Microsoft has resolved what a security researcher tweeted was “the worst Windows remote code exec” in his memory. This vulnerability allowed a targeted file to implement remote code execution processes, manipulating the infected system and spreading the infection to other machines. In other word, it’s a bad problem to have. The scariest part: the attack would be triggered if a particular file were to be scanned by the Microsoft Malware Protection Engine.

When it’s time to replace your technology, it might bring about a sense of panic. How can you replace your technology without breaking your budget, or worse, exposing data on your old technology to potentially threatening actors? Only one thing is for sure; you need to make sure that you have a solid strategy to adhere to when you need to replace your broken-down technology.

In recent years, the familiar hard disk drive has slowly been losing ground to the much faster solid state drive. As they operate through very different processes, there are a few critical differences that you need to be aware of: SSDs have a limit to how many times data can be rewritten on the drive. This limit isn’t small, a standard consumer SSD drive is rated to sustain 40 gigs of data writing per day for 10 years. This may seem like a lot, but you’ll only get good results if you meet certain requirements and practices.

Run your Windows Updates and be very skeptical about opening unsolicited emails. Failure to do so may result in a very dangerous strain of ransomware that could infect your entire network and spread to your clients, partners, and prospects.

Google Chromebooks run a streamlined version of the Chrome OS to offer users a relatively decent browsing experience, despite the device’s limitations. But what if Microsoft created a similar operating system? Well, they did just that with Windows 10 S, which is designed to be used with less processing power than the current operating system.