How to Risk Your Security With Cloud Computing

You may be thinking you’re beyond “just” having a data center. After all, you have offices and servers everywhere you go. You also have plenty of storage and other resources available to consume your data. But that’s not the end all be the rest of your security strategy. Risks are always there with cloud computing, and they can be significant. What if the Internet of Things (IIoT) is here to stay? What if your entire company is connected to the internet through one massive computer system? Think of it like a big network of interconnected devices in your home or business—Amazon, Google, Starbucks, etc. connect via an online connection so you are also vulnerable to IoT attacks. If these cybersecurity risks aren’t well understood, how safe are you as a company with the internet of things at your fingertips? Let’s take a look at why and how you can protect yourself from cyberattacks in the cloud computing era.

Cloud Computing and Cybersecurity

If you’re at all a bit unsure about the security of your cloud infrastructure or how to best protect your data, read on. We’ll start with what you need to keep your data safely stored and how to protect it from all threats. Next we’ll cover how to protect yourself from cyberattacks, including the impact of distributed computing and cloud security threats. Then we’ll look at how to best manage your cybersecurity risks in the cloud, from setting up a single-site fire resistant data center to managing a massive production network of thousands of computers.

Cloud Infrastructure

To protect your data, you need to keep your on-premises infrastructure protected at all times. This includes your data closet, the data storage room, the data processing room, and the management room. Protecting your data from all threats is critical, but protecting your on-premises infrastructure is a different issue entirely. Having adequate and provenance data storage systems is crucial to building a data-driven business. If your data is stored in a data cener or on-site, you’re at greater risk of exposure due to the data’s location, access, and security.

IIoT and IoT

The internet of things (IoT) is all the rage these days—it has hit the news headlines several times over the past few years for its potential to change the way we consume and produce content and data. The beauty of IoT devices is that you can connect them all together through a single computer or device. That single device can function as both a computer and an IoT gateway, letting you connect your IoT devices together to create a more reliable, secure, and flexible network. The internet of things is also connected to security issues, as IoT devices often have vulnerabilities that can be exploited through an internet based attack. If an IoT device is connected to an internet connection, hackers or other cybercriminals can easily infiltrate that device and obtain sensitive information, like sensitive financial data, without your knowledge. And, like any network, an IoT device can be vulnerable to attacks. As the number of connected devices continues to increase, the potential for cyberattacks and exposure to new threats grows higher. There’s no one-size-fits-all solution to protect your data from all threats, but you can minimize your exposure to the most common threats through proper security organization and maintenance.

Data on-demand

As we mentioned above, you will be connected to the internet through an indoor network of computers or devices. Outdoor networks can quickly become a liability when hackers or malicious hackers are able to gain access to your network. Keeping data on-site can be a huge security issue, as it can be easier to gain access to data while it’s in transit than when it’s stored on the internet. In many cases, it’s wiser to keep your data online rather than on-site, as this is more secure.

IIoT Tools and Apps

There are a variety of apps and tools that can be used to manage your IoT devices and keep them secure. There is no one-size-fits-all solution to manage all of these, so it’s better to think about the threats you face and develop a plan that addresses each threat’s specific concerns. For example, consider managing at-home monitoring systems for temperature, humidity, electrical, plumbing, and solar power. These can all be managed with a monitoring app, and their security is their top priority.

Cloud Security Best Practices

The foundation of any effective cybersecurity strategy is building a plan that addresses the cybersecurity risks you’re most likely to face. It’s the first step toward addressing the threats that may be the most significant source of failure, such as your own mistakes, cyberattacks, or the negligence of others. There are several best practices that can protect your data, but the most important one is data independence.

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