According to a recent study by Emerson, cybercrime is the fastest growing cause of data center outages. To stay ahead of increasingly sophisticated attacks, infrastructure managers must combine software and hardware tools to constantly monitor, recognize, block, and remediate. Keeping an eye on network traffic is essential to accomplish this, and one developing method of network security control uses microsegmentation to do so.
Network microsegmentation is enabled by software-defined data center technology like VMware NSX. It gives network administrators new abilities to shape network traffic based on global policy, increasing security by crafting security policies around specific network segments or virtual machines.
While Oracle and MySQL remain top picks for database systems, there are many others available, from big guns like Microsoft SQL Server to the increasingly popular MongoDB. Each has its own strengths and weaknesses, so your latest IT project may find you scratching your head as you try to decide on database software.
See the difference between SQL and NoSQL databases, a comparison of the top platforms, and questions to ask in this database selection guide.
Agility, DevOps, scalability…they often sound like a lot of buzzwords. But you can transform your IT department into an IT as a Service broker within your own organization by adopting DevOps and cloud methodology. The end result is greater productivity, both for your users and your IT team.
If your cybersecurity efforts were the big boss in a video game, your users would be the flashing weak point for hackers to attack. So why aren’t IT departments spending more time and money on training?
Surveys from across the industry are discovering that while IT security spending continues to increase, even with budgets shrinking overall, the amount spent on policy, end user training, and staff certification is much lower than the amount spent on hardware and software for detection and mitigation.
This week we're taking you behind the scenes of your cloud environment and looking at vSphere virtual networking, including the difference between virtual switches/networks and their physical counterparts, plus the primary configuration options for vSwitches and vLANs.