Cybersecurity; Different Types Of Cybersecurity

The digital world is not secure, no matter how much virus software you install, the devices are still at risk. Whether you use the Internet for personal use or to run a business, either way, you are welcoming cyber threats into your devices.

What can be done? Well, if cybercriminals are waiting for you to become their next victim, there is a solution too.

The only solution is the VPN, a virtual private network working as a shield to defend and protect your devices and internet connections simultaneously. A VPN can be installed on any mobile, PC, smart TV, Wi-Fi router, and operating system.

So why worry when technology is a blessing for you? If you are reading this blog on your PC, are you sure that you are the only one who has access to your PC? Why risk when you can download Windows VPN?

Let’s further discuss the cyber world;

What Is Cybersecurity And Why You Should Consider It?

Just like there is a security camera installed on the outskirts of your home or right on the top of the entrance. Similarly, cybersecurity is the security measure that protects a group of networks running on the internet.

To simplify, it is a form of protection provided to an organization or a corporation to save their employee’s data and their private asset.

Moreover, it shields the whole complex network of connections and cyberattacks.

4 Common Types Of Cybersecurity

These are the 4 types of cybersecurity discussed below to get a gist of what they actually the cybersecurity does.

Cloud Security

Cloud computing is adopted by millions of organizations worldwide. It is not only a necessity but a major need of all businesses right now.

If look at the data a cloud has, then cloud security becomes a number one priority of the organization. It is not only saving a large employee database but is actually protecting the whole organization’s reputation.

There are many industry giants using cloud security for many years and have managed to save the data of thousands of employees at once.

Many VPN service providers offer cloud security with the accessibility to multiple devices. So, cloud security is actually the bearer of all the risks that can lead to data breaches.

Mobile Security

As the name suggests, mobile security is all about smart tablets and phones that a user carries with them all the time.

Since it’s mobile, it must have a variety of apps, website tabs open in Chrome, unlimited annoying ads that keep popping and covering the screen, and pop-up ads that lead to a new tab.

All of these are an open invitation to data breaches and malware risks. These uninvited links and ads carry malicious files that make their way into mobile devices, resulting in hacking them.

So, having mobile security is like a 24/7 guard protecting the devices from data theft. After all, users do not want their social media apps to be hacked and information leaked.

IoT Security

If IoT technology is a blessing then it can become a curse too. When a user is using IoT devices to operate their smart homes, cybercriminals are waiting on the door (not the actual door but the virtual door).

When the devices are not protected with VPNs or IoT security they can become the victim of the cybertheft. As soon the user logs in to their smart appliances and devices at home or office, cyberattacks tend to happen.

Hence, IoT security was introduced to protect smart homes and offices to be carefree. It spreads the web-like structure in the devices allowing no strange interrupted connection. It uses an ISP to make sure no devices are exploited when connected to internet connections.

Zero Trust

You must have seen metal wires overlapping the boundaries of buildings. It is for making sure that no robber can enter the premises.

Similarly, this is a contemporary method that creates a wall of secured perimeter allowing no risk to enter. Hence, it follows three principles states as;

Always verify
Never trust
Implement security

Together these three principles are working to make the systems never trust unauthorized IP addresses, or connections, never trust anonymous IP addresses within the building premises, and always verify the access using end-to-end encryption.

However, it is considered one of the highly trusted measures protecting architectures of the IT systems. Also, it enhances security and makes sure no unidentified request is accessed without permission from the system.