Disaster recovery (DR) plans are not one-size-fits-all. There’s no silver bullet, and without a clear understanding and some level of customization, a DR plan done wrong will have detrimental effects on an organization’s operations and business. And let’s not forget the wrecking ball a bad DR plan delivers to the VAR or MSP who designed and executed it. Loss of business aside, there’s guilt, reputation damage, and potential lawsuits. It’s not a good day.

Whether you work for an MSP or you are an IT Professional, patch management is a critical aspect of modern IT infrastructure, particularly in today’s complex, interconnected world. With the ever-increasing number of cyber threats and vulnerabilities, it is essential to keep your software up-to-date to help minimize the risk of security breaches.

Businesses have a growing number of endpoints in their IT environments. Endpoints give end users tools to increase their productivity, get quick access to information they need, and connect with other fellow end users. However, there are risks that come with having these devices, such as cyberattacks and losing money due to endpoint maintenance issues.

President Joe Biden signed the Strengthening American Cybersecurity Act into law in March of 2022. The Act consists of various regulations, but it’s the security incident reporting requirements that are creating a stir in the IT community. Currently, the reporting requirements are focused on critical infrastructure, but there is a great deal of potential that entities in various industries could ultimately be subject to these requirements.

Since the number of Linux users currently sits at over 32.8 million, it’s clear that Linux is one of the most popular operating systems on the market. If your IT team uses or services Linux servers and devices, Linux patch management should be a top priority. Secure and update all your Linux devices with this comprehensive Linux patch management guide.

From Microsoft to Samsung, even the world’s leading tech enterprises often face the consequences of unpatched software, including security compromises, data theft, and loss of resources. It’s clear that patching is important for the success and security of an IT infrastructure; however, patch management is by no means an easy task.

Patch management is the process that helps you keep your IT assets safe, protected, and functioning optimally. Server patching follows many general patch management best practices, but it also includes tasks and processes that are specific to patching servers. In this article, we’re going to discuss what patch management best practices apply to server patching in your IT environment, and how you can start improving your server patch management process.

Picture this: your organization has grown exponentially in the past couple of years and the IT team is having a hard time keeping up the rapid growth. You were able to get hiring approved but there is still so much work that your team is having to work overtime just to stay afloat. Plus, now the CEO is hoping to free up some of your usual operational workload to focus on more strategic projects, leaving you wondering how you can manage all of these tasks with the bandwidth available.

Although the terms “patch management” and “vulnerability management” are often used interchangeably, they are not the same process. Patch management and vulneradbility management are two processes that go hand-in-hand towards supporting a secure, efficient, and up-to-date IT infrastructure. Compare patch management vs. vulnerability management and see why both are essential for a secure IT environment.

Somewhere lost in the noise of ‘faster’ and ‘better’ marketing messaging around Wi-Fi in the last few years, there were also some genuine transformations in what Wi-Fi is capable of. And what’s on the horizon maybe some of the most significant improvements since the inception of Wi-Fi itself. Let’s look at where Wi-Fi is at, what big changes have happened, and where we’re going next in the land of Wi-Fi technology.