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Kaseya Announces Upgraded Backup / Disaster Recovery And Endpoint Security Modules

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Kaseya announced today the release of two new versions of its popular Kaseya Endpoint Security (KES) and Backup and Disaster Recovery (BU-DR) modules. The new releases offer significant automation capabilities for fast deployment and efficient utilization of IT resources.

The endpoint security module provides integration for unified deployment and management of anti-virus, anti-spyware and rootkit protection for Microsoft OS-based servers, workstations and mobile computers. KES is integrated at both the user interface and database levels with Kaseya’s complete suite of IT automation software, providing for seamless operation and eliminating complexity.
This allows users to automate IT management and have full visibility of all deployment, configuration, status and operations of endpoint security, all within Kaseya’s unified and consistent Web-based console.
The new backup and disaster recovery functionality now includes Incremental Forever and Synthetic Full Backups for efficient offsite replication and user-defined archival capabilities. In addition, new features for Instant Virtualization allow any backup to be converted to a VMware, ESX or Virtual PC virtual disk remotely and automatically within minutes. This is an enormous time-saver that significantly eases the restoration process. With just a few clicks, customers can instantly have a key system up and running in a virtual environment. This makes it possible to recover files and folders in real time to an existing machine, to a “bare metal” machine, or to a virtual machine.

Kaseya Endpoint Security 2.0 and Backup and Disaster Recovery 3.0 are available immediately.

SteelEye Introduces Protection Suite for Linux Multi-Site Cluster

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SteelEye Technology, provider of business continuity and disaster recovery solutions for multi-vendor IT infrastructures, today announced SteelEye Protection Suite for Linux Multi-Site Cluster at Storage Expo 2008 in London. This solution extends SteelEye’s leading business continuity technology for Linux environments by enabling organizations with shared-storage Linux clusters within a data center to leverage another off-site replicated node for disaster recovery. The unique product offering is ideal for Linux users looking to cost-effectively extend existing high-availability capabilities as well as for those instituting first-time high-availability clustering and disaster recovery technologies.

As the burden of enterprise data grows, heightened emphasis is placed on how to manage, store and, most importantly, secure that data. By adding additional node for disaster recovery, SteelEye is providing data protection whether the server is local or on another continent. It provides additional protection for unforeseen events as well as planned downtime, such as data center moves.

IDC’s recently published Availability and Clustering Software (ACS) forecast shows that ACS products supporting Linux and open-source environments are carving out a significant presence in this worldwide market–with an expected doubling of revenue-based market share from 9.1% of all ACS revenue in 2007 to 18.1%, by 2012.

Specifically, SteelEye Protection Suite for Linux Multi-Site Cluster offers outstanding robustness and flexibility in its optimized host-based data replication technology. It allows for the inclusion of a remote system as part of a local shared storage cluster, extending disaster recovery protection to all file systems as if they are part of a classic shared storage cluster. Similarly, existing shared storage clusters can be enhanced with disaster recovery protection. Armed with SteelEye’s trademark flexibility, the product also integrates easily and automatically with heterogeneous hardware and software environments as well as existing SteelEye product offerings.

Symantec Unveils Veritas Cluster Server One (VCS One)

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Symantec today introduced Veritas Cluster Server One (VCS One), a new high availability (HA) and disaster recovery (DR) platform for next-generation data centers. VCS One moves beyond traditional clustering, enabling IT managers to implement advanced services including active/active DR, multi-tier business application HA and scale-out control — increasing uptime and decreasing capital (CAPEX) and operational costs (OPEX) for the business.

Traditional clustering solutions can be complex to deploy and manage for individual databases and applications. Yet next-generation data centers, with their need for virtualized, scalable and distributed environments, strain these traditional solutions past the breaking point. Next-generation data centers are leveraging server virtualization to create thousands of servers, demanding a massive increase in scalability. In addition, traditional clustering solutions complicate or even prevent the use of valuable virtualization features like live migration. Finally, maintaining only the availability of traditional back-end services such as databases is not enough. Instead, organizations require the availability of end-to-end business applications built on highly distributed, multi-tier application architectures.

Veritas Cluster Server One delivers a new, unique HA/DR architecture that not only directly addresses these issues, but also dramatically simplifies the deployment and ongoing management of HA/DR services. The VCS One architecture is client-server based and highly scalable, initially supporting up to 256 nodes per cluster. It is non-intrusive and outside the operating system kernel — facilitating deployment and upgrades. VCS One also has a simpler networking model and built-in resiliency against configuration changes that impact availability. VCS One is policy-driven, with priorities, scheduling and dependency management to automate tasks and increase operator efficiency. Finally, Veritas Cluster Server One has server virtualization abstraction and control to deliver a common HA/DR operating model across the various virtual platforms in an enterprise data center.

Veritas Cluster Server One provides high availability and disaster recovery for the next-generation data center with: One platform for virtual and physical environments; One platform for multi-tier and monolithic applications; and One platform for scale-out and scale-up control.

Veritas Cluster Server One is now generally available with estimated pricing starting at $995 per CPU.

SteelEye Brings Disaster Recovery Solution to Hyper-V

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SteelEye Technology (previous coverage), a provider of business continuity and disaster recovery solutions for multi-vendor IT infrastructures, recently announced SteelEye DataKeeper support for Windows Server 2008 Hyper-V.

DataKeeper is a highly optimized data replication solution for Windows Server 2003 and Windows Server 2008. The product is sold in two versions: DataKeeper delivers data replication services as an extension to Windows Server 2003 and Windows Server 2008 while DataKeeper Cluster Edition further extends the capabilities of Windows Server Failover Clustering. Both editions support real-time replication of Windows Server 2008 Hyper-V virtual machines between physical servers across either LAN or WAN connections.

By keeping a running Windows Server 2008 Hyper-V virtual machine in sync with a standby VM in an alternate location, DataKeeper enables disaster recovery without the data loss typically associated with traditional backup and restore technology. Real-time continuous replication of active Windows Server 2008 Hyper-V VMs helps ensure that in the event of a disaster, the standby server can be activated with minimal to no data loss.

DataKeeper Cluster Edition allows administrators to build “shared-nothing” and geographically dispersed Windows Server 2008 Hyper-V clusters. By eliminating the requirement for shared storage, the administrator can protect against both planned and unplanned downtime of servers and storage. The use of DataKeeper in tandem with Windows Server 2008 Hyper-V VMs allows for non-disruptive disaster recovery testing. By simply accessing the replicated VMs in the disaster recovery site, the administrator can segment a virtual network separate from the production network and start the replicated VMs for disaster recovery testing. Complete disaster recovery testing can be performed without impacting the production site at all.

Exclusive Video: VMware In A Nutshell, By Product Marketing Manager John Gilmartin

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So what’s VMware all about now on a technology level, now that their stock went tumbling and their CEO has been replaced? John Gilmartin, Group Manager, Product Marketing at VMware answered our questions on virtualization in general and their strategy and product portfolio in particular.

After defining virtualization and virtual machines, John dives deeper into what drives prospective virtualization customers (infrastructure consolidation, high availability, business continuity, disaster recovery?). He also shares more on their recently announced VMsafe initiative, which allows trusted partners to ‘peak’ into a Virtual Machine and identify threats from the outside of the operating systems and the applications they try to protect.

John underlines that VMware is offering features far beyond the basic data center consolidation needs; such as life cycle management, Virtual Desktop Infrastructure (VDI), automated provisioning, fail over, disaster recovery and optimize the management tasks for a virtual infrastructure.

All this is part of VMware’s from-desktop-to-datacenter portfolio and makes VMware feel confident and well positioned to compete with Hyper-V from Microsoft.

VMware Site Recovery Manager 1.0 Released

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VMware has announced its new tool for disaster recovery management and automation of a virtual infrastructure, VMware Site Recovery Manager (SRM) 1.0 (build 97878).

VMware SRM 1.0 is part of VMware’s suite of management and automation products for the datacenter, leverages virtualization to simplify business continuity planning and testing, and reduces the risk and complexity associated with executing disaster recovery.

“Effective disaster recovery has been a significant challenge for many organizations,” said Raghu Raghuram, vice president of products and solutions at VMware. “With the delivery of VMware Site Recovery Manager, VMware removes hurdles associated with disaster recovery planning and implementation. Through our innovative disaster recovery testing, management, and automation capabilities, we bring predictability back into the hands of IT and help eliminate risks associated with human error.”

VMware Site Recovery Manager

Site Recovery Manager works seamlessly with VMware Infrastructure, VMware VirtualCenter, and replication software from storage partners to provide integrated disaster recovery management and automation. It provides:

  • Integrated management of disaster recovery plans. Create, update and document recovery plans directly from VMware VirtualCenter.
  • Non-disruptive testing of disaster recovery plans. Execute automated tests of recovery plans in an isolated testing environment using the recovery plan that would be used in an actual failover. Hardware configuration dependencies are eliminated and testing can occur without impacting production systems.
  • Automated failover and recovery. Automate execution of the recovery process, eliminating many of the slow and unreliable manual processes common in traditional disaster recovery.

VMware’s parent company, EMC, is one of the first vendors to officially announce support for Site Recovery Manager. Other vendors showing support for the product include 3Par, Dell, FalconStor Software, Hewlett-Packard, Hitachi Data Systems, IBM, LeftHand Networks, and NetApp.

Pricing for Site Recovery Manager is based on the number of processors in the servers. SRM can be purchased as a standalone product or purchased as part of VMware’s Management and Automation Bundle which includes two-processor versions of VMware Site Recovery Manager, VMware Lifecycle Manager, and VMware Lab Manager or VMware Stage Manager. There’s also a trial version available for download.