The Lucky Cabin

Just a time ago it looked like fast laptops were only being produced by a couple of boutique resellers and were built to order, not produced in big numbers. They were low volume sellers and big profit generating products. The cost was just too high to justify buying these types of laptop for the masses. People reckoned they were the best laptops and justifiably so. Even though they did get people thrilled I do not think they sold in quantities because few people actually buy laptops that are above the average mark. As more established manufacturers see the revenues in the gaming notebook sector, things seems to have altered.

Lowering prices are not common is this sector so bigger manufacturers should be making a lot of revenue. These manufacturers have probably been losing some cash on entry level units so this should be an attractive opportunity. Getting prospects to buy laptops is quite simple for larger manufacturers. I believe littler system builders are extremely unhinged about this. I am pretty certain that the giant manufacturers will try to squeeze the small ones out. Buyers will additionally gather tons more peace of mind when paying a larger amount of cash.

To my astonishment the mass produced gaming laptops are as good or even better than the best laptops available to buy. I believe that local companies may yet have a chance. I guess people that buy these types of systems like to be able to spec up their system. This type of purchaser is generally well educated in the technical details and can evaluate the spec data. More often than not these sorts of buyers are to a greater extent concerned with the power than the design. All the changes are extremely good from the consumer’s standpoint. High end technology will be acquirable to everyone when prices are pushed lower. I am not quite sure any of that would happen however. Prices will probably remain relatively high as there are constantly new portables being introduced. As the gaming notebook division gets saturated with established manufacturers, many will take a wait and see approach.

I think this web site. (http://www.rizeon.com/gaming_laptops/page.php) are quite inexpensive for the computers they are selling.

In accordance with the increasing need for well-constructed marketing, Vodafone has appointed Phil Marland as the new head of consumer marketing. As a former employee in the same field, Marland was previously employed by American Express. With this development, Charlie Smith was chosen to step up as a communications specialist, promoted to head the brand structural department.

Previously, Marland was the head of product development at American Express, whereas Smith was originally a marketing employee. At his previous role, Smith was responsible for many of Vodafone’s advertising campaigns, which so far has been successful to market its mobile internet services. Collaborating together, this duo should function as a practical team of marketing specialists, capable of whatever the industry has to offer.

As the company looks to become more focused, restructured assignations are consistently occurring. The aforementioned action is just one step in the lengthy process of enhancing the organization. During this enhancement, the company plans to simplify its works, becoming more focused on meeting the needs of its consumers.

Currently, Vodafone is reviewing its UK media transactional account, a utility which is held by OMD.

The role changes in the marketing department will come in effect on September 15.

Some say the weather is totally random and does not exist in any pattern. Even some academia wonder kids show us kaleidoscope pictures of randomness and say see; this is why we cannot predict the weather. Please people give me a break. Just admit it, you don’t know anything, you are all faking it. We do not need a bunch of hunch, fed to us like sack lunch. My Grandfather was 200 miles off the coast of NJ during the WWII before the invasion of Normandy calling in the weather to the likes of Churchill and General Dwight D Eisenhower. Surely we have come along better than that? Others agree the problem of accurate weather prediction is immense:

http://atmos.msrc.sunysb.edu/npages/graduate.html

and so are the calculations. Meanwhile the buoys used to measure temperatures of the water keep floating away and going AWOL from their posts.

http://www.unesco.org/bpi/science/content/press/anglo/9.htm

So someone said well they maybe drifting but look at all this great data we are getting? No kidding people, please spare me the justification of a massive screw up. Now then people let me explain the only way in hell you are going to be able to predict weather. We must divide the altitudes with artificial boxes above the earth, then move beams of light, sound X-ray through those grids and then time each of the times through each grid, they will slow by thicker air. And then send sound waves through the same, which flow faster in thinner air, slower in thicker air and are affected by relative headwind and sped up by tailwinds. Then each data set for each box will tell you what the micro box reading is doing and how it will affect the whole macro areas of larger boxes. Divide to conquer. Then you will have the data you need to predict the weather and this is the first step in controlling the weather. Once these facts are known and the trends studied, then you can adjust the weather as you see fit by bombarding laser beams or chemical laser beams into each other or by sending in ELF into the area or invisible boxes which have various winds aloft and clouds and barometric requirements necessary already present to be adjusted and then folks it will not matter if you have a Typhoon, Hurricane, Tornado, Snow Storm, Hail, Rain, El Nino, LA Nina, Micro Burst, Cumuli Nimbus, or drizzle.

The way to control the weather therefore is to change temperatures in the cubic artificially outlined grids. If anyone is really serious about weather control or weather predictions, it will have to be modeled around this line of reasoning, since currently this is the only technology we have in existence in this present period. If we wait and weather the storm, pun intended, then we may have other possible solutions in the future.

“Lance Winslow” - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

The official definition is “the art and science of getting people to comply to your wishes” which is why it is so fascinating and addictive to people who desire control or power. It is essentially an art in its own right, as very few people can manipulate people, whilst the person not knowing they are being manipulated.

One notorious master of Social Engineering is the famous hacker Kevin Mitnick. Kevin used his skills to gain access to some of the largest corporations in the world. Kevin now does seminars on computer security, helping people avoid some tricks he actually perfected.

One example Mr. Mitnick uses, delightfully illustrates Social Engineering. Kevin picks his target and then carefully waits for weeks on end for a snow storm. When a snow storm occurs, Kevin rings the security guard, distrought, complaining he cannot get to the office to complete a project. He asks the security guard to enter the computer room, and type in a simple command (which unkown to him, creates an administrator account). Mitnick thanks the guard for the help on the ‘project’ and asks him to print out a file list and return to his office. Mitnick then rings the guard, tells him to throw the file list in the bin, thereby framing the security guard. Mitnick has access to all the information he needs and more.

With people so worried about software vulnerabilitys, they fail to see that a person can compromise a whole system and render millions of dollars spent on security utterly useless. Although ‘Social Engineering’ is not a widely used term, you have probably heard of ‘phising’, which impersonate companys or people, to gain passwords. One such company, Ebay, is particularly a target for attack. The problem is even if it is from sender X@Y.com, it can still be impersonated, to look like it came from Y@X.com .

Social Engineering is also popular through phone attacks, like ” Hi I am John at Microsoft Security, we had a report of fake windows versions in the area, please read us your Windows serial, so we can identify it” The hacker the uses the fake serial number and ships it with thousands of fake copys of Windows, thus leaving the trail of evidence pointing to the victim.

Nothing can fully stop Social Engineering, but companys must educate staff and governments the general public, about these kind of attacks and how to avoid them. Awarness is the key to thwarting all the would be hackers.

This Article was written by Neil Grogan (Duey Finster)

About the Author
Neil is a computer expert who runs an information site all about technology and security.

For More Information: http://www.dueyfinster.com

ALL RIGHTS RESERVED ©2005 dueyfinster.com

There are many methods to convert decimal number into the corresponding binary. Only one famous method will be discussed here:

Converting decimal to binary:

The rules are as follows:

*You should start from the left most binary digit
*If the decimal number is equal or greater than the place value (corresponding 2^number), then place the bit 1 and forward the difference to the next digit on the right
*If the decimal number is less than the place value , then place the bit 0 and forward the number as it is to the next digit on the right

Example:

Suppose you got the decimal number 170:

- 170 is greater than 128(2^7) , so the left most bit is 1 , get the difference 170-128=42
-forward 42 to the next digit
-42 is less than 64( 2^6), so place 0 and forward the number as it is (42) to the next step
-42 is greater than 32(2^5), so place 1 and forward the difference which is 42-32=10
-10 is less than 16(2^4), so place 0 and forward the 10 as it is
-10 is greater than 8(2^3) so place 1 and forward the difference which is 10-8=2
-2 is less than 4( 2^2) so place 0 and forward the 2 as it is
-2 is equal 2( 2^1) so place a 1 and forward the difference which is 2-2=0
-0 is less than 1(2^0) so place a zero and you’re done

so the decimal number 170 is equal to the binary number 10101010

NOTE THE FOLLOWING:

*The right most place value is 2^0

*Whenever you get a zero difference, all the next digits will be o’s as zero will be less than 2^whichever number

*Only numbers from 0-255 can be represented by 8 digits binary .Numbers greater than 255 will be represented by more bits. For example: 256 is represented by 9 digits: 100000000. In general 2^n -1 gives you the largest number that can be represented by n digits. So in 8 digits binary, max. number is 2^8 -1= 255. In 9 digits binary, max.number is 2^9-1=511. So the range for 9 digits is from 256-511. Starting from 512 ,10 digits will be required.And so on…………

Converting binary to decimal:

An example about this was already shown in the previous post.

00010110 = (1 x 24 = 16) + (0 x 23 = 0) + (1 x 22 = 4) + (1 x 21 = 2) + (0 x 20 = 0) = 22 (16 + 0 + 4 + 2 + 0)

This example shows that the binary number 00010110 is equal to the decimal number 22.

In general , all the 0 bits will add up to zero , so just ignore them and add the 1’s. Here is another example:

10101010= (1*27=128) + (1*25 =32) + (1*23 = + (1* 21 = 2) = 170

( we’ve already seen that 170 is = 10101010).

Cisco website

Cisco Academy Program

Source: http://cisconetworkingbasics.blogspot.com

When does consciousness exist? Will the sentient robots being created with nanotechnology and the dumping of human memory such as was done to a computer chip by Stanford in 1999 have a soul of their own? I do not believe our soul is dumped in this process. But the issue of soul can be debated until the cows come home by observers of natural phenomena. Modern science has no greater insight than the ancient observers. In fact the ancients spent more time attuning with consciousness or soul in all things - elemental and spiritual. Most nature worshippers are able to see an element of soul in rocks and trees and the recent fact that science provides about the white pine eating insects or the changing colour of leaves not being for the first frost add to the possibility as I see it. I love the saying of the Mayans - ‘Do not put your self in front of your SELF.’

Our chakras may be conscious collectives of our solar bodies which have atoms and molecules inside us coalescing their consciousness. By acting as a creative agent in this coalescence we create or manifest reality. Part of the matter of Free Will is involved in these considerations that man can choose to avoid or to act upon. It is LIFE and growth, rather than some weird obsession with sins, fears and guilt which has been foisted upon us by theocracies focussed on power. Spiritual avoidance has lead to theologic tribal mud-slinging by ‘Chosen Ones’ whose prejudices cause war, and other hell fires and damnation against the PURPOSE of Divine Providence.

The female (passive vs. dynamic) or left side of the Tree of Life (Yggdrasil) as developed from rock representations of man and his vital egress and power entry points such as the Third Eye were known so long ago that I dare not type all the zeroes. I know many ‘zeroes’ of the non-mathematical variety would assail my naiveté or sense of who man is. These people are as ’sinister’ as those who made the left-handed witches or heretics prove themselves as worthy in the ‘autos da fe’ or other vile acts of the heinous Church the Pope apologized for in 1999. ‘Sinister’ means left-handed and my older brother had teachers rap his knuckles to try to beat it out of him. My father had had this happen to him and he made them stop their evil behaviour. There are so many ’sinister’ ways the paradigm programs us into being their sheep.

On a personal level you can close your eyes and focus your thoughts as you move your eyes to the eight points equidistant from each other in a circle. Spend 15 seconds or so at each point and breathe with conscious centering effect. The final point is where your look into the Third Eye inside your skull behind your forehead. Stay there and feel the ‘buzz. - you have balanced the energy flowing to all lobes in the brain. This system known as the Mudras or Mutras in India and Greece can help Schizophrenics or other disassociative stress better than the ‘pharmacological lobotomies’ (term used by Drs. Breggin and Cohen) of our medical model, or social management of ‘money trees’. Why is our brain structured the way it is - or how did the ancients know a chakra system that mirrors modern neurophysiological mapping of our nervous system. The same can be noted in the correlation of the psychic points chart, acupuncture chart and lymph system. Is this a case of ‘As Above, So Below’ or Intelligent Design?

About the Author

Author of many books, Available at http://www.lulu.com/gaianinstituteofarcaneknowledge, World-Mysteries.com

I was seriously thinking of calling this article The Pros’ and Pro’s of Business Broadband and T1 Service. I for one am an advocate of such service. The speed, reliability, extensibility coupled with great service can be an asset to any organization dependant on their communications infrastructure. Whether it’s voice, data or an integrated voice and data implementation, the advantages out weigh the cost. If you’re not currently using this technology in your business, it might be time to seriously consider it. Your competition is.

In order to provide an objective article, as objective as I can be given the preceding paragraph, I should point out both the pros’ as well as the cons’. As much of an advocate I am for the use of these technologies, the truth is that it’s not for everyone.

Let’s start with the cons’ of using business broadband and T1 service. First there’s cost. To implement any communications infrastructure takes money. So cost is the first factor.

Knowledge is the second. There is a varying degree of knowledge required in making informed decisions. There are many vendors out there who would be quick to oversell you or promise you cheap costs to gain your business. So knowledge is another factor.

Hardware is the third. This could easily be wrapped into points 1 and 2 above. Depending on the infrastructure you’re considering, it could be as simple as a modem and a router, it may be much more complex than that. We’ve separated hardware out from the two points above, but obviously there is a cost factor in purchasing the hardware and knowledge factor in the use of the hardware.

Let’s take a look at the other side of the coin, the pros’ of using business broadband and T1 service. Any business that relies heavily on it’s communications infrastructure, this technology is a must have. The speed alone quickens the pace within the office. Emails, downloads, research all play a factor in the productivity of each employee. No more waiting for a dial-up connection. No more getting the dial-up connection only to wait some more as web pages slowly populate your screen. Ever send that important email with an RFP attachment (Request for Proposal) or the product outline, or whatever, only to have your signal dropped? This can be very frustrating indeed. How about research? Are you researching for products or services to use within your office or perhaps wanting to check up on your competition? Looking for that information on the internet through dial-up? If that’s the case, you’re the type that REALLY knows how terribly slow dial-up can be. Broadband and T1 technology removes these issues all together with a fast, reliable and extensible infrastructure that can grow with you and your business.

What about cost? I think the real question is the cost of not having this technology. But alas, let’s take a look at cost. How much time do you spend on dial-up? How many times have you had to wait or resend a proposal (or any email for that matter)? What is your time worth in dollars? As a professional, I’m sure you value your time as well as charge for it, depending on your line of business. So, factor that into the picture. How many times have your customers or prospects not been able to reach you because your phone line was tied up? What does that add up to in dollars?

Knowledge? Let’s take a look here as well. Unless you’re in a technology business, no one expects you to become an expert here. You really just need to learn what’s available and even there, if you use a communications broker, you’ll get a person (or team) that listens to what your current needs are and what your growth plans are. Usually this is a free service offered by communications brokers, so you should take advantage of it.

Hardware? Here to, unless you’re a very large corporation, you can outsource this. It’s not as expensive as you might think. First off, your first line of support should be your vendor. They came out and installed the equipment and ran the required communications lines. This may mean learning a little about the hardware. Basically, reset a modem; reset a router, etc. certainly not that hard to do. So the vendor is your first line of support, but if you’ve used a communications broker to obtain your communications infrastructure then they are your second line of support. A broker tends to get the ear of a vendor quicker because of the amount of volume that broker does for the vendor. The end results is that when you’re having issues and your vendor seems unresponsive to you, your communications broker can generally get the attention of the vendor (and resolution to your issues) quicker.

So, cost, knowledge and hardware are but small points in the overall picture. Good business understands total return on investment. Good business knows how to make a purchase then leverage that purchase in a productive manner.

Unless you’re a very, very small business chances are this technology will benefit your organization. Even if you just want to get your feet wet, so to speak, then move up to business grade DSL broadband access. All these technologies are more affordable then you may think.

Get your information, get your quote from multiple vendors and make your decision. It’s just makes good business sense.

FullService Broadband Provider. Unbiased, informative information on broadband technology made possible through Try Right Technology, Inc. Copyright 2006

While sleeping through a lecture recently I roused for just long enough to catch the lecturer saying that “Error messages should not try to be funny or amusing, they should be clear and concise”. This got me thinking about the ever-elusive goal of user friendliness. The concept has changed much over the years with packages such as DOS going from being one of the easiest packages on the market, to now being complicated, convoluted, and ignored. I have begun to wonder why I am being taught that computers have to be boring to be user friendly.

The predictable nature of computers is quite dull. I study computers and work with them, so I’m used to experiencing a certain number of faults every now and then. I find these dull and depending on how close my current deadline is, downright infuriating. On the Internet side of things there is little quite as irritating as running into a 404 page when you’re trying to find something. However, the other day I ran into a site that displayed random 404 Haikus and instead of being upset at the fact that my time was being wasted, I ended up typing in bizarre addresses just so that I could read all of the little poems. You can find a few lists of 404 Haikus from a simple search in Google. Humorous website Homestarrunner.com has an entertaining page when you get the address wrong that screams “Four-oh-foured!” and displays a very entertaining message. They have another 404 page on their site that is a hilarious cartoon you can watch.

In terms of applications, games occasionally have amusing error messages such as the one in ‘Escape From Monkey Island’ with the title “Congratulations, you have found a bug!” and concludes with “…get back to work”. There’s naturally a bit more leniency and tendency towards entertaining secrets in games. Easter Eggs used to be a lot more common in software applications. These are hidden sections of code that the average user will never activate but which provide an amusing result when they do. For a large list go to http://www.eeggs.com and search for a specific type of software program that you use. There may be a few minutes of hidden entertainment to be found.

Some of the greatest Easter Eggs came from Microsoft’s software stable. Word 97 used to have a great little pinball game built in if you followed the correct steps, while Excel 97 had a fun little ‘flight simulator’ built in. Unfortunately employees are apparently no longer allowed to include these after some offensive messages were once included in a program.

Companies now require a very professional image and software costs quite a lot to develop, so we’re likely to see all the amusing quirks removed from software that’s released making it nothing but functional. I think that this is unfortunate. I agree that error messages need to be functional and let the user know what’s gone wrong but there’s no harm in taking the edge off the fact that they’ve possibly just lost a few hour’s work by adding a little humor into the picture. As long as common sense is adhered to I don’t really see why my grey pop up boxes all need to say exactly the same thing and be filled with data that’s largely useless to me. Thank you, I realize that the program has encountered an error. I assumed this when it stopped working. Why not give me a reason to actually read error messages instead of having to dismiss them as soon as they appear?

I think the idea of user friendliness has become too clinical and precise. We have rules and structures defining what is or isn’t helpful. We put fancy, bubbly skins on the dull and mundane and think that we’re making it all more interesting. Just occasionally I’d like my computer to pop up and say “Human Error. Please replace user and try again.”

Daniel Punch
M6.Net Web Helpers
Daniel Punch is a writer working at M6.Net: ‘The web-hosting company for humans.’ M6.Net is working hard to help humanity experience the power and freedom to develop their own part of the Internet, to share their information and connect with anyone, anywhere, anytime.

In the first part of this home lab tutorial, CCNA and CCNP candidates can see that there are a LOT of choices when it comes to what to buy to build your own Cisco practice lab.

Having been there myself, I know it’s confusing to decide how many routers or switches to buy, and what I need at the minimum to run labs and get some great hands-on practice. Let’s take a look at some lab configurations and some other lab equipment you may need.

A starter practice lab will consist of two Cisco routers and one switch, hopefully a 2950. This is a good way to get started. You will need to make sure that the routers you purchase have Ethernet ports, and at least one serial port. If possible, get routers with BRI ports, so even if you’re not configuring ISDN now, you’ll be able to in the future. (You will need one additional device to make ISDN work in your lab, and we’ll talk about that later in this article.)

You can practice setting IP addresses and testing IP connectivity over the Ethernet interfaces, and you can configure a point-to-point connection between the two serial interfaces. (You must know how to do that before you think of taking the CCNA exams!) Depending on the switch, you can also get some practice putting the Ethernet ports in different VLANs and working with the switch IOS.

This setup does have some limitations. You can’t practice trunking or Etherchannels with one switch, and you can’t set up a Frame Relay cloud with this configuration. It’s a good start, but you should consider getting a few more routers, including one to serve as your Frame Relay switch.

What’s a Frame Relay switch? Good question.

The Frame Relay Switch

As you know from your studies, Cisco routers are DTEs by default. The Frame Relay cloud is made up of DCEs.

In a lab environment, you need a device to serve as the Frame Relay cloud. This device will have DCE interfaces, and will actually be performing frame relay switching. But this isn’t a switch in our lab - it’s a Cisco router.

There are plenty of Cisco routers that make great frame relay switches. Get one of those and a couple of DCE/DTE cables, and you can configure the router as a frame relay switch and have your own working frame relay cloud in your lab!

The Cisco router you choose as your frame relay switch should have at least four serial ports, and if you can get more, great. It’s always good to have spare ports.

If you get four Cisco routers, with one as your frame relay switch, you can set up a frame relay cloud and practice your hub-and-spoke frame configurations. Even better, as my labs do in my CCNA Study Guide, you can set up a frame relay cloud and a point-to-point Serial connection. This will help you get real hands-on practice with such features as EIGRP variance.

With that four-router configuration and one switch, you can get some great hands-on experience with many CCNA features that many candidates just read about. If you can add a second 2950 switch, you can practice different spanning-tree configurations, such as changing the root bridge of a given VLAN, working with VLAN Trunking Protocol (VTP), and configuring your own Etherchannel! (You will need some crossover cables to connect your two switches.)

Let’s take a look at one more important piece of lab equipment: the ISDN simulator.
You can’t just take a straight-through cable and connect your BRI interfaces directly. You need a device called an ISDN simulator to act as the phone company in your home network. The newer simulators let you set your own phone numbers and SPIDs; most older ones have a preset phone number and SPID that you must use. Either way, you get truly valuable experience getting hands-on work with ISDN, especially watching PAP and CHAP debugs and understanding the authentication process.

ISDN simulators can set you back a few bucks. I recommend you visit www.ebay.com and search for ISDN simulator. There are generally 20 - 30 used ones on there at any given time. Be careful to purchase one with at least a 30-day guarantee. They are robust devices for the most part, as there is one in my home lab that I’ve had for three years (when they were really expensive!), and it’s never given me a bit of trouble.

There are many online vendors that will sell you a new one, but obviously the price is going to be higher. One company I’ve had good experiences with is www.vconsole.com. Make sure to shop around, as there are plenty of ISDN simulator manufacturers out there on the web. Vconsole is the only one I’ve purchased a new unit from, and the 10-port simulator I use in my classes has worked beautifully.

There is another piece of lab equipment that isn’t necessary for your lab, but you’ll find life is a lot easier with it. And just as the frame relay switch is really a router, so is this device: the access server.

Access servers are devices with an asynchronous port that an octal cable can connect to. What you do is connect your blue console cable (officially referred to as a -rollover cable-) to the console port of your access server. You then take an octal cable, and connect one end of the cable to your Async port. The other end of the cable, as you’d expect from the name, consists of eight smaller RJ-45 connectors. Each one of those goes into the console port of one of your other lab devices, and you configure the access server to allow one-key access to each of the other devices in your practice lab.

The configuration of the access server is a simple one, and I’ll have an example of configuring your access server and frame relay switch up later today.

Not everyone can start with a lab this size, so be careful when you buy your first routers. Make sure that they’re not just giving you good practice now, but that they allow for future growth of your lab. As you add a frame relay switch, an ISDN simulator, and an access server, you’ll get the hands-on experience you need to be successful on the job, acquire the self-confidence and troubleshooting skills needed in the testing room and on the job, and to solve any simulator question on your CCNA and CCNP exams with ease.

Have fun!

Chris Bryant, CCIE #12933, is the owner of The Bryant Advantage (http://www.thebryantadvantage.com), home of free CCNA and CCNP tutorials, The Ultimate CCNA Study Package, and Ultimate CCNP Study Packages. Video courses and training, binary and subnetting help, and corporate training are also available. Pass the CCNA exam with Chris Bryant, CCIE #12933!

Choosing a data recovery company.

There are many different factors to consider when choosing a data recovery company. All of them may have strong advantages in some areas but be weaker or less efficient in others.

If this is your first time choosing a data recovery company, you will want to learn as much information as possible regarding them. Browse their websites, contact representatives and find the answers to the following questions. This will help you to make an informed choice.

• Do they have specialists specifically devoted to data recovery?
Some companies offer data recovery as supplementary to other computer support services. You should definitely avoid these since data recovery is a complex process and it requires many years of devoted experience.

• How do they perform an evaluation?
Most good companies offer a free evaluation and do not have any cancellation fees. However some firms will try to make money on “unsuccessful” diagnostics attempts.

• Do they charge for unsuccessful data recovery attempts?
Make sure that you won’t be charged in case a firm fails to retrieve your data or else may lose your money, time and information.

• When will they give you a final quote?
Upfront pricing is a good choice. You should always have the right to cancel your job if the price or other circumstances don’t suit you. Don’t leave a final quote for the last moment or the price might shock you.

• What are their prices like compared to the competeors’?
Data recovery is a very comple complex procedure, so prepare possibly a few hundred dollars. Very high or low prices are not usually an optimal solution. Explore your local market to find the golden mean.

• What about an emergency service?
If you need your data back urgently, find a company that offers this type of service. It may be costly but worth the expense. It is also a good idea to discuss responsibility for possible delays.

There is also a number of ways data recovery companies may try to trick customer in their advertisements. Among them are:

• Unbelievably high successful recovery rate
No “magic machine” exist that can automatically retrieve all data from the hard disk. 15-20% of all cases are entirely unrecoverable and there is nothing anyone can do about it.
If a company claims to have successful rate of more than 90%, they are definitely being dishonest with their customers.
• Class 100 Clean Rooms
Clean rooms are only used in most difficult cases when engineers have to disassemble a broken drive in order to fix its mechanical parts. This is a really complex and expensive procedure with very low rate of success. And besides, mechanical failures happen very rarely(only 4-5% of all accidents).
Most companies mention clean room for marketing purposes only and most likely you will pay for it from your own pocket.
• Free Diagnostics
A good company SHOULD offer free diagnostics. But sometimes this is misleading. It may still be free, but if you become unsatisfied with the price offered after evaluation and try to withdraw your order, you will be charged a so-called “cancellation fee”(that may go up to $200). Be aware of this.

About the author:

If you want to learn more information about data recovery in general please visit website devoted to Choosing data recovery company. There you can also ask your particular questions in data recovery forum and receive consultation from experienced specialists.

Yaroslav Shkvorets, DataCent data recovery Ontario, Canada.