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Hacker writes Cisco rootkit; Microsoft launches online telescope. Listen now!
Wireless dangers at airports. Listen now!
Edison analysts put the management software of an HP EVA system through a series of typical day-to-day storage management tasks. The same tasks were also evaluated on similar systems from NetApp and EMC. This study demonstrates how the superior user interface and virtualization offered by the HP EVA storage system can provide organizations with the benefits of higher administrative efficiency combined with the potential ability to utilize less expensive human resources.
Get the latest on storage technologies that allow IT professionals to better cope with new IT demands. Learn how storage technologies can help you successfully tackle e-Discover, regulatory compliance, green data center initiatives and the data explosion. Get all the details now.
IT professionals like the idea of consolidating hundreds of servers into only a few, but it takes a lot more to cost effectively consolidate and virtualize servers. Watch this six-chapter webcast, "Reduce Complexity and Cost - Windows Server Consolidation with Virtualization" to learn how to effectively consolidate your Windows environment. One of the themes explored includes the characteristics of an orchestrated data center, which includes: Resource management, dynamic provisioning, job management, policy management, accounting and auditing and real-time availability. Learn more about orchestration and much more today. Register below to learn more and be entered to win an Archos 605 Portable Media Player.
The 3G Punch? There have been good 3G phones out for months and months and years.- Anonymous
One of the hottest topics over the past year is "compliance auditing." Regulations from the Health Insurance Portability and Accountability Act to the Sarbanes-Oxley Act require that computer access to data not only be tightly controlled but also heavily monitored, logged and audited. Some regulations require auditing all users and resources and being able to tell - at any point in time - which objects could possible access which other objects and why they should be able to.
This is a far cry from the typical forensic auditing that network professionals did just a few years ago, when audit logs were really only read after a problem had occurred in an attempt to determine who (or what) might have caused the situation. Still, there also have been major advances in these security-monitoring functions.
Let's say there's a very up-to-date horse ranch, with sensors all over the barns wirelessly connected to the ranch network. Constant monitoring of comings and goings of horses and cowboys is logged. Access to individual stalls is controlled with proximity cards, and a verifiable record of who can access which horses is always available.
One morning, it's discovered that the barn door is open and all the horses are missing.
Old-style audit logging would require that we now sit down and read through the logs to discover who was (probably) the last cowboy to leave the barn. "Probably," because if that cowboy didn't lock the door, then there's no record of him leaving. We need to match up all entrances and exits to see where there was an entrance (logon) without a corresponding exit (logout). But the horses are still gone.