On-site training for as little as $. Migrate Data from ZENworks Desktop. ZENworks Patch Management; ZENworks Virtual Appliance; Learn more about ZENworks; File & Networking Services. Shop for Training; Volume Licensing & Buying Programs. This includes reports associated with patch management. The ZENworks Reporting 5 Administration course. Or, call us to learn more about our custom training. CTE Solutions offers Novell ZENworks 10 Configuration Management Advanced Administration Training course in Ottawa. In this First Look, you are introduced to fundamental features of ZENworks Patch Management and some of the product’s basic administrative tasks. ZENworks Patch Management looks after the distribution and installation of updates, while ZENworks Asset Management helps network. Installing ZENworks 11. To help companies manage the increasing number of patch notifications, Novell today announced the March 29 availability of Novell ZENworks Patch Management.
Choose from 6872 zenworks patch management courses, zenworks patch management classes, zenworks patch management education and training options.
ZENworks Brings the Patchwork Tools to the Table. Brad Dayley. Ron Tanner. May 2. 00. 4ZENworks patch management, powered by Patch. Link Corporation, is the newest component of Novell ZENworks 6.
The 2. 00. 3 Computer Security Institute/FBI Computer Crime Lab and Security Survey. US$2. 7 million. Denial of Service attacks caused additional damages of more than US$6. The Love. Letter virus alone inflicted more than US$8. US$1. 7. 1 billion in virus- related costs.
The affects of virus attacks are significant. According to ICSA Labs. Additional effects included loss of access to data, unreliable applications and other business disruptions.
But not all computer viruses are effective in their destructive intentions; one of the most prolific attacks in the past year has come from the infamous Klez. H virus, which has infected more than 8 million systems so far according to Trend Micro. The Klez. H virus carries a payload designed to thoroughly destroy all files on accessible local and network drives, but a minor bug in the fully developed code prevented the attack from being carried out. Had the code been free of errors, the damage to the 8 million affected systems would have been catastrophic. In total, security experts have reported 4.
January 1 and February 4, 2. The following viruses were released in January 2. Bizten Trojan. Gaobot Worm. Mimmail Worm. Opaserv Worm. Backdoor. Sdbot Trojan.
Xombe Trojan. Backdoor. Threadsys Trojan.
PWSteal Worm. My. Doom Worm. Hostidel Trojan. HLLW. Chemsvy Worm. Dumaru Worm. Holar G Worm. While the potential for destructive virus behavior is frightening, be aware that the greatest impact of a virus on your enterprise is almost never due to its destructive actions, but rather to the clean- up efforts after the virus hits, as well as the negative impact on system availability and employee productivity. According to ICSA Labs, these costs are generally 5.
Training for ZENworks Patch Management. Instructor Led Training. Micro Focus Training courses are available to be taught with live instructors either onsite at.
No matter how benign, a virus infection has the potential to significantly impact your organization. The Urgency is Growing. Virus infection rates have increased for six consecutive years, with 1. ICSA Labs reports that the median recovery time per incident was four days, and the median cost of such recovery per incident was US$9,0. While viruses are most often thought to affect end- user systems, viruses attack workstations and servers alike- -with the average server- related attack affecting 3.
Furthermore, ICSA Labs survey results reveal that 7. To better appreciate the urgency of this problem, consider the following example of a recent virus- related attack: The SQL Slammer Worm. The SQL Slammer worm first appeared on January 2. Microsoft SQL Server database (both server and desktop versions).
The worm quickly propagated throughout organizations that failed to apply appropriate patches, demonstrating that even mission- critical applications such as databases can be susceptible to attack. Once installed, the worm continuously contacted other systems using random network addressing, automatically discovering and infecting other vulnerable systems and consuming considerable network bandwidth and processing time.
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Just Get the Patch. David Aucsmith, chief technology officer of Microsoft's security business unit, recently wrote. Looking at the life of the Blaster virus, we see that a vulnerability was reported in the system on July 1, 2.
A bulletin (MS0. 3- 0. Microsoft on July 1. By July 2. 5, 2. 00. Internet that exploited this vulnerability.
By August 1. 1, 2. Blaster worm and other variants were discovered in systems. Security Focus. 4 reported 2. Microsoft products alone that required a patch in 2.
Security Focus reports a total of 3. January 2. 00. 4. Figure 1: The problem is not that you simply can't get the patch for the vulnerability.
Typically the problem is threefold: not knowing that the patch is available, the severity of the vulnerability and the applicability to your environment. Once you know the patch is available and should be applied to your systems, the next problem is applying that patch to all of your servers and desktops. Even though the Blaster patch has been out for almost a year, Robert Lemos of CNET News reported on April 2, 2. The latest data comes from . During the same time frame, roughly 8 million computer users used the tool to remove the worm and downloaded the patch to prevent reinfection. The virus is still attacking because the patch hasn't been applied to every vulnerable machine!
You've Got the Patch, Now What? Today, if you're doing patch management, you're probably using Sneaker. Net (running around in your Keds manually patching each of your servers and desktops). Many system administrators today (and maybe you're one of them,) have to keep the patch state of each server either mentally or manually- -either method is impossible. According to Steve Ulfelder, a writer at Network World Fusion.
But in the past two years, the sheer complexity of networks and number of patches have rendered this approach ineffective. Even the release of patches causes significant problems for your organization because you have to dedicate resources to monitor security alerts; research associated problems; and acquire, test and implement the relevant patches on systems throughout your enterprise. The effort it takes to keep up with security alerts and patches for Microsoft Windows is overwhelming. The Forrester Research, Inc., January 2.
Best Practices: Desktop Security. The sheer volume of security threats, combined with the need to manage remote locations or business units, puts significant pressure on IT to develop standard security policies at the desktop. Remote or mobile users pose additional risks, but mobile access has also become a critical productivity enabler. The cost of responding to a single incident without consistent policies for antivirus, patch and configuration management can be extremely high. One company with 5,0. Blaster worm cost it $9. IT costs alone. Legislation and compliance requirements also raise specific security issues for industries such as health care and financial services.
Say you are the administrator of a medium- sized network of 1. Assuming a very conservative number of two patches need to be applied each week to these systems, you would need to perform 4. Assuming a rapid 3.
If we consider the average US salary of a Network Administrator to be US$6. Info. World Compensation Survey. US$6,0. 11. 4. 4 per day to install the patches on your systems. That would cost US$1,5. It's no wonder many systems aren't getting the patches they require. Obviously, the biggest problem is deploying appropriate patches to each of your systems in a timely manner and also keeping track of which patches have been applied to which machines.
Manually doing this simply won't cut it. It's cost- prohibitive and ineffective at protecting your systems. ZENworks Patch Management Can Help. ZENworks Patch Management removes the burden of discovering, retrieving and deploying patches. Now, to deploy or not deploy the patch is your only question. ZENworks Patch Management automates the process by discovering security alerts, retrieving the patches and deploying the right ones to the right machines. In addition, saving you from those patch headaches, ZENworks Patch Management reduces the costs of ensuring that your systems are secure.
ZENworks Patch Management, powered by Patch. Link Corporation, is made up of two main components: Patch. Link Update Server and the Patch. Link Update Agent. The server components are installed on your Windows servers and the agents need to be deployed to all of your managed devices. ZENworks Desktop Management can install those agents throughout your network.
But if you don't have ZENworks Desktop Management, ZENworks Patch Management comes with its own Active Directory deployment tool and install executable. Once your agents are deployed, they analyze all the software and patches that have been applied to the workstation or server using intelligent, patent- pending Patch Fingerprinting technology. That information is then automatically transmitted to the ZENworks Patch Management server. From there, the server determines the patches required for the systems in your environment. After detecting the vulnerabilities in the system, ZENworks Patch Management automates the tedious process of researching and deploying the appropriate patches to each individual system based on its level of exposure. The necessary patches will be automatically delivered to each system and then applied appropriately. You can also configure ZENworks Patch Management to require a minimum set of patches for each system, based on its operating system and applications.
ZENworks also makes sure each system that matches the specified configuration receives and has all appropriate patches applied. This ensures that all systems are protected, even new systems that are introduced into the network. Because ZENworks closely monitors your environment, if an application which requires a patch is installed on a system, ZENworks detects the installation and immediately sends and applies the needed patch. How It Looks. ZENworks Patch Management is fully administered through a browser- based interface. When you initially launch the browser administration tool, you're presented with the home page. You can also gain a sense of how the patches have been applied across your enterprise by a graphical representation.
You configure and manage your patch system from the main administrator's Web page. You also have access to all the reports which list all of the patches your systems require.
Although ZENworks Patch Management can apply patches to many different types of systems, only the reports that are relevant to the systems in your environment are listed. Just click the plus sign to see the vulnerability report detail. It also displays the number of systems in your environment that require the patch. This information includes the public security bulletin information, as well as Patch.
Link Systems' assessment of the problem.