Intrusion protection system (IPS) technology is gradually adapting to virtual computing, as IPS vendors add to their product lines actual virtual IPSes as well as IPSes that protect virtual machines. Sourcefire's recent release of VMware-based virtual appliances was the latest arrival to the market of IPSes that work with virtual machines. IBM ISS also offers a virtual IPS, and TippingPoint has plans to roll out a virtual IPS offering as well.. What's driving the IPS to virtualization? A combination of trends in IPS evolution, including the convergence of IPS technology with other security functions (think firewalls and data leakage protection), the consolidation of data centers using virtualization technology, and compliance. It's not so much that the IPS is changing in what it can do technology-wise, but more that it's changing in the type of environment it runs in, notes Matt Watchinski, senior director of Sourcefire's Vulnerability Research Team. "Most [IPS vendors] are making their software work in those [virtual] environments," he says. "The point is that we're taking that step forward to embracing virtualization." Virtual IPSes are still a fairly new approach for IPS perimeter defenses. "The virtualization of these security appliances starts small, and most people are still dipping their toes in the water," Watchinski says. "You're not going to see massive deployments here [for now]." The link for this article located at Dark Reading is no longer available. . Intrusion protection systems (IPS) are evolving to meet the demands of virtualization and complex IT environments, ensuring robust security for virtual assets.. Intrusion Prevention System, Virtual IPS, Security Technology. . LinuxSecurity.com Team
In this introduction to protecting your computers from intrusion, the author discusses concepts of computer security. Selecting good passwords, using firewalls, and other security concepts are introduced. If your computer is not connected to any other computers and doesn't have . . . . In this introduction to protecting your computers from intrusion, the author discusses concepts of computer security. Selecting good passwords, using firewalls, and other security concepts are introduced. If your computer is not connected to any other computers and doesn't have a modem, the only way anyone can access your computer's information is by physically coming to the computer and sitting at it. So securing the room it's in will secure the computer[1]. As soon as your computer is connected to another computer you add the possibility that someone using the other computer can access your computer's information. If your network (your connected computers) consists only of other computers in the same building you can still secure the network by securing the rooms the computers are in. An example of this would be two computers sharing the same files and printer, but not having a modem and not being connected to any other computers. However, it's wise to learn about other ways to secure a network of connected computers, in case you add something later. Networks have a tendency to grow. If you have a network, an intruder who gains access to one computer has at least some access to all of them. The link for this article located at Jennifer Vesperman is no longer available. . Uncover essential methods to protect your devices from unauthorized access, concentrating on password management, network barriers, and protective measures.. Intrusion Protection, Network Security, Firewall Management, Computer Safety. . Anthony Pell
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