Whether we want to admit it or not, the future can be scary, and even the most powerful technology out there is not enough to keep today’s data preserved while it’s in storage. Decades from now, or perhaps even a century, are you confident that your data will be available and ready to use? We’re here today to discuss why you shouldn’t be extremely confident in your hard drives.
When it comes to security, it can be challenging to keep up with shifting best practices. For instance, the use of a virtual private network has long been a staple to secure remote operations, and any decent IT service provider would recommend its use. However, this advice is changing with the growth of zero-trust access protocols. Let’s compare these two security options to consider why this is. Defining Virtual Private Networking and Zero-Trust Access In order to properly compare these two security tools, it is important that we establish what each of them is meant to accomplish. Virtual Private Networking, or the use of a VPN, creates a protected connection between two network endpoints via encryption. Let’s say you were stuck in an airport during a layover, but you had your work laptop with you. By using the VPN, you could connect back to your business’ infrastructure in order to access the data you need, without your activity being visible to others who may be snooping on the airport’s wireless network. Zero-Trust Access is a strategy in and of itself that turns the principle of least privilege into an actionable approach, requiring comprehensive verification at each and every step of any business process. Fundamentally, the thesis of zero-trust is that everything and everyone is a threat until they are confirmed not to be—with this confirmation regularly verified throughout the user’s processes. These two methods take very different approaches to securing your business. With the VPN, the focus is on keeping threats out, without particularly restricting the activities of those who have been authenticated. Zero-trust access, on the other hand, provides access to only what an authenticated user requires to fulfill their responsibilities. What Does a VPN Do Compared to Zero-Trust Access? Let’s break down different aspects that you need to keep in mind in terms of what each option provides. Breach Containment Should a breach occur, a VPN may help prevent the attacker from accessing more than what the VPN itself was directing toward, whereas a properly-configured zero-trust implementation will limit the breach specifically to the device, service, or application. Cloud Support Generally speaking, a VPN is hosted on-premise, although cloud options do exist. Zero-trust is typically hosted in the cloud, meaning that it works well in cloud-hosted applications. Functionality This is the crux of our discussion. All a VPN does is create a secure means of accessing different networks. Comparatively, zero-trust access does the same, but also restricts access within these networks based on predetermined policies. Remote Support With remote work being more prevalent than it has been in the past, ensuring a means of accessing the workplace securely is a more pressing need. A VPN enables remote workers to do so, while a zero-trust network does the same, but does so on a more granular level. Security Strength While the VPN does a great job of protecting data while it is being sent between two separate networks, that protection stops once each network is reached. The zero-trust network provides excellent security at every point, for every resource. These comparisons make it pretty clear that both offer sincere benefits to a business’ security, and that both should have a welcome place in your business security infrastructure. That being said, it is also understandable why today’s security experts are predicting […]
Data is what makes your business function, and if you’re not careful, you might find yourself without it due to a hardware failure, malware attack, or even human error. You need to maintain and implement a powerful data backup solution to ensure that your business can bounce back following a disaster, and this platform should keep your data as safe and accessible as possible in the process. Here’s how you can implement such a solution.
The modern business creates and deals with a lot of data, and has for some time. For most of that time, this data has just been ignored, but recent developments in analytics and business intelligence has made this data extremely valuable. In order for your analysts to make accurate determinations they’ll need access to a wide variety of data from a myriad of sources. This is where data warehousing comes in.
The growth that digital storage has seen over the past several decades is immense. In that time most data has been stored on hard disk drives (HDD). Now with solid-state drives (SSD) being more affordable than ever, it’s no surprise that most computers are preferring this faster and less fragile model. Today, we wanted to highlight that fragility and try to expose some variables that help you tell if your HDD is about to fail.
The one thing about data backup is that it seems like it is pretty simple: You have data, you copy it and store it should something happen to your original. Sure, that’s the basic makeup of a data backup, but if you want a backup you can really rely on, you need it to be faultless. Enter Backup and Disaster Recovery.
Every organization that uses technology has policies and procedures that dictate the way that the people that work there have to deal with the technology that they give them. When you hire new employees, you need to be able to get them to understand that they have a significant role to play in the way that the business operates. Let’s go through some of the considerations you need to explain to your new employees so they can better understand how to interact with business technology.
How much information does your typical book hold? If you haven’t read it yet, go back and read our last blog about how much data is stored in the Library of Congress, then come back here to learn more about the everyday applications of data and how much we store on a day-to-day basis.
It isn’t a secret that technology has come so, so far as compared to just a short time ago. Take data, for instance. Let’s dive into why something so incredibly small is so incredibly important (and while we’re at it, how much space today’s data would take up in other formats).
When it comes to your network and its security, you cannot give all of your users access to all of your assets. It’s just not a good practice, and doing so can potentially put your resources at risk. Let’s discuss how network segmentation can make a world of difference for the integrity of your network and the data found on it.