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Teach your users how to pick really good passwords and arm them with tools such as 1Password that make it easier for them to have different passwords on every account and website they use.īecause the bottom line is that every decision you make regarding your systems will affect your security, even the operating system your users do their work on. Don’t use root, and don’t grant guest access to even older servers on the network.

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Once a patch is in the wild, after all, the hackers can reverse engineer it and find a new exploit they can use in their next wave of attacks.Īnd don’t forget the basics.

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And of course there’s always the risk of user-downloaded software, extensions, utilities, plug-ins and other software that appears benign but becomes a path for malware to appear on the system.Īnd no matter which platform you choose, one of the best ways to keep your system secure is to ensure that you apply software updates promptly.

A survey of hackers who attended a recent DEFCON conference revealed that “84 percent use social engineering as part of their attack strategy.” Deploying a secure operating system is an important starting point, but without user education, strong firewalls and constant vigilance, even the most secure networks can be invaded. For one thing, a breach these days is more likely to come about because an attacker probed your users, not your systems. The OS you deploy to your users does make a difference for your security stance, but it isn’t a sure safeguard. One striking thing about the infestations was that I was never specifically targeted by the miscreants nowadays, it’s as easy to attack 100,000 computers with a botnet as it is to attack a dozen. The effects of such malware were always initially subtle, something you wouldn’t even notice, until the malware ended up so deeply embedded in the system that performance started to suffer noticeably. More recently, a widespread automated hack circumvented the security on my website and infected it with malware.

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Like many of you, I have firsthand experience of the threats that are out there: I have been infected by malware and viruses on numerous Windows computers, and I even had macro viruses that infected files on my Mac. The lone teen hacker that once dominated the public imagination has been supplanted by well-organized networks of criminals and shadowy, government-funded organizations with vast computing resources. Attacks have become far more sophisticated. Still, would it be wise to reconsider? Are the three leading desktop OSes different enough in their approach to security to make a change worthwhile?Ĭertainly the threats confronting enterprise systems have changed in the last few years.

Heck, they get enough pushback when they move users to a new version of their OS of choice. Few IT organizations would want the headache of moving a globally dispersed workforce to an entirely new OS. And once an OS choice is made, it’s hard to consider a change. Go back far enough and all operating systems were reasonably safe, because the business of hacking into them and stealing data or installing malware was in its infancy. One reason enterprises might not have evaluated the security of the OS they deployed to the workforce is that they made the choice years ago. We asked some experts what they think of the security of these three choices: Windows, the ever-more-complex platform that’s easily the most popular desktop system macOS X, the FreeBSD Unix-based operating system that powers Apple Macintosh systems and Linux, by which we mean all the various Linux distributions and related Unix-based systems. This raises a question that every IT person should be able to answer: Which operating system is the most secure for general deployment? What with IDS, SIEM and NGFWs, they deploy a veritable alphabet of defenses.īut how many have given much thought to one of the cornerstones of their digital operations: the operating systems deployed on the workforce’s PCs? Was security even a factor when the desktop OS was selected? They probably spend a lot of time monitoring their networks, looking for telltale anomalies that could indicate a breach. They of course use firewalls and antivirus tools. The most security-conscious might have a security operations center. Enterprises invest a lot of time, effort and money in keeping their systems secure.

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