybersecurity? Do you think education will be a strong enough deterrent against cybersecurity threats? Let us know what you think on Twitter and Facebook, and be sure to check out our Tumblr for the latest industry news stories.

And if you’re interested in how other types of organizations are stepping up to the plate when it comes to cybersecurity, see last week’s news recap about organizations within the financial industry.

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