When the time comes to upgrade any of your business tech, it makes sense that most of your attention would be on maximizing the value you get out of your new hardware. However, it is critical that you also continue to think about your discarded hardware… specifically, the data it contains.
In short, deleting files simply isn’t enough. You need to be confident that any information is truly purged or physically destroyed when you’re replacing your hardware.
The climate is a weird, weird thing… and when you introduce it to your critical business tech, things only get weirder. Extreme temperatures are harmful to technology at whichever end of the spectrum you’re talking about, hot or cold.
In short, the wrong temperature conditions can kill your tech prematurely.
This makes it essential that your business IT is properly prepped for such extremes, regardless of which end of the spectrum seems more likely. That’s where we can help.
Many modern businesses rely on in-house server hardware, enjoying the perceived sense of security it provides. After all, you can see it, you can touch it, your data is literally at arm’s reach… what could happen?
Well, a brownout… and that’s just for starters.
While there are many benefits to an in-house infrastructure, there are also many shortcomings. For one, your business is among the most dangerous places to store your data.
Artificial intelligence has reshaped the relationship that many people have with technology, and especially how we work and communicate. Despite this, there are plenty of challenges that the technology faces—especially if it wants to remain sustainable. Today, we want to look at the fuel that keeps these platforms running—the data center—and why it’s important to consider them in the context of the AI conversation.
Artificial intelligence, or AI, is practically now a household name, and it’s changing the way we think about work, communication, and even innovation. It takes a lot of power and infrastructure to fuel these systems, however, and they wouldn’t be possible without the data center. These structures are the powerhouses that enable AI, but what does a data center for AI look like?
So, one of your devices—let’s say it’s a computer monitor—finally gives up the ghost and dies on you. What do you do?
Too many people would answer this question by simply tossing the offending monitor into the trash, even though that would be precisely the wrong move. Let’s go over how to properly dispose of your old technology and review the many reasons it is essential to do so.
Data storage is an evergreen issue for businesses, and the best solution seems to change with every new innovation. That said, the principles behind effective data storage seem to be fairly cut and dry. Today, we want to share some data storage best practices that transcend time.
A solid Wi-Fi connection is a necessity, not a luxury. To provide your team with the best possible wireless connection, you need to choose the right router and place it correctly. It's best for a business to buy its own modem and router, rather than renting a combined device from an internet provider. This gives you full control over your network and allows you to select hardware that fits your specific needs.
Computers generate heat as they work, which is why laptops and desktops have fans and massive cloud computing server farms have equally massive climate control systems. Devices of any scale need to be properly cooled to maintain their functionality.
The problem is that we have numerous cloud-based resources available, and the cooling needs we’ve created have led to significant environmental and financial requirements.
It is certainly tempting to squeeze every last drop of life out of existing equipment. After all, why spend money on new computers or servers if the old ones still technically work? You may view this as frugal, but ironically not spending on the updated IT your business needs can lead to leaving significant revenue on the table. The truth is, holding onto outdated hardware can silently, yet significantly, bleed your business dry.
Is your business technology a tangled web of frustrations? You're certainly not navigating this digital dilemma alone. We frequently hear from organizations grappling with sluggish networks, outdated software that feels like a relic from the dial-up era, and the ever-present anxiety of safeguarding crucial business data.
This technological turbulence doesn't have to be your reality. Today, we're charting a course to help you reconstruct your IT infrastructure from the ground up, paving the way for smoother operations and greater peace of mind.
It’s always good to know what kind of technological assets your business has at any given time, but some business owners don’t keep a detailed inventory. If you don’t know what you have, how will you know what you need? Let’s discuss some of the ways you can manage your IT inventory or make your current practices more effective.
When did you last turn your mobile device off and on again?
While any IT provider worth their salt would be the first to tell you that this is troubleshooting 101, another source also recommends a quick reboot every so often: the National Security Agency.
Let’s explore why the NSA shared this advice and what difference following it can make.
If the Internet has made one thing in popular culture abundantly clear, nostalgia is a potent force. It makes us look back on our formative years to experiences that shaped who we are today. One such example is music, but what would you say if we told you that this music could disappear forever?
With mobile devices playing a crucial role in modern business it’s extremely important to have a clear plan for managing them. Unfortunately, this isn’t so cut and dry. Today, we’ll explore the differences between two of the most popular mobile management strategies: Bring Your Own Device (BYOD) and Corporate-Owned, Personally Enabled (COPE).
Your computer’s CPU is one of the most sensitive, advanced pieces of technology that you probably don’t think too much about. The CPU itself is just around 4-5 centimeters in length and width, and it handles all of the data processing in your computer. Every single thing you do on a computer gets calculated through the CPU. Most modern CPUs have billions of microscopic transistors in that tiny little space. These transistors are so small that you can fit hundreds of them on a single red blood cell, or thousands of them in the width of a human hair.
So it’s inevitable that something can go wrong. Many fairly modern computers are experiencing a bug right now that could potentially and permanently damage the CPU. There’s a patch to fix it, but if the damage is already done, the patch won’t repair it.
Servers contribute a significant effort toward your computing infrastructure, so it makes sense that you want devices that can fulfill your needs with performance, reliability, and security. To get the most out of your server units, we like to recommend you consider the following six tips when choosing new server hardware.
Self-service checkout registers are incredibly popular with Gen Z, and while there are differing opinions on them and their impact on the workforce, there’s no denying that they are here to stay. That said, there is much discussion on whether or not biometric payment processing would make for a more efficient method of checkout. Spoiler alert: it doesn’t, and it’s not welcome for either consumers or organizations.
The Right to Repair movement has evolved from a simple idea into a full-fledged campaign, with numerous states enacting measures to enhance the rights of consumers and businesses who use various technologies daily. Let's take a moment to assess the current status of this movement and explore what it means for businesses.
Digital storage is one part of computing that has seen astronomical growth over the past several decades, and with the solid state drive (SSD) more affordable than ever, you have to wonder how well your old hard disk drive (HDD) is holding up. Despite the cost difference between the two, the HDD is a viable option, albeit a mechanical one that is prone to breakdown over time.
