Today, everything we do on the computer and on our phones creates data. Organizations that are good at utilizing this data, often look to capture everything that they can. This can leave the individual searching for a way to keep his/her data secure. Let’s take a look at some of the best practices used to prioritize individual data privacy.
More than any time before, cybersecurity has to be a major consideration for businesses. It is, in fact, one of the biggest problems the modern business has to face day-in and day-out. Shortage in cybersecurity talent and antiquated strategies are making it difficult for businesses to find the knowledgeable resources that will help them work to secure their network and data from threats to the business.
It’s fair to say that most business owners aren’t cybersecurity experts. That’s why there is such a large investment in cybersecurity solutions. That outlay is justified, sure, but is it effective? Today, we’ll talk a little bit about network and cybersecurity, and how all the capital investment in the world may not actually keep your network secure.
Imagine a world where there wasn’t a singular dishonest being. Passwords would simply vanish from our everyday lives, as we would not be paranoid of a breach or other forms of cybercriminal activity. The harsh reality is this will never become reality. Even worse, the cybercriminals don’t just skim for lack of passwords. Instead, the dishonest criminal goes even further; they take advantage of common or recurring passwords. So how do you know if your password practices are leaving you vulnerable? Google is here to help.
The professional services space is filled with important information. Lawyers, accountants, doctors, and many more professionals have access to some of the very most personal information available. For this reason, they are continuously targeted by hackers. Since October is cybersecurity awareness month, we thought we would take a look at modern cybersecurity practices to see which ones were working best for professional services firms.
Your business’ data is precious, and it goes without saying that there are plenty of entities out there that want to get their grubby little fingers all over it. This is especially the case these days, when credentials and remote access tools can be purchased on the black market and leveraged against organizations of all sizes. If you don’t take action to keep your data secure from unauthorized access, you could face steep fines from compliance issues, not to mention the embarrassment of not being able to protect your organization’s data.
In the late 1970s and early 1980s, Bell telephone companies were making a mint off of offering the ability to call your friends and family that lived outside your predefined region, charging up to $2 per minute (during peak hours) for long distance calls. The problem for many people was that these regions kept shrinking. Some people decided to combat this costly system by reverse engineering the system of tones used to route long-distance calls, thus routing their own calls without the massive per-minute charges demanded by long-distance providers. These people were called Phreakers, and they were, in effect, the first hackers.
Cloud-based databases are valuable for businesses on plenty of levels, but when you consider how much risk you expose your organization to by using a public cloud over a private solution, you suddenly start to realize that the ramifications could be far beyond repair. Compared to the public cloud, a private solution presents a greater opportunity for security, flexibility, and customization.
All that stands between hackers and your accounts’ data, be it personal information or sensitive business info, is a measly string of characters that may (or may not) be complex enough to thwart their attacks. We’re talking about your passwords, and for many businesses, they are the only thing protecting important data. We’ll walk you through how to make sure your passwords are as complex as possible, as well as instruct you on how to implement additional security features to keep your data locked down.
Unfortunately, one of the most effective defenses against phishing attacks has suddenly become a lot less dependable. This means that you and your users must be ready to catch these attempts instead. Here, we’ll review a few new attacks that can be included in a phishing attempt, and how you and your users can better identify them for yourselves.
When we write about Net Neutrality, we typically write about how it is designed to keep the telecommunications conglomerates, who make Internet service available to individuals on the Internet, honest when laying out their Internet service sales strategy. One way to put it is that without net neutrality in place, the Big Four (which are currently Comcast, Charter, Verizon, and AT&T) have complete control over the amount of Internet their customers can access.
There will never be a time that we are not committed to improving the security of businesses. To continue striving for this goal, we’re dedicating this week’s tip to describing some solutions that can assist in locking a business and its data down.
Chances are you have a Google account, whether it’s for business or personal use. It’s more accessible today than ever before and provides a solid way to gain access to several important features and accounts. Considering how much can be done with a Google account, users forget that they can put their security and personal data at risk. Here are some ways that your Google account is at risk, as well as what you can do to fix it.
You might hear the term “zero-day” when discussing security threats, but do you know what they actually are? A zero-day threat is arguably one of the most devastating and dangerous security issues your business could face, and if you’re not prepared, they could be the end of it.
Each year there are changes that need to be made in the way that organizations manage their IT security. In 2017, ransomware burst on the scene in full force, and cyber security strategies reacted, coming up with fully managed security platform that remediate issues better, and cost organizations far more than they would have spent on IT security just a short time ago. In 2018, the same problems persist, while other developing technologies threaten the natural order of things. Today, we will look at how cybersecurity is being approached in 2018.
Spam is a major hindrance when running a business that relies on email, but it’s easy to protect your employee’s time from the average spam messages with the right technological support. Unfortunately, hackers have adapted to this change and made it more difficult to identify scam emails. More specifically, they have turned to customizing their spam messages to hit specific individuals within organizations.
The term “hacker” is possibly one of the best-known technology-related terms there is, thanks to popular culture. Properties like The Girl with the Dragon Tattoo and the Die Hard franchise have given the layman a distinct impression of what a hacker is. Unfortunately, this impression isn’t always accurate. Here, we’ll discuss what real-life hackers are like, and the different varieties there are.
The Internet of Things means a lot more than just enhanced connectivity. In particular, you’ll have a considerable security risk associated with the Internet of Things. It’s clear that the more devices accessing a network, the more risk will be associated with that network, which is where the inherent risk of the Internet of Things comes into play. How can you control the number of devices accessing your network, and thus secure your business from the Internet of Things?
It’s been about a year and a half since the Meltdown and Spectre exploits became publicly known. While patches and updates were administered to reduce their threat, they continue to linger on in a less serious capacity. Of course, this doesn’t mean that the threat has entirely been neutered--you still want to know what these threats do and whether or not you’re safe from them.
One of the inevitabilities of working with the cloud is that you have to face a tough question; what kind of compliance requirements are there for cloud-based data? If you’re storing data for your business in a cloud-based environment, it becomes your responsibility to know where and how this data is stored--particularly if you’re not the one doing the actual cloud hosting. How do you maintain compliance when you seemingly have so little control over how your computing platform is managed and maintained?
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