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The KACE Management Appliance delivers a fully integrated systems management solution, unlike traditional software approaches that can require complex and time-consuming deployment and maintenance. KACE accomplishes this via an extremely flexible, intelligent appliance-based architecture that typically deploys in days and is self maintaining. The KACE Management Appliance also provides direct access to time-saving AppDeploySM systems management community information using AppDeploy Live, the leading destination for end point administrators. The result: Comprehensive systems management that is easy-to-use and that can be more economical than software only alternatives.

This appliances family can provide a lot of functions (that usually may require several different systems and software), included the deploy and configuration of the Secure Browsers. It also support several type of operating systems:

  • Windows 7 (Professional, Enterprise, Ultimate), Windows Vista (Business, Enterprise, Ultimate) , Windows XP SP2 – latest (Professional), Windows 2000 (Professional)
  • Windows Server 2008 R2 (Enterprise, Standard, Web), Windows Server 2008 (Enterprise, Standard, Web), Windows Server 2003 (Enterprise, Standard, Web), Windows 2000 (Advanced Server, Server)
  • Mac  Mac OS X 10.4 – 10.6 (PowerPC and x86 architectures )
  • Linux  Red Hat Linux AS and ES (Versions 3, 4 and 5, 32-bit and 64-bit architectures)

Instead of analyze the several advantages of this product, well described in the online documentation (with also some small labs and exerciese), in the webcast demo, in the interactive live demo, in a huge screenshots tour, … I would like to point some aspects that can be improved:

  • During the configuration too much reboot are required (it is a Unix system, just a service restart could be enough).
  • An automatic inventory of all the IT devices could be great (at least for all Dell devices, but it will overlap the OpenManage and similar tools).
  • The system can handle the upgrade of software components on supported operating systems, and BIOS / firmware upgrade only on Dell systems with a supported operating system. Could be nice it can handle also other devices.
  • Actually the supported operating systems list is etherogenous, but limited. More Linux distributions and why not, also ESXi?!
  • Actually is designed most for traditional PC management, with several function for servers and some for other end-user devices like smartphone and tablet (some functions already exist for iOS and Android devices, but more are needed, like firmware and software management).
  • This kind of service could become a nice type of cloud SaaS service (like for example Microsoft Intune). Of course a specific license will be needed as also a complete multi-livel  and multi-company interface). Actually there is an implementation of a multi-organization interface (using the /system URL instead of /admin), but is just a first step.
  • The script builder can be improved (at least with a visual approach as the one on the K2000).

For an intruduction of the KACE suite, see the related post.

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The Dell EqualLogic team has officially announced the release of Host Integration Tools for Microsoft (HIT/Microsoft) v4.0, now available for download.

The EqualLogic Host Integration Tools for Microsoft (HIT/Microsoft) tightly integrate the EqualLogic PS Series arrays with Microsoft host operating platform and host applications enabling consistent data protection (using snapshots and replicas), performance optimization (with a specific multipath module) and streamlined management and operation (for example to help to connect a host or to initialize an array).

I’ve see HIT/Microsoft 4.0 during the last Dell Storage Forum and also during the beta period and it’s a new release with a complete new GUI and several interesting features. The only possible issue is that seems a little slower compared with the 3.x version (but maybe was related to the beta code, now I have to repeat some tests).

The new features include:

  • HIT Groups: Auto-Snapshot Manager/Microsoft Edition (ASM/ME) has a new feature called HIT Groups that allows users to manage multiple Microsoft hosts from a single server offering centralized data protection.  With HIT Groups, users can create and manage Smart Copies and Smart Copy schedules on all Microsoft hosts, and simultaneously edit settings on multiple hosts. When a new host is added to a HIT Group, the Host Integration Tools get installed on the host automatically.
  • Enhanced Support for Cluster Shared Volumes (CSV): With this version of the Host Integration Tools, users can create Smart Copies and Smart Copy schedules of CSVs including those that contain virtual machines running on other cluster nodes. There is no need to create a separate Smart Copy schedule for each VM. This feature helps protect all virtual machines on a CSV with a single snapshot as well as ability to quickly restore the whole CSV.
  • Richer usability and functional experience: The ASM/ME GUI has been redesigned. It features a dashboard that provides an at-a-glance overview of the hosts, volumes, iSCSI connections, schedules, Smart Copies, collections, and applications that users are managing with ASM/ME. In addition, there are several usability improvements.
  • Remote Installation and Upgrade capability: There are now two methods—a PowerShell script and ASM/ME’s Add Hosts wizard—for remote installation of the Host Integration Tools. Remote installation saves a lot of time, particularly in large scale installations. When the Add Hosts wizard is used, multiple installations can be done in parallel, saving even more time. Upgrading the version of Host Integration Tools on each host is also easily accomplished through these methods.
  • PowerShell Tools Enhancements: New cmdlets have been added to the PowerShell Tools that offer enhanced management functionalities. This includes cmdlets to configure PS Group access to LDAP servers, to list details for  iSCSI connections to volumes and snapshots, and to list and manage individual replicas in a replica set.
  • Proactive Alerts:Expanded email alerts for scheduled tasks and proactive visual clues in the ASM GUI to notify the user of potential problems.
  • Enhancements to Volume-Based Collections: Users can now specify whether or not you want a Smart Copy schedule for a collection to fail if the contents of the collection differ from the time the schedule was created. This is useful in cases where a volume is hosting a set of databases that changes frequently.

Additional information and references on Host Integration Tools for Microsoft software v4.0 release:

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One curios thing of both ExaGrid and Dell DR4000 solutions (but also other solutions) is that they lack of a Virtual Tape Library (VTL) feature and only work as a network share (with CIFS or NFS). In both cases the reason was not technical (but I think that the main reason is still just a way to reduce cost and complexity) but marketing/strategy (customers just don’t ask at this feature). But moving from a backup to tape (B2T) to a backup to disk (B2D) solution does not necessary mean move to backup to file (over a share) solution.

All backup applications can  usually write to three targets:

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LTO Tapes Reading Time: 3 minutes

Several new solutions seem demonstrate that backup destination is moving from tape to disk. It isn’t really a new trend of last year (for example see this paper from Lisa 2006, or Microsoft that has removed the tape support in his OS included backup solution starting from Windows Vista), but now more products are pointing to the disk solution.

The Linear Tape Open (LTO) consortium (whose member include Hewlett-Packard, IBM, and Quantum) has officially released specifications for the LTO Generation 5 with around 1,5 TB of native capacity and a throughput of 140MBps (uncompressed)… and is working for the future standards. But also disks are growing, especially in size.

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Reading Time: 4 minutesThe new Dell DR4000 Advanced Disk Backup and Disaster Recovery Solution was lauched during the last Dell Storage Forum and can optimize data management while reducing reliance on tape backups. The new Dell DR4000 Storage Platform which combines the performance and reliability of disk-based backup with innovative deduplication and compression capabilities from Dell’s Ocarina Networks acquisition.

The DR4000 will compete directly with the EMC Data Domain DD160, Quantum DXi4000, Hewlett-Packard D2D StoreOnce, and ExaGrid’s EX Series. Before this product, Dell has sold EMC Data Domain solutions or specific backup vendor solutions, now it start to play in this market (as also reported in the Info-Tech analysis).

See also:

Here are the DR4000 highlights:

  • Eliminate redundant copies of data by decreasing disk capacity requirements up to 15 times
  • Reduce dependence on tape backup
  • Reduce bandwidth requirements for data transfer by up to 15 times
  • Reduce backup storage costs to as low as $0.25/GB
  • Reduce the footprint of backup delivering power and cooling savings in the datacenter

Because the product is developed by Dell both in the hardware and the software part, there can be interesting growing both in the technology and in the value for money. Actually it costs as similar products, but if you compared with a full 12 disks PowerEdge R510 you can understand what could be the software cost of this kind of product. And I hope that Dell may be release a limited version the the specific target of SMB market (in the same way as the PS4xxx model of EqualLogic).

Technical information

The DR4000 Disk Backup System is a scale-out disk-based backup target storage solution with highly efficient de-duplication and compression algorithms. It uses a multi-node architecture in which each node maintains its own local storage and local file system and can perform inline de-duplication and compression processing. Data is received into the “ingest buffer” on the NVRAM card and processed in quasi-real-time.  Read requests are serviced from the ingest buffer until the data has been de-duplicated and stored permanently in a data suitcase, which is a logical container that contains a metadata header followed by up to 1,024 data chunks along with a reference count for each.Although data and metadata are stored within a local file system on each DR4000 node, the structure of this file system does not resemble the namespace presented to the end user.  The metadata server component keeps track of the externally visible namespace, and maps it onto specific objects stored on a specific node in the DR4000.

The chassis is based on the “full disks” version of the R510:

  • Dual Intel Xeon E5645 2.53Ghz processors
  • Redundant Power Supplies
  • 32-GB, 1333MHz Dual Ranks RDIMMs
  • Marvell 8G NVRAM card – In addition to the 8GB of DDR3 DRAMM, the NVRAM card has a 16-GB SD chip and two super-capacitors. In the event of power loss, data from DRAM is copied to permanent flash memory using backup power supplied by the super-capacitors
  • Two x 2.5-inch 300-GB, 10K RPM 6Gbps SAS internal drives (for the operating system)
  • 12  3.5-inch, 300-GB, 600-GB, or 1TB 6-Gpbs SAS drives (for data storage)
  • Four 1Gb Ethernet, Base-T – Dual 1GbE Lan on motherboard bonded with Broadcom Dual Port 1GbE Base-T NIC, or  two 10Gb Ethernet Base-T – Intel Dual Port 10GbE Base-T NIC

For more information see also this link.

Reading Time: 3 minutesTo add other information to the previous post I would add to point some interesting features for ExaGrid products.

Encryption

The Exagrid EX13000-SEC offers improved data security with enterprise-proven, industry standard Self-Encrypting Drive (SED) technology. SEDs provide a high level of security
for data-at-rest and can help reduce IT drive retirement costs in the data center. All data on the disk drive is encrypted automatically without any action required by users. Encryption and authentication keys are never accessible to outside systems, where they can be stolen. Unlike software-based encryption methods, SEDs typically have a better throughput rate, particularly during extensive read operations.

The EX13000-SEC uses Seagate’s Self-Encrypting Drive (SED) to ensure that data at rest is always encrypted with 128-bit AES and is never in the clear. All data, configuration settings, etc. are encrypted.

For more information see: ExaGrid Encrypted Disk-Based Backup Data Sheet

Landing Zone

ExaGrid use a unique Landing Zone Architecture to keep recent backup data at the highest possible rate with no inline processing to interfere, resulting in the smallest possible backup window and fast recovery (of recent data).

The ExaGrid disk backup appliance uses post-processing to perform its deduplication. Once the backup job is complete and off the network, the data is protected and immediately available for restore or tape copy. Then the appliance deduplicates (and simultaneously replicates) the data in the background.

Because ExaGrid’s product allows each full backup to first land to the landing zone, it caches that most recent backup for rapid restore. Since over 90% of restores are done from the most recent backup, this approach avoids overhead incurred of undoing any deduplication during critical restores. As a result, restore times from an ExaGrid are 2x to 3x times faster than competitive solutions that do not preserve a complete copy of the most recent backup and store only deduplicated data.

Scalability

ExaGrid use a “Grid Scalability” model similar to scale-out storages where you add a new full device each time that you need to add more capacity. This mean add each time more intelligence and more computing power, compared to scale-in solution where storage is expanded with new disks shelf.

For more information see: Scalability-Overview

Reading Time: 2 minutesThe ExaGrid system is a “cost effective” and scalable backup to disk (B2D) solution that works with most of existing backup application (it does not provide a backup engine itself, but can use other programs with the requirement that they must be able to save the backup to a network share).

ExaGrid’s innovative approach minimizes the amount of data to be stored by providing standard data compression for the most recent back ups, along with byte level data deduplication for all previous backups. ExaGrid’s post-process deduplication technology stores changes from backup to backup instead of storing full file copies. This unique approach reduces the disk space required by at least 10, and up to 50 to 1, delivering unparalleled performance for the fastest backups and restores, all in a solution that costs the same as a new tape library.

See also those posts about their technology:

Info-Tech recently evaluated six competitors in the disk backup solutions market, including Data Domain, Dell (but this analysis does not include the DR4000), FalconStor, HP, Quantum and ExaGrid. ExaGrid once again was rated as a disk backup solutions “Champion” in the “Leading Vendor” category in the latest version of their report on “Vendor Landscape: Disk Backup.” According to this report, champions are vendors that “…offer excellent value. They have a strong market presence and are usually the trend setters for the industry.”

According to the report, “ExaGrid is a champion in disk backup due to the combination of its architecture and business strategy. The youngest company in the landscape, ExaGrid has differentiated itself with a unique product offering that brings a scalable storage node clustering (or grid) approach to the backup tier.” Info-Tech also noted that, “ExaGrid has differentiated itself through easy non-disruptive scalability and cost-effective options.”

 

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