Electronic Communications for Busineses

FlexBranch Networking Solution

Posted by admin on May 20, 2012
Posted in: Electronic Communications. Tagged: application, Branch, network, office. Leave a Comment

50-100 Employees

Employees in a small branch office require email, file sharing, local printing, and Internet access, in addition to secure access to the corporate network. The branch has a firewall and a site-to-site virtual private network (VPN) over a broadband connection for encrypted access to the headquarters’ network. Email is usually hosted in the corporate data center (DC).

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Challenges

Inefficient WAN speed is affecting productivity, slowing access to main office file shares, and creating intermittent login problems. Frequent local network issues and a lack of reliable backup are jeopardizing the security of important customer data. Unreliable printing is forcing frequent reboots to clear the queue. There is no IT staff on site.

A large corporation has multiple branches, several of which offer extended hours. There is a domain controller and file/print server at most branches and locally delivered business applications at some of the branches. Email is hosted in the corporate data center and made available over the WAN. WAN connectivity requires higher bandwidth with robust security. Some enterprises may have a VoIP communications rather than traditional PBX system for voice services.

Challenges

Due to the critical mass of employees, the branch office experiences slow application performance and poor reliability. Lack of reliable backup and time-consuming file restores are causing productivity issues. Storage growth is exceeding disk space, and IT staff is spending too much time managing these and other issues. Additionally, plans are being developed to deploy VoIP and video in all branches.

Each regional office has 6 to 10 servers that provide secure local Internet access, as well as file, print, email, application, and networking services. Video must be downloaded from corporate headquarters and streamed to multiple locations in the branch every day. Each remote location is supported by its own IT staff with one or two variously skilled employees.

Challenges

Several branch offices were acquired through recent mergers, resulting in a fragmented network and inconsistent implementation of security policies and management. With multiple brands and models of servers, asset control and manageability have become critical issues, and storage growth is exceeding disk space capacity.

Headquarters

Unified management Data center Integrated applications Multilayer security Converged infrastructure Accelerated application delivery

Unified management

A powerful, single point of management for your mission-critical, converged network , HP Intelligent Management Center (IMC) delivers integrated and modular network management capabilities for advanced, heterogeneous enterprise networks.

Data center

With HP FlexFabric as the blueprint for a data center interconnect built to deliver predictable performance, high availability, and security, built on products and technologies that offer scalability, cutting-edge features, energy efficiency, and reduced complexity. HP offers networking that is tightly integrated with a server, storage, and management-integrated Converged Infrastructure.

Integrated applications

Best-in-class network applications from Alliance ONE technology partners, integrated within HP’s open platform delivers choice and business agility while reducing IT footprint.

Multilayer security

HP delivers comprehensive security from firewall, VPNs at the perimeter to interior protection with threat management, access control, wired and wireless IPS

Converged infrastructure

HP integrates network connectivity and network applications can drastically improve the branch office user experience. This integrated solution also helps you reduce footprint, save energy and improve remote manageability. The entire solution is modular, secure and centrally managed, while improving application service delivery.

Accelerated application delivery

Integrated WAN acceleration from Riverbed unshackles branch users from slow application access. It improves video delivery, speeds backup of data , disaster recovery, remote desktop upgrades, IT patch deployment and other service delivery.

Reference architecture


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Using Replication to Protect Remote Office Data — Enterprise Systems

Posted by admin on May 19, 2012
Posted in: Electronic Communications. Tagged: backup, data, remote, tape. Leave a Comment

5 Storage Management Trends to Watch

Using Replication to Protect Remote Office Data

There are many advantages in selecting a replication solution over remote backup, from significant cost savings in hardware, software, and operations to better data protection, business continuity, and disaster recovery — all in a single solution.

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03/25/2010

by Bennett Klein

Today, many businesses, government agencies, and higher education institutions face the daunting task of protecting the information stored at remote offices and branch offices typically referred to as ROBOs. Historically, some of these organizations have utilized a software backup solution. This strategy typically requires someone to perform the backup and manage the media (such as tape), whether it”s an IT administrator who travels to the remote office; a local reseller or service provider who helps the organization; or in the worse case, the organization relies on a local person (typically a secretary or clerk at the remote office).

Most organizations run backup on a daily or weekly basis depending on their recovery point objectives (RPO) — the amount of data an organization is willing to risk in between periodic backups.

This strategy presents numerous challenges to these organizations. First, they have the cost of the backup software, a backup server, disk storage, and typically a tape drive or tape library and media. Next, they have the cost of a data center IT administrator traveling to the remote offices to run the backup and respond to failed backup jobs which could be caused by a hardware, software, or media failure.

Even if the IT staff uses a remote access solution to run the backup or restore job on a server in the remote office, there can still be issues if the necessary media is not installed in the drive, requiring someone to search for the correct tape and insert it into the drive. Outsourcing the backup job to a local reseller or service provider adds substantial cost.

Finally, for security and disaster recovery purposes, most organizations prefer to keep the backup tapes/media at a central location such as their data center or headquarters, requiring them to either hire a messenger service to pick up the backup tapes or, worse yet, request an employee at each remote office to bring the tapes into the headquarters following the tape backup. Additionally, organizations that perform disk-to-disk backup face the risk of damaged, lost, or stolen tapes.


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Campus Implementation of UC Electronic Communications Policy

Posted by admin on May 18, 2012
Posted in: Electronic Communications. Tagged: Berkeley, communications, electronic, University. Leave a Comment

Requirement

The use and management of Berkeley Campus electronic communications resources must comply with the University of California Electronic Communications Policy ( ECP ) issued by the President of the University of California. In addition, the use and management of Berkeley Campus electronic communications resources must comply with campus-level regulations that supplement the terms and conditions of the ECP, including the Campus Online Activities Policy .

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Who Is Affected by This Requirement

The ECP and this Berkeley Campus Implementation apply to every member of the University community who either use, authorize access to, or provide, electronic communications resources and services of the Berkeley Campus. Electronic communications resources include:

Telecommunications equipment, transmission devices, electronic video and audio equipment, encoding or decoding equipment, computers and computer time, data processing or storage systems, computer systems, servers, networks, input/output and connecting devices, and related computer records, programs, software, and documentation that supports electronic communications services. (See ECP Appendix A: Definitions.)

Who Administers This Requirement

Implementation of the ECP at the Berkeley Campus is the responsibility of the ECP Coordinator , in consultation with faculty, students, staff, legal counsel and the UC Office of the President. Questions about the ECP or this Berkeley Campus Implementation may be directed to:

itpolicy at berkeley dot edu

The purposes of the ECP are to:

Establish policy on privacy, confidentiality, and security in electronic communications;

clarify the limits on privacy protection

Ensure that University electronic communications resources are used for purposes appropriate to the University’s mission;

Inform the University community about the applicability of laws and University policies to electronic communications;

Ensure that electronic communications resources are used in compliance with those laws and University policies; and

Prevent disruptions to and misuse of University electronic communications resources, services, and activities.

The ECP requires each separate UC campus to clarify some provisions of the ECP as they are are implemented locally, including:

information on accessibility of student information, authorized users, procedures for restricting or denying use of its electronic communications services, adjudication of complaints, and network monitoring practices. (See ECP section II. D. 2 and 3, as well as ECP Attachment 2, Implementation Guidelines.)

Responsibilities

It is the responsibility of all members of the University community who either use, authorize access to, or provide, electronic communications resources and services of the Berkeley Campus to read and comply with the provisions of the ECP.

The Berkeley Campus-specific responsibilities that implement the ECP are included in, or referenced from, the Campus Online Activities Policy , which addresses:

The Berkeley Community: CalNet ID and name registration in the Berkeley.EDU domain

Privacy and confidentiality of information

Use of the University name and seal

Sponsorship, advertising, or other forms of acknowledgement

Relationships with vendors


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Software Apps for Receiving Streaming

Posted by admin on May 16, 2012
Posted in: Electronic Communications. Tagged: applications, apps, iPhone, radio. Leave a Comment

Software Apps – applications – now make it easy to receive Internet streams, traditional AM and FM radio, and even SIRIUS XM satellite programming on your cell phone and iPad. Here are a few of the more popular solutions.

iPhone

There are a myriad of apps available for the iPhone which allow users to hear a mind-boggling amount of Internet and traditional radio stations. For a growing list of choices, visit this page devoted to iPhone radio apps .

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iPod Touch

Fans of the iPod Touch will be happy to know there are specific apps created for radio listening. Many developers who create iPhone apps for this purpose also create iPod Touch-compatible apps, too. So, check the link above for iPhone apps. You can also check this page for specific applications for the iPod Touch .

BlackBerry

The BlackBerry had to play catch-up with iPhone in order to offer a radio-oriented applications for listening to streaming Internet radio and other radio sources. But, that has quickly changed. To see offerings for radio apps go to this list of BlackBerry radio applications .

Android

Android users also can pick from a growing list of software applications which make listening to radio as easy as installing an app. See what’s available in radio apps for Android .

iPad

Software Apps – applications – are making it easy to receive Internet streams, traditional AM and FM radio, and other audio content on your iPad. The newer iPad tablet computer is somewhere in between a laptop and an iPhone but people seem to like it and welcome more applications that push its limits. As far as listening to radio, yeah they got an app for that – or two. Radio Software Apps for iPad .

Related Articles


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HTC Software & Freeware

Posted by admin on May 15, 2012
Posted in: Electronic Communications. Tagged: Added:, Android, more, read. Leave a Comment

Added on Mar 13,2012 No Comments

We introduced you to Paper Camera, FX Photo and some other photo processing and sharing apps for Android. They are all nice and interesting but none seems to be gaining the incredible popularity which Instagram generated in iPhone users. Instagram is now pre… [ Read More ]

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Added on Mar 11,2012 No Comments

The advantages of an offline GPS app for Android are uncountable, yet we have been looking for a reliable sollution and were unable to find it. About a year ago we introduced you to iGo My way for Android, unfortunately iGo has chosen to no longer invest … [ Read More ]

Added on Mar 10,2012 No Comments

Slice is a very popular tracking service for online shopping and last week the first Android Version of Slice was announced! This app will definitely hit the Android Top Apps, since the Slice iOS app reached more than 10 million downloads. And there is n… [ Read More ]

Added on Mar 7,2012 No Comments

Few years ago Winamp used to be one of the most popular music players for laptops and desktop PCs. I’d don’t know what happened after that, but Winamp massively lost popularity. More and more people turned to iTunes and to Windows Media Player, no one actual… [ Read More ]

Added on Mar 4,2012 No Comments

I spent this weekend testing out various youtube downloaders for Android and I ended up compiling the following list: 1. TubeMate Youtube Downloader – this app is quite new to the market and it was launched merely few days ago. If you want to easily downl… [ Read More ]

Added on Feb 27,2012 No Comments

I’m a huge fan of photography and therefore I spent a lot of time playing the Android apps for photo capture and image processing. A few months ago I simply fell in love with FX Photo and since then I take almost any photo using that app. But I recently stum… [ Read More ]

Added on Jan 23,2012 No Comments

If you were looking for an easy and free way to share files between more Android devices, SPRiiD is an app that will surely catch your interest. SPRiiD is free and it does not require any extra transfer costs. Its interface is extremely quick. The Android ph… [ Read More ]

HTC Tricks & Articles


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Download Mozilla Firefox Browser for Google

Posted by admin on May 15, 2012
Posted in: Electronic Communications. Tagged: know, really, this, Windows. Leave a Comment

Recent Comments

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Exclusive AskVG Apps


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The Electronic Communications Privacy Act

Posted by admin on May 14, 2012
Posted in: Electronic Communications. Tagged: communications, Privacy, surveillance, what. Leave a Comment

Home > Privacy and Business > Online Privacy > Select Laws and Regulations > The Electronic Communications Privacy Act

The Electronic Communications Privacy Act

The Electronic Communications Privacy Act (ECPA) was passed by Congress in 1986 to bring new communications technologies under the umbrella of the federal wiretap laws. Though largely aimed at preventing invasions of privacy by government, the law also prohibited private-sector providers of electronic communications services from divulging their contents.

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The law was designed to meet the challenge of sophisticated surveillance technologies, which create the opportunity for government surveillance beyond what is allowed by the Fourth Amendment. ECPA was inspired by the findings of the Church Committee, which revealed that the FBI had used electronic surveillance on Dr. Martin Luther King, Jr., Congressman Harold Cooley, dissident groups, and many others.

Despite this, ECPA does not control government access to private communications strongly enough. It allows pen registers and trap and trace orders (which record what telephone numbers are dialed and what numbers calls come in from) to be issued too easily. An investigator only has to certify that information “relevant” to a criminal investigation will be collected. Other kinds of searches and surveillance require a showing of probable cause supported by specific facts and a particular statement of what will be searched.

ECPA has not been updated to accomodate the Internet, and investigators have sought to use technologies like Carnivore , which collect much more information than pen registers or trap and trace devices, under the authority of this law. It should be strengthened to protect citizens’ privacy in electronic communications.

Links:

Memorandum and Order , FTC v. Netscape (No. CV-00-00026 (Misc.) MHP) (N.D. Cal. April 24, 2000) (holding that ECPA prevents federal agency from using pretrial subpoena to obtain subscriber information from provider of electronic communications service)


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Electronic Communications Network -

Posted by admin on May 13, 2012
Posted in: Electronic Communications. Tagged: communications, Securities, system, trading. Leave a Comment

You are here: Home > QFINANCE Dictionary > Definition of Electronic Communications Network

Definition of

Electronic Communications Network

Markets

system for direct securities trading a computerized securities trading system that allows investors who have accounts with brokers with access to the system to trade directly and anonymously.

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Related definitions of “Electronic Communications Network”


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Electronic Communications Network – (Stock

Posted by admin on May 12, 2012
Posted in: Electronic Communications. Tagged: communications, electronic, market. Leave a Comment

Home Stock market Electronic Communications Network

Electronic Communications Network investment & finance definition

A trading system that brings customer orders to the market but doesn’t commit any capital . This system widely disseminates quote s to third parties.

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Electronic Communications Networks (ECNs): Alternative trading systems that have sufficient volume in nongovernment securities and commercial paper that they must be registered with the SEC .

Electronic Communications Network

Independent execution systems set up by brokerage firms, matching new retail limit orders with compatible orders already in the system.

Electronic Communications Network

Electronic Communication Network is the name given for trading platforms that automatically match customer’s buy and sell orders at stated prices.

Electronic communications network ( ECN )

An ECN is an alternative securities trading system that collects, displays, and executes orders electronically without a middleman, such as a specialist or market maker .

Electronic communications network linking the Trading floor s of seven registered exchange s to permit trading among them in stock s listed On either the NYSE or AMEX and one or more regional exchange s.

Electronic Communications Network, frequently used for creating electronic stock or futures market s. Electronic Communications Networks, or ECNs, are electronic trading systems that automatically match buy and sell orders at specified prices.

[MORE] …

Electronic Communications Network. Defined under Rule 11Ac1- 1(a)(8) under the U.S. Securities Exchange Act of 1934.

ECS

The ISO 4217 currency code for the Ecuadorian Sucre.

to an electronic communications network ( ECN )

to the broker ‘s own firm, which might sell you the stock out of its own inventory …

: Electronic Communications Network, consists of ARCA (Archipelago), BTRD (Bloomberg), INCA (Instinet), ISLD ( Island ), and TNTO (Terra Nova). E.C.N.

Island Electronic communications network.

January Effect The tendency for securities prices to re cover in January after tax-related selling is completed before the year-end.

Jumbo Certificate of Deposit A CD worth at least $100,000.

BRUT ECN – An Electronic Communications Network owned by Brut.

Bull market – This is a market where prices of securities have risen for a long time without return ing to the normal prices.

(DAT) systems allow one to trade stock directly with a market maker or a specialist on the floor of the exchange , using special trading software and high-speed computer linkages to the Nasdaq, NYSE and the various Electronic Communications Networks …

Online stock market investing uses electronic communications networks to connect the investor or trader to the stock exchange . Nevertheless some online orders still are routed through agent s of the discount broker to approve trades.

And, with the rise of Electronic Communications Networks, or ECNs, everyday individual investors can gain access to the after-hours market s.

NASDAQ allows multiple market participants to trade through its electronic communications networks (ECNs) structure , incr easing competition.

However ,with the advent of the Internet , and Electronic Communications Networks (ECNs), the every day trader now has the ability to post after-hours trades through their broker .

Intermarket Trading System (ITS) – An electronic communications network now linking the trading floor of seven registered exchange s and FINRA to foster competition among them in stock s listed on either the NYSE or AMEX and one or more regional …

Most broker s provide pre market access through electronic communications networks (ECNs). ECNs match orders between buyer s and seller s. There are no specialist s or market maker s to provide liquidity during this time.

Other things to consider would be execution time and whether the broker is a Market-maker or Non-dealing desk (NDD) broker , or whether they use an Electronic Communications Network or ECN to provide pricing.

Securities and Exchange Commission introduced the Order Handling Rules and Alternative Trading Systems (ATS) regulation in the late 1990s, Instinet was the dominant electronic communications network.

In addition to the commission s charged for your trades, you may be charged for ECN (Electronic Communications Networks) fees. These fees can be charged to the customer for access to these networks.

Most retail dealer s are ‘ market-maker s’ although a few are ECNs. An Electronic Communications Network actually matches orders . Both types have advantages and disadvantages although large trader s seem to prefer ECNs.

Although ECNs (electronic communications networks) exist for stock market s and futures market s (like Globex ) that supply after hours trading , liquidity is often low and prices offer ed can often be uncompetitive.

These market s are connected to one another by very sophisticated electronic communications networks so that an exchange rate quote d in Tokyo is transparent to market participants in Europe and America.

Dividend Notification (finance term)


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How to set disaster recovery plans for

Posted by admin on May 10, 2012
Posted in: Electronic Communications. Tagged: actually, back, data, remote. Leave a Comment

Reprints

Hi, I’m Kristen Caretta, associate editor for SearchCIO-Midmarket.com. I’m here today at Forrester with Stephanie Balaouras , one of Forrester’s principal analysts. Stephanie will be talking to me about disaster recovery in remote and branch offices.

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:14: If a company already has a strong disaster recovery plan in place, how do they make that work effectively in their remote offices and in their branch offices?

Balaouras: One of the challenges with DR is that you have to make DR plans localized. So if that remote office is in another geographic region, they need to have local DR plans that address the risks for their region. You know, because it’s not going to be the same potentially as the corporate location.

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Disaster recovery plans for remote offices, branch offices

I mean, you do need to have the stuff in place for the usual stuff — power failures, IT failures, human error — but you know, maybe the remote office is in an area that’s at high risk for certain types of natural disasters. And actually, interestingly enough, when I ask most companies what their biggest challenge is for DR, it’s not technology at all — it’s people or process. So how do you develop effective plans, how do you keep the plans up to date, how do you test them, how do you coordinate with individuals, how do you keep everybody to a consistent plan, template and format and consistency and thoroughness. So the remote office is gonna have to also document the plans, test the plans, keep those plans up to date. And DR is more than just data backup and data replication: You’ve got to think about how you actually restore the actual applications themselves.

And then the piece that people often forget about is people and communications. If something actually hits that remote site, probably not a problem to restore the data and restore the applications, but you’ve got to figure out a way to get those people back to work. Are they going to show up at an alternate location? Are you going to assume that people are going to work from home with SSL and VPN technologies? You also need a way to do emergency communication, which is when the event actually happens, how do you blast out information to tell people, “Don’t come to work, go here instead, this is when we expect you back at work.” And you also want two-way communication to make sure everyone is OK, and you also want their updated contact information if they’ve gone someplace else, other than home.

2:07: What critical steps are midmarket CIOs taking to incorporate their remote offices or branch offices into their DR strategy?

Balaouras: It’s always helpful to step back and do a business impact analysis .

I think we in IT, we always tend to focus on individual applications and we kind of lose site of the business process. So if you focus more on enabling the business and enabling certain business processes, like “What is everything I need for order to cash, financial accounting and reporting, supply chain?” You know, if you focus on the business process, it gives you much broader perspective as to all the resources, and resources could be people, they could be physical assets, it could be IT assets. That kind of helps if you take it from a process perspective.

I do think from a technology perspective, it does make a lot of sense to consolidate remote office backup recovery and DR to some sort of centralized model; that gives you the insight as to what’s actually happening there. I think from the plan perspective, a lot of people are sort of deploying resources so that they can share plans globally. And it could be simple resources like company portals, internal company websites. Some companies are choosing to deploy software that will actually help you create and manage plans online. It’s also helpful to have all your plans in one central repository that everyone can see. And it’s also helpful if corporate actually mandates, OK, these are the key components of a plan, this is everything they expect to see in it, they actually audit it, they actually put mandates around testing and reporting as well.

3:46: How much should a midmarket CIO plan on spending when it comes to creating, maintaining, testing and updating these DR strategies for their remote and branch offices?

Balaouras: I mean, some of these backup services are actually pretty inexpensive. They can be just a few dollars per gig, per server, per month, and that will actually give you data protection. One way to determine how much you should spend is to take more of a risk assessment approach, which is you look at the remote office and you do a risk assessment. What are the threats that we’re expecting — power failures, natural disasters like hurricanes. You assign a probability to it, you determine the impact of the actual threat scenario, you annualize it and that’s basically how much you should spend on disaster recovery for that particular location.

For example, if you used a remote office in the northeast U.S., if you expect every winter there will be at least three to four snowstorms of six to eight inches or more and that means like half of your employees aren’t gong to show up to work, they’re all salaried, you’re going to have to pay them their salaries anyway, and they at least make $50,000 a year, and you know that’s going to happen at least three to four times a year and you know it’s going to cost you $200,000 to $300,000 automatically, every year. So you know that you should at least be willing to spend that much on any kind of remote access technology to make sure that everybody’s working from home.

5:08: How can you optimize your systems and connections for your remote and branch offices for a good DR foundation? And further to that, if you don’t have an IT person on site, how do you enforce these backup processes?

Balaouras: One option is that a lot of companies are actually just consolidating infrastructure from remote offices entirely. So if you’re used to having standalone file servers, app servers, some local storage, completely eliminating that IT infrastructure, placing it all at the corporate data center and potentially using a WAN acceleration technology to facilitate better performance and access of your data and applications over the WAN. So that eliminates the need to do any kind of backup at all, because everyone is just accessing their information directly from the corporate data center.

But you still have the PC problem, so you still have to figure out how to back up PCs because you’re not going to eliminate PCs. So some people actually go after remote office/branch consolidation. But a lot of offices feel a lot more comfortable actually having some amount of local infrastructure. So then the question becomes, how do you do the backup? So one way is actually you could turn to backup Software as a Service. You could just say, “We’re going to pay somebody a subscription fee, and they’re going to back up our PCs and servers for us.” Which is great — you don’t have to deploy any infrastructure; you don’t have to deploy any software. It’s a fast ramp: You just call them up and say, “Here’s how many PCs and servers I have,” and they take care of it. It’s automatically off-site; they encrypt it for you. So it’s actually a great option.

The downside with backup Software as a Service, though, is restore. If you want to restore an individual file, no problem. If you need to restore, say, more than like 15 to 20 gigs of data, that becomes a problem over the Internet. So they’ll actually restore your data to some sort of removable media and ship it to you so you’re looking at a recovery time objective of 24 hours.

Another way to do it is by eliminating tape and deploying some sort of disk appliance, where you back up locally to disk and you do a secondary replication or a vault of the data back to the corporate data center. But I guess there’s at least three to four ways to consolidate it, but that’s the basic theme, consolidation. Basically eliminating the need for any kind of local IT staff to actually have to manage the backup process, providing the visibility and manageability back to corporate IT, who really has the concentration of resources, both in terms of technical skills as well as financial to just manage the backup.

7:40: What are some of the latest technologies available for these disaster recovery efforts that you’ve found in some of your research?

Balaouras: I do like the online services quite a bit. I mean, a lot of them started out as just online backup, like all they did was back up your data. But now what they’re actually doing with virtual technology, is they actually have copies of your system images and they’ll either a., actually host you in a virtual environment if you need to fail over to them; or b., they’ll actually restore your images, restore your data and actually quick ship your servers to you.

I think these online services actually hold a lot of potential for the remote offices. I usually refer to them as online backup, or some of them now are actually called virtual disaster recovery services, so virtual DR or cloud-based DR. The idea that you’re backing up or you’re replicating to their site and not only do they have your data, they have your system images as well. If you want to keep it in-house, I do think technologies like deduplication are making a big difference because if you can back up locally to an appliance and you still have immediate access to your data for restores, that’s great. But then when you need to vault that information back to corporate, because the data is deduplicated, you’re only sending unique data segments back to corporate. That means you don’t need a lot of bandwidth between the sites in order to facilitate that. You can get away with just having T1 connections in between you and corporate. So that helps quite a bit as well.

I think that anything online or in the cloud or virtual is huge. I think anything, either in software or in the appliance itself that deduplicates the data to disk and then lets you replicate it remotely is also a big help as well.

Stephanie, thank you so much for joining me today. For more information on disaster recovery in your remote or branch office, check back frequently at SearchCIO-Midmarket.com.


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