Internet Security Programs for Students

The Internet is a wondrous place. The most convenient and massive source of information. You have the luxury of accessing any web-site with a simple mouse click. Particularly useful for students. It allows everyone to find and compile all the relevant information quickly; explore popular tourist destinations; find recipes for tasty meals or maybe even get some professional help from Australian assignment writers.

With sensors everywhere, how can we keep data secure?

The idea behind the Internet of Things (IoT) is that everyday objects can connect to each other and exchange data via the Internet. Even the smallest components, such as sensors for measuring temperature, angle of inclination or acceleration can send information or accept commands via the network. Current and future systems are based on the Internet protocol and will probably soon include ipv6 support. They transmit data in an open and well-known format. Depending on the application, data will most likely be transmitted via public networks. This means that data is in principle open to everyone who is connected to the network. Subject to the type of data the consequences range from unpleasant to catastrophic, which is why confidentiality must be protected and safeguarded. There are many ways of achieving this, especially through encryption.

The World after Safe Harbor

In October 2015, the European Court of Justice (ECJ) declared the Safe Harbor Agreement for transferring data to the USA invalid. The decision was based on a lawsuit filed by the Austrian, Maximilian Schrems, who claimed that the data storage practices of Facebook in the USA did not conform to European data protection legislation. After the ECJ upheld the Schrems case, many international companies faced an upheaval to their existing data transfer practices. At the end of the interim period on February 1, they were no longer permitted to share personal data including names, addresses and credit card numbers with subsidiaries in the USA. In principle, this decision could affect all kinds of companies – not just social media platforms such as Facebook or Twitter, but entire sectors including ecommerce and cloud computing. Violations of data protection legislation can incur financial penalties of up to EUR 300,000.

Smaller Scale Is No Defense: Why SMBs Should Assume They’re Already Targets of Cyberattackers

You would be hard pressed to go a month without hearing about a new data breach or major cyberattack in the headlines. These incidents occur with such regularity nowadays that seemingly every industry has been affected – healthcare, education, retail and even amusement parks. There are variations across all these attacks, from the threat vectors themselves to the protections that may have faltered. But, the common thread is that these companies are generally big names with targets on their backs. This trend also tends to overshadow an even more worrisome one: data breaches occurring at small and medium-sized businesses. While SMBs may exist on a relatively small scale, they certainly don’t go unnoticed by hackers. The numbers actually show that three out of four attacks occur at businesses with fewer than 100 employees, and that each incident carries an average price tag of $20,752, according to the National Small Business Association (NSBA). The NSBA’s Jason Oxman elaborated further in comments to the Los Angeles Times last year: “We are absolutely facing an epidemic of attacks on our nation’s infrastructure and attempts to gain access to information. But smaller merchants tend to be easier and more attractive targets for cyber criminals.” This is because SMBs are less likely to be well-versed in security protocols and because they won’t get much attention from the media, thereby allowing the attacks to continue under relative quiet. Compared to enterprises, SMBs may also lack the resources to detect and respond quickly to attacks. The fallout can result in broken websites, bad customer reviews and narrower profit margins – all consequences that can completely devastate...

How One Challenging Gig with My Band Prepared Me for a Career in Cybersecurity

Sometimes, connections between work and play appear when they’re least expected. You wouldn’t expect, for example, a guitar-shredding metal-head to carry over much from his time on stage to his career in cybersecurity, but that’s exactly what happened to Julian Weinberger, CISSP and Director of Systems Engineering for NCP engineering. Julian isn’t performing in the U.S. anymore, but during his time in Germany, one gig in particular brought so many challenges that he still thinks about it today. We sat down with Julian to discuss what happened that night. What specific event involving your band has taught you the most about working in security and business continuity? A few years ago, after hustling to line up free gigs, I landed my first paid performance. Unfortunately, I ran into myriad unanticipated issues: a string on my first guitar broke, my backup guitar didn’t work, my cable made weird noises, and, as if that wasn’t enough, my in-ear system stopped working. Although none of these issues were my fault, they wreaked havoc on the gig – and when you’re hired to entertain, you risk not being paid if you’re unable to deliver, regardless of the circumstances. It’s similar with enterprise network security. If things break — and they will — you need to be prepared with a plan to fix it. So how did you respond on stage? And what did that teach you about security? When performing on stage, technical difficulties must be fixed within seconds, and it’s the same case with security. For instance, if your microphone cuts out – or worse, your organization is faced with security issues...