5 tricks BCT used to get ranking on first google page

5 tricks BCT used to get ranking on first page of google -

1. I used easyhitforyou and then i used BCT  as my site and then i used dot.tk to shorten my URL and then you just need to enter your site URL(obtained from dot.tk) in My Site then you just need to Start Surfing and you will get 50% of traffic from it, for example if you visit 50 of their sites, you get 25 as traffic, and not only this but also you can get 1:1 surfing means if you visit 50 of their sites then you also get 50 visits, but you need to change traffic source or something like that which will be 50% in Setting tab to 100% by doing this you get 1:1 traffic exchange.
2. We put every update on google, we go to google Ad Url and enter our site every time we post anything.
3. We open up a forum, so that we can listen to views from you
4. We never open up a wrong trick, we always first review the trick and then we tell to you.
5. We have less load time, less than even 0.12 seconds just because we don't put Ads now, we are not even planning to put any Ads until 12/12/2014, after that we will lost our sponsorship, so we maybe showing ads but that too from google not from any other source that open a pop-up or redirect you to any other page or ask you to complete a survey. 

Regards

BCT team

How to get thousands of backlinks for free

How to make thousands of backlinks for free (requires more work) -

Hello guyz, BCT is going to tell you how to get thousands of backlinks for free but it requires hard work, so if you are a lazy person or you don't want to get backinks by performing hard work, then this tutorial is not for you, first of all you need to sign-up to this site - clixsence , then do as many as tasks and surveys as you can and then when you reach $1.20 earning (normally in 10-15 days) then go to Advertise and then click on Buy Ad credits and then important check you have selected 1st optoin and then click on Buy, you get 500 backlinks and 500 person to your site because this site will show your site ad on their site. So you get a link from a great money earning site, that's how you get popular in search engines, because they think that if a site which have so much reputation has linked to this site then this site must have something special in it, so many search engines will also try to gt your site on 1st page, this trick has been used by BCT 1st time and we got 1st page on google while typing - Best computer tutorial. This is how you get popular and in next tutorial, BCT will be telling you guyz about other site also like - easyhitsforyou, BCT got 1000 people from it.

Working tips for SEO

Working Tips For SEO -
if you had followed BCT tutorials then follow these steps, 1st one was the mistake which was done by Naveen jain (Founder of  BCT ) and is improved now, and we got 1st page rank on google after searching "Best computer tutorial" after improving these-
1. Never put ads on your site.
2. Never ask user to click any ad or complete any survey to access your site
3. Never use too much flash and frames (Some mobile user can't access these, andsearch engine also don't search flash contents (but very soon google may be searching flash content also, i dont know when))
4. Never forget to put Alt tags in your image
5. Never show pop-ups on your site, if you don't show them then, user may be regularly visit your site because of less loading time and less internet used.
6. Now have patience.
6. Else if you want it asap then mail me : naveenjain@programmer.net , i will be there.

Regards,
BCT team

How to get traffic on your website (by search engines)

How to get traffic on your website (by search engines) 
If you want to know how to get traffic on your website by google, then i would prefer reading previous articles on BCT first then the last thing which was left in SEO course was that put relevant material on your website, the more the content the higher the chances of your page on google, first you want to have good quality backlinks and a sitemap, which you can create in many sources, and next tutorial will be also of how to create a sitemap, submit sitemap in google and then have patience or contact me naveenjain@programmer.net after that the only thing you need is to get some traffic from any other site, but remember if your site has google adsense in it, please do not use this site - Easyhitsforyou or if you have no alternate sources of traffic then register a domain here dot.tk and then share it on this site- Easyhitsforyou you will get too many traffic as well as income from it. 



Thanks

BCT admin

Virus Information

About Viruses

A virus is a piece of software designed and written to adversely affect your computer by altering the way it works without your knowledge or permission. In more technical terms, a virus is a segment of program code that implants itself to one of your executable files and spreads systematically from one file to another. Computer viruses do not spontaneously generate: They must be written and have a specific purpose. Usually a virus has two distinct functions:

1. Spreads itself from one file to another without your input or knowledge. Technically, this is known as self-replication and propagation.

2. Implements the symptom or damage planned by the perpetrator. This could include erasing a disk, corrupting your programs or just creating havoc on your computer. Technically, this is known as the virus payload which can be benign or malignant at the whim of the virus creator.

A benign virus is one that is designed to do no real damage to your computer. For example, a virus that conceals itself until some predetermined date or time and then does nothing more than display some sort of message is considered benign.

A malignant virus is one that attempts to inflict malicious damage to your computer, although the damage may not be intentional. There are a significant number of viruses that cause damage due to poor programming and outright bugs in the viral code. A malicious virus might alter one or more of your programs so that it does not work as it should. The infected program might terminate abnormally, write incorrect information into your documents. Or, the virus might alter the directory information on one of your system area. This might prevent the partition from mounting, or you might not be able to launch one or more programs, or programs might not be able to locate the documents you want to open.

Some of the viruses identified are benign; however, a high percentage of them are very malignant. Some of the more malignant viruses will erase your entire hard disk, or delete files.

It is not overstating the case to say that viruses could interrupt the free flow of information that has been built up by the personal computing in the last 10 years. Indeed, the prevalence of viruses has ushered in a new era of safe computer to the point where those that ignore the guidelines run grave risks. Considering the extreme warnings of danger--and the incidents already on record--it is a mystery that there are those in the computing industry who claim news reports of viruses are exaggerated.

The National Center for Computer Crime Data in Los Angeles estimates that American business have lost as much as $2 billion from unauthorized access to computers yearly. The amount of lost time may be incalculable.

As an indication of the severity of the problem, the federal government has helped to form a virus SWAT team called the Computer Emergency Response Team. Its job is to investigate security threats in major computer networks across the country. The Software Publishers Association has also adopted certain measures to address the problem.

Furthermore, in the last year many Fortune-listed companies have begun to establish computer policies to deal with viruses. In many cases those new procedures will set practices for testing in all software before it is put on a network and restrict the downloading of software from electronic bulletin boards. Literally no one who uses computers--not the government nor the police nor even your local bank--is immune from computer viruses.

Suppose a space shuttle executed order from a virus-infected software program. Or an air traffic controller was given incorrect information from a fouled system. Or your company's financial records were suddenly eradicated or permanently altered.

These are not necessarily fantasies of impending doom. Thus far, computer viruses have hit a variety of systems, including Fortune 500 companies, government agencies, major universities, newspapers and large networks linking vast numbers of computers and huge volumes of information.

Hard Disk Drive Glossary

Data Recovery and Hard Disk Drive Glossary of Terms

DATA RECOVERY TERMS

Embedded servo or wedge servo is a type of servo configuration used on today's hard disk drives This is a major cause of catastrophic hard drive failure and one of the main reasons data may not be recoverable from a hard drive. Furthermore it is the very reason that disk drive platters cannot be removed and put into another hard drive.

Embedded servo systems embed the feedback signals for the read/write head positioner (usually a voice coil motor) inside gaps or wedges in the data tracks of the disk. These are sometimes referred to as servo markers. This setup allows the entire set of platters to be used, instead of having to reserve one or two surfaces for the servo's use (dedicated servo), which makes more space for data available on the drive. Embedded servo was originally developed in the 1970s, and started to appear on mass-market hard drives for personal computers in the late 1980s.

As with dedicated-servo drives, the control signals are written at the factory using a special device called a servo writer, and cannot usually be regenerated in the field. Hard Disk Drives with errors in the servo areas are considered to be badly damaged and the data is usually not recoverable from them.

Head Crash is a term used to refer to the R/W head or heads inside a hard drive touching or hitting the platters or disks. Normally when a hard drive is running the heads float a few microns above the media. A tiny particle of dirt or debris can cause the head to bounce against the media. When it does touch the media it makes marks or scratches on the surface when can cause data loss depending upon how severe the head crash is. Following a head crash, particles of material scraped free of the drive surface greatly increase the chances of further head crashes or damage to the platters. When a disk drive starts making unusual sounds it should be turned off immediately. Continued running of a disk drive suffering from a head crash will only cause further damage. A hard drive should never be opened up outside of a clean room.

PCBA - The "Printed Circuit Board Assembly" is the electronics board attached to the disk drive. This is a common cause of hard drive failure particularly when there is a power surge. It should only be replaced by a professional data recovery company. A PCBA failure can sometimes lead to internal damage of the hard disk drive.

PLATTER - The disk inside the drive that spins at a high rate of speed and is used as the recording surface of computer data files in the form of magnetic north and south poles. It is made of aluminum or glass and has a metal oxide coating that is "sputtered" on. When the disk becomes scratched or marked by the heads data loss can occur.

READ/WRITE HEADS - Hard Disk read/write heads are the mechanisms that read data from or write data to hard disk drives . R/W heads continue to change as the hard disk drive evolves. There have been numerous changes over the years. In a hard drive, the heads fly above the disk surface with clearance of as little as 3 nanometers..

STICKTION - A fluorocarbon that builds up between a Read/Write head and platter. The result is the disk drive may not spin up. 

HARD DISK DRIVE TERMS - DISK DRIVE INTERFACES

FD-400 Interface - Pertec Peripherals came up with this 8 inch floppy interface around 1974 and it is the predecessor to Shugart Associates 8 inch (50 pin) floppy interface. This drive utilized a 44-pin cable with a edge card type connector that supplied power as well as data and control signals. This drive is actually still in use today primarily on flight simulators and CNC milling machines.

SA-400 Interface - Shugart Associates designed the SA-400 floppy disk drive in 1978 which was the first 5.25" floppy drive to gain wide acceptance. This drive utilized a 34-pin cable that is still used in floppy drives today. The interface was later modified for hard drives and this modified version became the ST-506 interface. Although the pin outs of this interface have changed slightly over the years it is still the standard for 5.25" and 3.5" floppy disk drives.

IPI (Intelligent Peripheral Interface) - This hard drive interface was used on 8" and 14" mainframe and minicomputer disk drives in the 1960's and 1970's.It can be found on disk drives manufactured from Control Data Corp. which is now part of Seagate Technology. 

SMD (Storage Module Device) - This hard drive interface replaced IPI and was used on 8" and 14" mainframe and minicomputer disk drives until it was replaced by SCSI. It can be found on disk drives manufactured from IBM,CDC and Pertec. Later an extended version called XSMD came out as an extended version of SMD.

ST506/412 - This interface was developed by Seagate Technology (originally Shugart) in 1980 for use with their ST-506 hard drive (5 megabytes). It was later revised in 1981 with a feature called "buffered seek" for their ST-412 (a 10 megabytes version). Due to its design limitations you would not see this interface on drives larger than 140 megabytes. The interface consists of two cables, a 34 pin and a 20 pin used for drive control and data transfer. This interface was most commonly used in 80286 computers.

ESDI (Enhanced Small Device Interface) - An ad hoc group of controller and device manufacturers (led by Maxtor Corporation) met to develop a standard that would increase the data capacity and speed of the existing ST506/ST412 interface. The first standard The Enhanced Small Disk Interface was released in 1983 but then it was decided to merge this interface with the Enhanced Tape interface into one standard in October of 1983. Although the cabling of this interface is the same as ST506 it performs a lot better error checking and the encoding and decoding is performed on the drive and not the controller making for a faster transfer rate than its predecessor. This interface was used on disk drives at the time in the range of 138mb to 676mb.

SCSI (Small Computer System Interface) - This interface originated as the SASI (Shugart Associates System Interface) in 1979. It was one of several disk interfaces of that time that worked at a logical level instead of the widely accepted device level. Working at a logical level allowed for a stable interface while the disk devices could change rapidly. In 1980 Shugart Associates attempted to replace the IPI (Intelligent Peripheral Interface) through the standards committee, but were not able to due to limited industry acceptance. NCR added features to Shugart's original interface and in 1982 the standards committee decided to start a project for SCSI which was to be based on SASI. During the project, optical WORM commands were added, no longer limiting SCSI to disks. In 1986 ANSI approved SCSI as a standard. Connecting via a  50 -pin ribbon cable, up to seven "different" devices can be connected at the same time. This includes hard drives, tape drives, floppy drives and even printers.

IDE (Integrated Drive Electronics) - This interface originated in 1988 when a number of peripheral suppliers formed the Common Access Method Committee to push an industry-wide effort of adopting a standard software interface for SCSI peripherals. Part of their goal at that time was to specify what is now known as the ATA (AT Attachment Interface) which would allow an interface to be designed into the the AT -compatible motherboards of that time. The ATA interface usually was not mentioned at the time , it was  encompassed in the IDE term. ATA referred to the interface itself and IDE to the hard drive. Hard drives used with this type of interface are "intelligent" devices that have most of the controller functions built into the drive circuit board. These drives have a 40 -pin connector that plug directly into the motherboard.

ATA (AT Attachment Interface) - ATA defines a universally agreed upon register set and a 40 pin connector and its associated signals. This is the AT bus or IDE interface.

XTA (XT Attachment) - This was an implementation of the ATA Interface that used an integrated 8 bit XT controller during the late 1980's Although rarely used one computer manufacturer of the time that did use it was Vendex. Miniscribe make a drive called the MS8425XT (20Mb.) at that time.

ATA-2 - This was an upgrade to the ATA interface standard to provide for greatly increased 

EIDE (Enhanced IDE) and FAST-ATA - This is an enhanced version of the ATA-2 standard  as marketed by disk drive manufacturers such as Seagate/Quantum (FAST-ATA) and Western Digital (EIDE). 

Ultra ATA/100 - Ultra ATA/100 is the latest generation of the parallel ATA interface. ATA, also known as IDE, which is the most common interface for desktops and workstations. As ATA disc drives have become faster internally, the need has arisen for faster interface or external "burst" transfer rates. Recent examples of this include Ultra ATA/33, Ultra ATA/66, and now Ultra ATA/100. The numeric portion of these interfaces denotes the maximum burst transfer rate of the interface in Megabytes per second.

SATA - Serial ATA is the latest computer bus technology used to transfer data to and from a hard disk drive. It uses a 7 pin data cable and 15 pin power cable The relative simplicity of a serial link allow both the use of longer drive cables (39" vs. 18" for PATA) and an easier transition path to higher speeds. Currently data transfer rates are 300 mb/s.

DISK DRIVE RECORDING: DATA ENCODING SCHEMES

FM ENCODING (Frequency Modulation Encoding) - This is an outdated encoding scheme that was used in 8 inch floppy disk drives during the 1970's. The problem with it was that it used up half of the disk space for timing signals used in the encoding process. Later (in the 1980's) the technology was refined and replaced with a new standard called MFM encoding.

MFM ENCODING (Modified Frequency Modulation Encoding) - This is an encoding scheme was was an enhancement to FM. Basically this scheme converts the digital bits from the computer into a pattern of magnetic changes or "flux reversals" that are stored on the hard drive. MFM does away with the need for timing signals thus it is more efficient than FM. It was widely used in hard drives in the 1980's and is still in use today in floppy drives.

RLL ENCODING (Run Length Limited) - This is an encoding scheme that reduces the amount of data-checking information that is stored and thus requires less flux reversals for a given amount of data. The logic circuitry is more more complicated than MFM but allows much more data to be recorded on the disk drive. In RLL 2,7 the "run length" of zeros is limited to 7. The codes are chosen so that the sequences of zeros in the codes always range from 2 to 7. This allows for a 50% increase in disk space over MFM.

ARLL ENCODING (Advanced Run Length Limited) - This is an advanced version of RLL that has a run length of zeros from 3 to 9 which even further increases disk space up to (100% over MFM).

Laptop Data Recovery

Laptop Hard Drive Data Recovery Information

If you own a laptop computer, you need to rely on it to perform every single day and night and in every situation. You can't afford to have it go down. When it does and you need your valuable data recovered then ITS - Data Recovery will recover your lost data. Over the years, we have recovered data from just about every type of laptop or notebook hard drive ever produced. Back in 1987 we were recovering data from 20mb laptop hard drives. Like the Connor CP321 that was in the firstToshiba laptop computer. Today we routinely recover data from laptop or notebook hard disk drives ranging in size from 20mb. to 250gb. 

So whether whether your hard drive just quit or you've accidentally spilled a soda on your laptop, dropped it, or it's suffered from a natural disaster such as fire or water damage - don't worry. ITS - Data Recovery will get your data back!

Practical Information on Laptop Hard Disk Drives:

(Listen to our expert data recovery engineers for advice.) If your laptop is making a strange sound and you think it is coming from the hard drive or one of the logical partitions has turned to garbage then the best thing you can do is turn off the laptop and turn in over to a true data recovery professional. You can try to recover the data yourself using off the shelf data recovery software but you are exposing yourself to possibly losing your data forever by relying on an automated process instead of recovering the data manually. 

When most people buy a laptop computer they put complete trust in in it and don't even think about the risk of losing data until it is to late. The fact of the matter is that today's hard disk drives are highly prone to failure for a number of reasons. Hard drives keep increasing in capacity with the use of fewer and smaller parts. Today's average hard drive spins at around 75 mph and the R/W heads are flying above the media at a distance of about 3 nanometers. That is like a 747 airplane flying 4 inch's from the ground. A laptop hard disk drive is a very complicated software and hardware device.

Here's a few tips to remember.

1. If you are intent on attempting data recovery yourself then make sure you do it on a donor drive and not the original.


2. Never run ChkDsk or a defragmenter on your drive. It will not help and in fact it can and will only make matters worse. ChkDsk is the absolute worst piece of garbage ever written.


3. Never use a drive in your laptop that you think might be faulty. If you suspect something is wrong with your drive then backup the data and replace it. You can also send it to us and we will clone it to a new drive if it is possible.


4. Never on the advice of Acer, Dell, HP, Toshiba or Sony tech support (or whoever make your computer) should you use the restore disk that comes with the computer. This usually will reinstall Windows on your drive and erase your data. We cannot tell you how many times we get drives in for data recovery that have had Windows re-installed because of some stupid tech support person at the factory.


5. Calm down. Wait until the initial stress and shock of your data loss has subsided before you decide what to do. Attempting data recovery yourself or even choosing the wrong company for the job can cause you more damage.



What's is the best Laptop Hard Disk Drive?
This ia a question we get asked every single day. When you purchase a laptop computer you don't get to choose what brand hard drive goes into the computer. There is no way of knowing. In fact it changes all the time. It just depends on what the laptop manufacturer chooses at the time. So if you buy a Toshiba laptop there won't be a 
Toshiba laptop hard drive in there.


When you are replacing your hard drive however you do get that choice. Our experience tells us that from a data recovery stand point that Toshiba laptop hard drives are the best choice. That is to say from a data recovery standpoint. They have the highest data recovery success rate. Seagate laptop hard drives have a high success rate of recovery and are reliable drives but require clean room service during data recovery quite often. Samsung laptop hard drives are reliable but the circuit board fails often. They are very sensitive to static electricity. We have seen a high rate of circuit board failure from older Fujitsu drives. Older Hitachi and IBM laptop hard drives have the lowest success rate on data recovery. The heads crash on the platters very often and scrape the metal oxide off (your data) making recovery impossible.


As a rule most hard drives are reliable provided you treat them with care and follow the manufacturer's instructions. Above all back up your data because no brand hard drive is immune from catastrophic failure.



What is Data Recovery going to cost!
Generally most laptop data recovery jobs run somewhere between $350.00 and $750.00. We currently charge a flat rate based on how much data is recovered. At this time we are not charging additional fees for clean room service or for drives that have a mechanical failure.


We may change that in the future as drives continue to increase in capacity and the cost of opening a hard drive in the clean room rises. Keep in mind that the nature of data recovery requires that 80% of the work be done just to get to the point of knowing if it is recoverable, so don't send us your drive for an evaluation if you are not serious about data recovery.

Desktop Data Recovery

Desktop Hard Disk Disk Data Recovery Services & Information

Data Recovery has been performing Data Recovery on desktop hard disk drives for over 28 years. We have recovered data from just about every type of hard disk drive ever produced. We started back in 1980 recovering data from a 10MB MFM Tandon Tm502 that was attached to a Radio Shack Model one. Today we routinely recover data from all desktop hard drives ranging in size from 10MB to 1TB. This includes IDE, SATA, SCSI, SAS, ESDI and MFM hard drives.

WHY US?

Everyone faces a data loss situation at one time or another. When it happens, you can count on ITS - Data Recovery to solve the problem and get your data back quick. When you call on us to successfully recover your data, you can be rest assured that we will get it right the first time. Our ability to recover data from desktop hard drives far surpasses most data recovery companies. The reason? We've been around since 1980 and have seen it all. Our accumulated knowledge base of technical information and vast inventory of hard drives gives our engineers a great advantage in completing a successful data recovery. O and did we mention price yet?

Practical Information on Hard Disk Drives

When you buy a computer you never even think about losing the data until it is too late. Today's hard disk drives are prone to failure for a number of reasons. Every year, hard drives increase in capacity, using smaller and fewer parts. Today's average hard drive spins at 75 mph. and the R/W heads are flying above the media at a distance of about 3 nanometers. What's this like? Like a 747 airplane flying 4 inches from the ground! The bottom line is that hard drives are very sensitive hardware/software devices that have a high rate of failure therefore it is imperative to back up your data.

Who Makes the Best Desktop Hard Disk Drive ?

All hard drives are prone to failure but from a data recovery stand point, some drives are better than others. In our experience, we have found that Seagate Drives generally have the highest success rate on data recovery. The high capacity drives tend to have the spindle motor go bad. They do however have a 5 year warranty. Western Digital drives are a popular low cost alternative but we have found over the years that some older models have a high rate of servo failure resulting in data loss.
The new high capacity Hitachi Drives perform extremely well but not the older models they acquired from IBM. Maxtor has good drives (not the low profile ones they inherited from Quantum) and they have been acquired by Seagate. 

If you buy an external USB or Firewire hard drive you may not know who's drive is inside the case unless you buy an external drive from Seagate, Maxtor or Western Digital. Just make sure to use it for backup purposes.

Avoid RAID 0 configurations that is common from companies like LACIE because if one drive is toast (has a severe head crash) then the data may not be recoverable since it is striped across two drives. More on that on our RAID page.

Tips for Failed Hard Disk Drives:
Never remove the cover from a hard disk drive. It should be opened only in a class 100 clean room by a "Date Recovery Specialist". In fact many drives will lose the servo just by removing the cover. One example is the IBM Deskstar Drive (A.K.A. - Deathstar) It can't even be opened in a clean room so if the heads go bad usually it is done.
In addition, do not ever...
- Place the drive in a freezer. This rarely helps and can cause more damage.
- Attempt to recover data with commonly available software.
- Continue powering up a drive you believe has been damaged.

Bad way to doing link exchange

If you want to build backlink then you are going to link exchange with many websites, right.... Watch these steps carefully -
1. The site you are sharing link with should have more unique visitors than yours.
2. It should not be a linkfarm(A SITE USED ONLY FOR PLACING LINKS OR STUFF LIKE THAT)
3. The site you are sharing link with should have more backlinks which will in turn get you to more backlinks access

How to check which meta keywords to be used?

If you have used meta tags or are going to use them then please read this tutorial.
First of all go to https://adwords.google.com/o/Targeting/Explorer?__c=1000000000&__u=1000000000&ideaRequestType=KEYWORD_IDEAS to check which keywords will give you more traffic by less work and competition. You will also know how many people do monthly search of the particular keyword, now select the keywords with less competition and then apply them on your blog.
This will make google on your blog or website to active search.
Next thing you are going to do is that http://tools.seobook.com/keyword-tools/seobook/ and now sign-up here and check your email, you will get a confirmation code and now you can access the site and now enter your keywords and it will search all search engines daily searches, now you are ready.
Place all your kywords in it and enjoy..
If any problems then pm me - naveenjain@programmer.net
Please notice that we have deleted our facebook page and my facebook account, sorry for that.

How to get your site on top of google?

Hey guyz,
if you want traffic on your site then you would like to have your site in top of google-like search engine, and by getting this you are accessible to 1000000+ people on the web per month.
You can get inbound links (someone having a blog or website put your link on his/her site). if you get more  inbound links then google will get it on top. just mail me naveenjain@programmer.net and post your site there, 1 inbound link is guarenteed.

Thanks, not forget to put my blog link on your site.