Unveiling the Seidenberg School’s first ever cyberdefense course with the ACCA

Pace University’s Seidenberg School of Computer Science and Information Systems, supported by the Association of Chartered Certified Accountants (ACCA), will train finance professionals in cybersecurity and cyber defense in August this year.

The course – Foundations of Cyber Defense for Accounting – was announced after Pace University’s recent designation as a Center of Academic Excellence in Cyber Defense Education (CAE-CDE). It will take place on Pace’s Lower Manhattan campus and is taught by Dr. James Gabberty, a seasoned Information and Communication Technology practitioner with more than 30 years’ experience in academia and industry.

Pace University worked to build the course’s contents in order to address the increasing cybersecurity crisis that affects every country. A 2016 ACCA report deemed cybercrime too dangerous and powerful to ignore; the Seidenberg School has for many years now trained new cybersecurity professionals to combat the growing threat.

The course will take place on August 4. Interested in attending? Register!

Read the full press release about Pace University’s new cyber defense for accounting course.

The Seidenberg School welcomes James Gabberty as Associate Dean

gabbertyAs of November 1, Dr. James Gabberty has assumed the position of Associate Dean at the Seidenberg School. Dr. Gabberty has a wealth of experience that made him the ideal candidate for the position.

He will be working to drive more sponsored research and internship opportunities to Seidenberg. He will also be focusing on the creation of a cybersecurity certification program with Pace Adult and Continuing Education.

Exciting things are happening at the Seidenberg School of Computer Science and Education Systems, and we can’t wait to announce them as they take place!

 

Are You Protecting Your Bank and Your Customers?

For the average banking customer, little attention is paid to the security aspect of public wireless networks at banks. Today’s users are so accustomed to attaching to free, public Wi-Fi services that they inherently trust that financial institutions are protecting their data and confidential information.

Prof_Gabberty_Seidenberg

However, that is not always true. Often times, financial institutions do not regularly monitor and update their routers which put their wireless networks at risk. As routers are the devices that handle network connectivity, they are susceptible to many of the same anomalies as tablets and personal computers, such as performing sluggishly, occasionally locking up, and much worse, becoming infected with malware. Just like their computer counterparts, routers are usually shipped with an operating system that has been installed by the manufacturer which needs to be occasionally refreshed with an updated version, begging the questions: “how often do banks actually perform this upgrade?” The answer, simply put, is that while some do, others don’t. Why is this so?

Professor James W. Gabberty

One of the primary reasons that financial institutions are loathe to update their routers’ operating systems has to do with the sheer number of routers deployed by mid- and large-sized banks and the common sense notion that when one router is updated, all the rest must likewise be updated, which requires substantial planning and attention to detail (not to mention significant time and money).  While upgrading routers periodically is certainly a nuisance, not performing them en masse would be akin to individual users running disparate versions of the Microsoft operating system and office suites within a company – a seriously problematic proposition since the number of security vulnerabilities would skyrocket.

Many banks also simply don’t have an accurate, updated list of all the routers in their organization, not to mention each router’s individual IOS level and almost certainly, its configuration. Asset management has long been a problem for all companies and banks are no exception. Corporate policy is frequently bypassed and end-users often connect their own devices (USBs, smartphones, and even routers) into the corporate backbone. While there are security awareness techniques designed to stem the rush of employees connecting non-corporate devices to the company’s IT infrastructure, insider activity is still the number one vector of information security breaches within all corporations. Moreover, since keeping track of all infrastructure equipment is a monumental task – especially since proper change management policies are often by-passed, many firms don’t perform as good a measure of due diligence in terms of patching routers as they should.

Still another reason why router upgrades are problematic for financial institutions is tied to the configuration that many routers have been specifically tuned, or set at. Internet-facing ports are a time-tested invitation for exploitation from outside the firm and significant time and effort must be expended to ensure that these ports are all closed while simultaneously enabling only those ports that are critical for the firm to operate. Each time a router is updated, the configuration is lost and must be set again to match corporate policy guidelines; failure to reset the proper configuration causes vulnerabilities inside the firm to reappear.

Understanding some reasons why financial institutions do not invest the proper time needed for router software updates, here are some simple questions for IT security management to simplify the process and ensure protection for wireless networks: (1) Do you have a list of all routers in your organization, the IOS level and the configuration? (2) Have you validated the authenticity of the vendor you purchased your routers from? (3) When was the last time you checked your routers’ configuration and does it match policy? (4) Have you checked that it hasn’t been modified on a daily or weekly basis? (5) Are you logging improper events and staying vigilant? (6) Are you continuously making sure that there are no open ports facing the internet?

Due diligence on the part of maintaining your bank’s many routers can go a long way in ensuring that your customers – and their trust – remain loyal.

Gabberty is a professor of information systems at Pace University in New York City. An alumnus of the Massachusetts Institute of Technology and New York University Polytechnic Institute, he has served as an expert witness in telecommunication and information security at the federal and state levels and holds numerous certifications from SANS & ISACA.

Note: This article first appeared on Banking.com on June 26th, 2014.

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