Wi-Fi connectivity is a remarkable technology when you really think about it, and it has fundamentally changed how we work today. What hasn’t changed, unfortunately, is that hackers and cybercriminals will try to use this technology to their own advantage. Therefore, let’s discuss a few relatively simple ways that you can improve your wireless network’s overall security.
The modern threat landscape is vast and unpredictable, and even if you think you know enough about cybersecurity to protect your business, we bet that you don’t. It’s not even just in the business world, either; individuals also struggle against cyberthreats, and so too do IT administrators. The next couple of weeks will be dedicated to cybersecurity to get across everything you need to know about it.
Whether you love them or hate them, passwords serve an important purpose in the realm of cybersecurity. They are the first line of defense against potential threats, yet they are also notoriously easy to crack. Some of the biggest names in technology have been working on ways to get around the challenges presented by password security, including one that we are excited to highlight in today’s blog.
It hasn’t been very long since T-Mobile experienced its latest major hack, but unfortunately, here we are again. Hackers have again accessed customer data, with 37 million customers being affected amongst both their prepaid and subscription-based accounts. Let’s dive into the situation, and what can be learned from it.
For a long time, businesses that didn’t have any cybersecurity problems would never consider investing in additional cybersecurity tools. The decision-makers of these companies simply didn’t find it necessary; and many of them had a point (until they didn’t). Today’s threat landscape is much, much more complex than it was only a few short years ago and therefore businesses need to make a point to set up the security tools that will help them secure their network and infrastructure from threats. Let’s take a look at some strategies that work to help modern businesses secure their digital resources:
With countless threats out there waiting for IT professionals to slip up, it’s no small wonder that many of these professionals are opting into what is called a zero-trust policy for their security standards. So, what exactly is a zero-trust policy, and more importantly, how is it so effective at mitigating security problems in organizational computing?
If Edgar Allan Poe worked in an office, here’s what one of his works would sound like: True!—nervous—very, very dreadfully nervous I have been and am, but why will you say that I am mad? The office had sharpened my senses—not destroyed—not dulled them. Above all was my sense of hearing. I heard all things in heaven and on earth and many things in…the other place. So, how then am I mad, especially when I can so healthily and calmly tell you this story?
When it comes to your business’ cybersecurity, it can be too tempting to operate under the assumption that the few cybersecurity events you hear about on the news are all that happen. Unfortunately, this is far from actual fact. Let’s review some of the statistics that might change your impressions, especially if you hold the aforementioned assumption.
As Miguel de Cervantes wrote in Don Quixote, “…is the part of a wise man to keep himself today for tomorrow, and not venture all his eggs in one basket.” It was wise advice then, and it’s wise advice now—especially when it comes to your business’ network and your data security. Let’s explore the concept of network segmentation, and how it can help to protect your business.
Imagine this scenario: you’re going about your daily tasks when you receive an email from a cybersecurity company claiming that you have become the target of a hacking attack. Now, you don’t work in IT, so you’re not sure what your security agency is or what security policies or procedures you have in place, so you trust the message and respond to the email. Unfortunately, the message came from a cyberthreat, and now you are on their hook, line and sinker.