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Do you get bogged down trying to both maintain sufficient performance across your Microsoft applications, while troubleshooting related problems as they happen? If so, here are seven tips that will help you manage your software from Redmond:

It’s obviously easy to tell when two humans are communicating with one another. It's not as easy for some folks to get how two machines communicate with each other. They do. It's just a less obvious. Hint: they don't Snapchat. Instead, components within your IT infrastructure, like routers or applications, use network protocols to chat with each other.

Learn how to eliminate time wasters and get 30 minutes of your day back

In the early years of IT, data was stored on paper tapes

In my last post on the Ipswitch blog, I described how the Internet of Things (IoT) will change the nature of the IT team's role and responsibilities. The primary purpose of initiating an IoT strategy is to capture data from a broader population of product endpoints. As a result, IoT deployments are also creating a new set of application performance management (APM) and infrastructure monitoring requirements.

IT teams work valiantly behind the scenes every day to make sure their digital businesses stay connected.

Spotify recommends the next album you should play. Twitter customizes moments and stories you should be reading. The flash sale site Gilt personalizes online shopping down to your favorite brands and discounts. The best experiences on the Web and mobile apps involve clean design, interesting details and intuitive interactions. When companies strive to offer this experience in their apps, they often turn to the LAMP stack for enablement.

CES, the first big technology event of 2016, wrapped in Vegas last week and as expected, the Internet of Things (IoT) was a hot topic. If last year’s show was the one where everyone heard about the potential impact of disruptive technology, this year was certainly the year we saw the breadth and depth of the IoT. From the EHang personal minicopter to more fitness tracking devices than you could, erm well, shake a leg at, CES 2016 is abuzz with news of how technology is shrinking, rolling, flying and even becoming invisible.

It's been a year since Sony Pictures employees logged into their workstations, expecting to start a normal workday, when they were greeted by soundbites of gunfire, images of skeletons and threats scrolling across their monitors. To date, the Sony Pictures attack is arguably the most vivid example of advanced persistent threats used to disable a commercial victim. A corporate giant was reduced to posting paper memos, sending faxes and paying over 7,000 employees with paper checks.

Technology infrastructure has an expiration date. The problem? It's not stamped on the side of the carton. Or available online. The life cycle of any server, networking device or associated hardware is determined by a combination of local and market factors: What's the competition doing? How quickly is your business growing? Will C-suite executives approve any new spend?

Knowing which BYOD risks your fellow IT pros face is paramount in determining how to mitigate them. And the scope of BYOD's influence on company data hasn't stopped changing since your office first implemented a BYOD policy. What kinds of devices are users likely to bring to work with them? The range of devices encompasses more than just smartphones and tablets. Once these devices are identified, however, the risks they represent can help your team formulate a policy to keep resources safe when accessed from outside the network.

For the past few years, the tech industry has become fixated on kicking off the new year with a festival of connected devices at the annual Consumer Electronics Show (CES) in Las Vegas. The fact that this show has become so significant to the tech industry is another indication of the potential importance of the ‘Internet of Things’ (IoT) and growing impact of the ‘consumerization of IT’ on the way IT is adopted and managed.

Fashion designers and pop-culture mavens live by trendspotting; they pick up on what people are talking about, and distill it into styles and stories they care about.

Cloud computing is a ready-made revolution for SMBs. Forget about server downtime; elastic computing and API-driven development is perfect for smaller organizations with project funding in the mere thousands of dollars.

In July this year, a computer fault forced United Airlines to ground its flights in the US for the second time in a matter of weeks. The problem, it turned out, was a ‘network connectivity’ issue caused by a computer router malfunction.

GeoEngineers is a small business with enterprise demands and a lot of pressure on its network. As an engineering firm with 400 employees located in 12 offices, managing the network presents many unique challenges. For example, its earth science engineers must be able to back up project files and submit data from the field at any time of day and from any location.

Here at Ipswitch I have the pleasure of working closely with U.S. Government agencies to help them sort out their most pressing network monitoring challenges. Government IT pros know they need tools to monitor their networks but have a difficult time choosing one. And once they buy what seems right, it can end up costing even more time and money trying to get it to work right.

Network discovery is, not surprisingly, the process of finding and identifying every device, server and system on your network. Mastering IT best practices around network discovery will greatly improve how your map and monitor your IT infrastructure.

The IPv6 protocol has consistently made it into top-10 and tech-prediction lists for years now but, as noted by Wired, IPv4 addresses are finally drying up.

Steel is a commodity so Klein Steel knows they need to be unique to stand out in a crowded market. So they created Klein Steel Service’s Advanced Center of Excellence facility to accomplish just that.