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Internet And Businesses Online

Purchasing Hide IP Address Software

by on May.16, 2012, under Internet And Businesses Online




It has been said that the Internet Protocol address on a computer is a great deal like a human fingerprint. The IP can easily identify a computer’s location through the Internet service that it is being channeled to the location. In many instances, this is a good thing because it creates a sense of accountability for one’s actions. Then, on the flipside, an IP can also be used to invade an individual’s privacy. So, in order to secure the privacy of an individual or entity, it may be best to employ the use of a hide IP address software program.

Actually, there are scores more vulnerabilities one is placed in when cruising or surfing the Internet. In addition to being traced and identified, there is always the potential of having your computer hacked. The compromising of a computer in this manner is serious business. All sorts of personal information can be absconded with or appropriated. This could lead to theft of personal and financial property in a matter of mere minutes. Yes, you can install as many password protections as you wish. There are even programs that can help boost the security of your password. However, your system is always at risk which is why it would certainly be helpful to look into a hide IP address software program.

How can a solid hide IP address software program properly work? Depending upon the name brand that you purchase from, the transmission of your information will be hidden in an SSH system that is active. This is also known as a secure shell system that is active and encrypted. Once your information is transmitted to the hide IP address software program’s private proxy servers, the data will be effectively hidden prior to it being retransmitted elsewhere. So, any entity that tries to track your information will run into a wall in the form of being redirected to the proxy server. No matter what site you visit, your IP address will remain effectively hidden and secret.

It is best to stick with those hide IP address software program that are banned by foreign countries. Some may wonder why this type of recommendation would be given. The reason is that any program so powerful that entire government agencies cannot circumvent its use must be a supremely beneficial program! If the internal spy networks of certain agencies cannot ***** the software’s security, no hacker is going to be able to either.

Such a hide IP address software program is not even very complicated to install. Simply downloading it and running the installation prompts is all that is needed to achieve the desired effect. With such ease of installation and use, how can it not be recommended?

You privacy should always be kept as safe and secure as possible. That is why it is so highly recommended to stick with those programs that can deliver excellent results with hiding an IP address. Again, your privacy and security is too important to not safeguard. Acquire a strong hide IP address software program today.
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Online Banking Grows, But Security Concerns Continue to Accrue

by on Apr.07, 2012, under Internet And Businesses Online




Customers of HSBC, Bank of America and Washington Mutual may want to think twice about banking online. Quickly. The three banks are identified in a study by a UC Berkeley’s Boalt School of Law researcher as the most victimized by identity theft.

CNet, which links to the study, says that researcher Chris Hoofnagle used numbers received under a Freedom of Information Act request. He ran the numbers from three randomly chosen months in 2006. The results were that HSBC had 21 incidents per billion of dollars on deposit, BoA had 17 and WaMu 16. ING was the most secure, with a lone incident per billion on deposit, the study said.

The story says that the findings dovetail with a 2007 report from Cambridge University that said BoA and WaMu phishing sites usually stayed afloat for more than 100 hours, while Chase and PayPal general got such sites taken down in less than two days.

Reasons to worry about HSBC are validated by a recent NY Magazine post and the consumerist.com post to which it links. The first post, which is in a gossip column, mentions that four cases recently have come to light about the loss of thousands of dollars in online banking scenarios. The consumerist post says the bank’s fraud department is overwhelmed. While the posts seem to have some level of sensationalism, they nonetheless raise legitimate and unsettling questions.

Such information makes the ambivalence most folks feel about online banking seem reasonable. There is a wealth of valuable and interesting information in a recent posting at Security Park by Fortify. The first section highlights the three dangers of online banking. Like everything else on the Internet, the fact that it is global poses as much a risk as an advantage. A thief in England can take a ***** at bankers in the U.S. Attacks are more varied than physical attacks and online security is difficult for end users to understand.

This all doesn’t mean that online banking isn’t safe if done correctly – both by the institution and the customer. The writer points out that online banking is growing. Both the perception and the reality is that safety is improving and, for this reason, crackers are beginning to target smaller and less sophisticated institutions. Indeed, it’s possible to argue that online banking is safer than physical banking. The lion’s share of financial fraud is done in the real world and, even if online theft is attempted, alerts are sounded quicker and loss is less than off-line theft.

This University of Washington post provides significant insight into the pros and cons of online banking. It begins by establishing two overall goals: That the application should always be available and that “adversaries” – the bad guys – should not be able to access them. Weaknesses of online banking include the possibility that hackers will seek to disrupt servers and use phishing attacks, keyloggers and man-in-the-middle attacks.

The story offers possible defenses against these attacks and assesses the overall risks. Phishing and keylogging are high risk, the writer says, and man-in-the-middle attacks are of moderate danger. The writer says that he hopes that no banks still are sending passwords in the clear.

Online banking apparently is convincing enough people that it is, indeed, safe, according to a Gartner study conducted in the U.S. and the U.K. during June, July and August of last year. The firm, according to eMarketer, found that 71 million people in the U.S. and 14 million in the U.K. use such services regularly. It’s mainstream, Gartner says.

The trends show that it is more popular among younger and higher-income folks, and online customers don’t abandon traditional channels such as ATMs and the telephone. The use of online in addition to – not instead of – other forms of banking could impact the marketing of these services.
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People Get Great Information From a Reverse Email Lookup

by on Apr.06, 2012, under Internet And Businesses Online



There are a number of reasons why reverse email lookups are so popular, but the biggest is probably the simple fact that people can get great information through them. Among this great information is always the server IP address and location, but very often, data about the user name itself, such as the first and last name and computer IP address, is available, as well. While this may not seem like a lot of data, it becomes most vital when researching the legitimacy of a message depends on finding the right email directory online.

Sometimes, reverse email lookups are the only way to know for sure if you have been the victim of an email spoof or other suspicious message. After all, even the most questionable of emails can appear perfectly real at first glance. It is always good to check up on any spam or unsolicited email by double-checking a message’s header data against an email directory online.

Just because you can identify a spoofed message with a reverse email lookup, however, does not mean that doing so will stop such unwanted communication. The only way to do this is to either get in touch with the spammer yourself and threaten legal action or actually report the offending email address yourself. Reporting a spoofed email is perhaps one of the only ways to guarantee that no one will ever have to deal with unwanted messages from that exact inbox again.

It is easy, then, to begin to get a sense of the importance regarding resources like reverse email lookups that can access an email directory online No matter why you need to know more about an unknown email message or what you plan to do with the information you are provided, you can at least know that you will get accurate and up-to-date data from these online resources.
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Are Anonymous Proxy Lists the Key to Anonymous Web Browsing?

by on Mar.31, 2012, under Internet And Businesses Online




Well they sure sound like it don’t they – pick a server from the anonymous proxy list and direct all your surfing through it. It does give the impression of security but I’m afraid it doesn’t quite tell the whole picture and in fact if you’re unlucky using this method may effectively give away your identity online.

The key to understanding the role of the anonymous proxy is really understanding what a proxy actually does. You’ve almost certainly used one at work or school if you have access to the internet. Very basically all your web requests are sent to this server and then directed out at the target site, the proxy server then forwards all the received information to your browser. The advantage is that your work or school can control what goes in and out of their network and has a list of every web page surfed.

When you use one of the free anonymous proxies from these lists that is what you are doing, sending all your information via this one server to forward all requests. The advantage and the reason people use them is that your own IP address is not logged on the server you visit (it logs the proxies address instead)

The disadvantage is that you basically hand all your web traffic to the owner of one server to control, the system administrator of the proxy server can access ALL your web traffic if they wish, as well as log all your activity as well. One of the other disadvantages is that you will almost certainly slow down your browsing substantially, these proxies almost inevitably get overused and it adds another hop to your browsing.

The other significant problem is that these anonymous proxy servers are usually hacked or misconfigured servers, they are often full of spyware and the real owners often have no idea t hey are being used as a proxy! If you use an anonymous proxy make sure you know who runs and administrates this server and that you are not using one owned by a European Hacking Crew!

To be anonymous on the internet you need to do much more than use an anonymous proxy server in any case. All your web traffic and your IP address are accessible across the wire and everything is logged at your ISP (for two years in Europe). HTML traffic is mostly sent in clear text, it’s perfectly readable as you’ll see if you ever start a sniffer at a wireless cafe or hotel.

I use a solution which combines a network of secure and private proxies (so I can change my location when I need) that is I can appear as a US surfer one minute, then use a German proxy a few minutes later. It also encrypts my connection completely using a military grade cipher called AES so nobody not even my ISP can view my connection. Obviously I have to pay a small charge for this but I would rather stay secure and anonymous and my browsing speed is not affected.
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Preventing SQL Injection

by on Mar.25, 2012, under Internet And Businesses Online




One of the most effective methods of preventing SQL injection from being used is to thoroughly validate every input from the user, by identifying all possible meta-characters which could be utilized by the database system and filtering them out. Filters should be in place to remove everything but known good data. An account lockout policy should also be in place to prevent the brute force guessing of passwords.

All validation for security purposes must be carried out within the server side script and not thorough client side authentication – such as JavaScript – as it can easily be bypassed by the user disabling JavaScript in their browser.

When dealing with a numeric input, such as age, telephone number or credit/debit card number the value of the variable should be processed through a specially constructed function to ensure that the data only comprises of numeric characters (and possibly spaces). Similar functions can be constructed to handle other data types such as Dates, Integers and Floats. Alternatively, for some numeric fields such as integers or dates the input method could be through the use of a drop-down selection box. If the input is selected from a dropdown box it would be generated by the source code and no validation will be necessary.

When dealing with string inputs it may be necessary on some occasions to allow the use of specific meta-characters. As an example, the tick should be allowed to be used in the surname filed so names such as O’Conner are accepted. In this case it would be advisable to accept the name and replace the apostrophe with two apostrophes before running it through the query or entering it in the database.

When dealing with all user inputs through text boxes, it is important to restrict the length of the input. All textbox fields should be as short as possible and must be an appropriate length for the data to be entered. By keeping each field as short as possible, the number of characters that an attacker could use to launch a SQL injection is restricted.

One line of defense include the Restriction of Error Messages. Error messages are normally generated in HTML which an attacker will be able to view. The details of all error messages should be logged in database or file on the server and displayed through a dynamically produced error page.

For each query executed within the code of the application, the most limited access rights possible should be attributed to the query itself. As an example, the data from a username and password text box on a login page should be only used in a query configured with code that ensures ‘read only’ permissions are given. This will prevent the attacker from inserting data into the database from the text box.

Stored procedures are an advanced feature provided by various SQL servers. In addition to providing some protection from SQL injection the use of stored procedures also increases the performance of the website by allowing the web application to compile and run SQL statements in the server itself. When stored procedures are used a number of conditions must be met by the injected code to be effective; the malicious SQL must be in specified structured format, with the correct number of parameters to be successful. The structure and number of parameters can vary greatly upon depending upon programming decisions made by the web developer.

In order to test a web site against an attack it is not necessary to be an expert at SQL injection as there are several software based automated tools available – such as the Web Vulnerability Scanner by Acunetix and SOAtest by Parasoft – which can be used to systematically carry out a range of attacks against including SQL Injection. Automated testing should be carried out on a regular basis and after any major changes to the web-site or server.

SQL Injection attacks present a serious threat to the security of dynamic web-sites and it is essential that adequate countermeasures are taken to prevent such an attack from being successful. In theory, if meta-characters were handled 100 percent effectively the risk of this type of attack through web-browser forms would be eliminated. In reality – if this was the only line of defence – it would be extremely easy for a programming mistake to be made leaving the system vulnerable.

The best approach is to take as many precautions as possible, this is known as the ‘defense in depth’ principle. A combination of security measures such as; validation, neutralizing or meta-characters, restricting error messages and limiting access rights to the web server can be used to comprehensively protect a web base application against a SQL injection attack. This approach in conjunction with thorough testing as one of the final stages of web development, together with regular testing and security reviews should be sufficient to protect against this SQL injection.
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Unblock Myspace Proxy

by on Mar.22, 2012, under Internet And Businesses Online



If you are trying to view a certain websites eg.myspace or youtube and you are having trouble opening the page, it may be blocked and you might need to look into using a proxy. A proxy is a basic web page that allows you to browse through any sites that may be blocked by a content filter. Certain entertainment sites may be blocked from your computer at work, since most employers feel you should be working, and being productive instead of browsing around the net. If this is not the case, then you should definitely look into using some sort of proxy.

A proxy web page also helps to hide whatever activity or content you may be looking at throughout a blocked web page. It is sort of like being invisible while looking at a blocked web page. You can find any number of proxies just by doing a simple search on the internet and choosing one that works for you.

When you visit a proxy website, you can just type in the website that you want to view, and it will load from there. Different types of proxy sites will either allow you to view the full site or a limited version of the site you need to view. If you are trying to unblock a site that you want to view videos on such as YouTube, you may have a bit of trouble finding the right proxy, but if you keep searching you will find what you need. Many government owned computer networks will most likely only allow you to view limited parts of pages you are viewing.

The best way to actually seek and find a decent proxy site is just by doing an internet search and browsing through various sites that offer proxy sites. You may have to play around with different sites to get past what is blocked, but once you do this, you will have no problem looking at the site that you need. Keep in mind that these sites may be blocked for a reason, and although you are virtually invisible while looking around, there are still ways that someone can track what you are doing, you are not completely invisible! Proxy sites are a great way to get past certain blocks and get to information that may be crucial to what you are doing.
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Facing Censored Websites? Safe Secure Surfing With Proxies

by on Feb.18, 2012, under Internet And Businesses Online




One of the major reason Internet users may not be able to access websites is due to incorrect configuration of the internet content filter by their internet service provider. This means that your dial-up, DSL or cable modem company might be routinely blocking off websites because they contain the word “breast”, even though it might be a poultry or medical information website.

This “censorship” intentional or otherwise, results in many medical, relationship and informational websites on topics such as preventing domestic abuse or dealing with sexual problems during marriage, being labeled as “adult” websites.

Due to crude filtering technologies that are used, websites containing words referring to the human anatomy, or terms like “date rape” may be blocked from your browser, because these blocks occur due to a mass blacklist of these sites.

While this practice may not seem harmful, you can find yourself experiencing massive frustration, especially if you happen to need to access such censored sites in the course of conducting research for school or business.

One of the solutions is to use a private proxy.

A proxy is an intermediate website, which lets you access the blocked website.

By accessing the proxy (which is labelled as an acceptable website by your internet service provider), you can go on to access the blocked website in order to obtain the information you need.

The proxy website gets around the problem of a mislabelled website by serving as a “proxy” or intermediate destination.

Proxies are especially popular where information such as medical and health news, political news and even access to social networks like Facebook and MySpace have been blocked off due to incorrect filtering by the internet service provider.

Finding a reliable private proxy will also help you protect your privacy because the proxy serves as a shield. You will look like you are arriving at the destination website from the proxy, rather than your original internet service provider.

In this manner, you can maintain your confidentiality, especially if you do not wish to appear on the website’s visitor logs.

Ultimately, using a proxy can both open up access to incorrectly identified websites and cover your online tracks.
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How To Provision Data Storage Capacity For Content Caching

by on Feb.10, 2012, under Internet And Businesses Online




A technician, recently called me up to estimate storage capacity for Internet Caching. The technician, is a part of a team that will be responsible for setting up Internet Gateway for an ISP, in a small Middle-East country.

The technician had very limited numbers available, to do the necessary derivation. Thus he could phrase the question very simplistically -

“The ISP will be potentially serving 40,000 users. What should be the provisioned Data Storage Capacity, for content caching?”

Being a part of Team SafeSquid that builds Content Filtering Proxy, we often get this kind of a query, but with one major difference. Mostly queries are phrased like – “We have an Internet Pipe of X Mbps. What is the recommended Data Storage Capacity for most efficient caching?”

A reasonable advice to such a query can be derived, if we allow a few assumptions, and focus on some simple facts.

1. Only the Content that has been fetched over HTTP can be cached.

2. The maximum rate at which content can be fetched depends upon the Internet Pipe.

3. There is a lot of HTTP traffic that is un-cacheable, for example – streaming audio / video, pages that display results of any other SQL driven queries including search engine queries, and even HTML content in Web Mail.

4. Most important content that gets cached are HTML pages, embedded images, style-sheets, java scripts, and other files that you would have to download and execute, on the local desktop, or view with another viewing application, like PDF / Flash (some) files.

5. A simple request to view a web-page, with a normal browser, automatically triggers, downloads of a variety of content like cookies, images and other embedded objects. These are required, by the browser, to display the page, as per the page-design. All the components, that constitute the web-page may NOT necessarily be “sourced” from the web-site that was serving the requested web-page.

6. Modern Internet browsers, provide caching, that is user manageable, and is quite similar to the caching principles involved in the design of caching proxies. So each content or object may not be necessarily requested. But yes these browsers depend upon the availability of local storage, on the client systems, and is usually not over a few hundred Mbytes. And in any case, these local-caches are not shareable between different users.

7. Internet resources could have varying levels of utilization, depending upon time of the day, resulting in peak and off-peak hours.

Therefore if we have an Internet Pipe of 10Mbps, the max data we can transfer (data-throughput)

= 10Mbps x 60 seconds = 600 Mbits of data in a minute

= 600 x 60 = 36000 Mbits of data in an hour

Now suppose the enterprise uses a bandwidth manager, to reserve QoS for each pre-defined application (or protocol). Generally applications like SMTP & VPN are given the lion’s share, almost 50%, and the remaining gets shared between HTTP/HTTPS and others.

But I know of quite a few customers who would invest in pipes meant for exclusively SMTP and/or VPN, and a separate (cheaper) Internet connection for HTTP / HTTPS.

If the enterprise has chosen to host it’s web-server within it’s own business premises, then the entire distribution program, changes completely.

Even in case, the enterprise does not use a bandwidth manager, resulting in “first come, first serve”, we could still be guided by an estimated proportioning of traffic on the basis of applications or protocols.

So to build our algorithm, it might be practical, to coin a term – HTTP_Share, such that – HTTP_Share = x% of Internet Pipe.

Now, HTTP_Share would signify, the max data that would get transferred over HTTP traffic

Therefore, further to our earlier derivation, of 36000 Mbits of data throughput per hour, if we factor the HTTP_Share

HTTP_Traffic = x% of data-throughput

Now, if x = 35 (35% of overall data transfer was for HTTP)

HTTP_Traffic / hour = ( 0.35 x 36000 ) Mbits / hour = 12600 Mbits /hour

Now presuming, the enterprise has off-peak hours and peak-hours of Internet Usage, such that 40% of the day (approximately 9.6 hours) is peak-hours, while 60% of the day is off-peak. Peak hours are the daytime-periods, when we would witness, TOTAL UTILIZATION of our Internet pipe. And if we suppose that the utilization ratio is about 30%, i.e. the load level during non-peak hours is about 25% of peak hours; then we may further estimate, on the basis of above derivation -

HTTP_Traffic / day = ( ( 12600 x 0.4) + ( 12600 x 0.6 x 0.25 ) ) x 24

HTTP_Traffic / day = ( ( 0.4 x 1 ) + ( 0.6 x 0.25 ) ) x 12600 x 24 = 166320 Mbits

This is a rather simplistic looking model. Something more realistic, would require, a proper hourly stepping, that gives a proper distribution pattern over the day.

Now we deal with the toughest, and debatable part!

What would be the ratio of cacheable_content in the HTTP_Traffic?

Based on my experience at various customer premises, I prefer to assume – 30%.

That would mean 166320 x 0.3 = 52617 Mbits of content could be cached per day.

Standard practice is to store content for at least 72 hours (store-age).

That means we would need a storage of at least 49896 Mbits.

So a conventional 8bits = 1byte conversion, tells me, that we need a storage of at least 6237 MBytes

Another interesting picture that should be visible during peak hours is that the HTTP_Traffic when considered as data downloaded by the proxy server, should be less than the data sent to the clients, and the difference would be the caching efficiency. That would signify that the cached content was used to serve the requests made by the clients.

In the overall discussion, we have not considered the performance degradation that would be caused due to factors such as network latencies.

The above methodology however, still doesn’t answer the original question. Because in the original question, the Internet Pipe was not defined. So I was quite skeptical, that such calculation could ever be performed, because it was the number of users (clients) that was defined, rather than my known approach via Internet_Pipe. My arguments and insistence was based on the fact that, the content that can be cached will be an assumable fraction of downloaded HTTP Content. And the maximum content that can be downloaded, will depend on the Internet_Pipe, whether you have one user or a million users. Tushar Dave from Reliance Infocomm, helped me to complete the puzzle with an interesting algorithm, that turned out to be the missing piece of the overall jigsaw puzzle!

Suppose the ISP serves its customers with 256Kbps connections, then for 40,000 users it apparently needs almost 10 Gbps of Internet Pipe.

But actually, that’s generally never true ( in fact, for 40,000 users an ISP would actually commission an Internet Pipe of less than 1 Gbps in most cases! ) . The ISP is never going to receive 1 request from each user concurrently, every moment. This is known as the OFF-time, i.e. the period when a user is viewing the content that has been already fetched. An ISP can safely expect at least 50% of OFF-time.

OFF-time can actually go up to even more than 75% if the ISP is serving more of Home users & small businesses, where the Internet Connection is not shared between multiple users. Secondly most of such user accounts are governed by a bandwidth cap, for example a user can choose for accounts that allow a download of a few Gbs.

In the above derivations we estimated the HTTP_traffic / day from Internet Pipe, now instead we simply need to derive HTTP_traffic / day from expected HTTP_Traffic per month.

So the estimation over-all data throughput can still be derived, without knowing the Internet Pipe! And the above derivation can be still valid!

So let’s see if we can do some calculations now (empirical, of course!)

connections = 40,000

user_connection = 256Kbps

HTTP_Share = 35%

ON_time = 50%

peak_hours = 60%

off_peak_utilisation = 25%

cacheable_content = 35%

store_age = 3 days

PEAK_HTTP_LOAD (in Kbps) = connections x user_connection x HTTP_Share = 3584000

NORMAL_HTTP_LOAD (in Kbps) = PEAK_HTTP_LOAD x ON_time = 1792000

HTTP_Traffic / hour (in Kbits) = NORMAL_HTTP_LOAD x 3600 = 6451200000

Cache_Increment / hour (in Kbits) = cacheable_content x ( HTTP_Traffic / hour ) = 2257920000

Total_Cache_Increment / day = 24 x ( ( 1 – peak_hours x

off_peak_utilisation) + peak_hours ) x ( Cache_Increment / hour ) = 2257920000

Required Storage Capacity ( in Kbits ) = store_age x (Total_Cache_Increment / day) = 6773760000

Required Storage Capacity ( in Mbits ) = 6615000

Required Storage Capacity ( in Gbits ) = 6459.9609375

Considering 8 bits = 1 byte, it looks like we need a little over 800 GB of Storage

However I would Requisition a Storage Capacity that can accommodate for possible increase in downloaded content of 35% (cacheable_content) to sustain at least 3 store_age cycles, i.e. 800 x 1.35^3 = 1968 GB

The above derivation is quite subject to a lot of assumptions. But it should allow deriving by ratio adjustments, quite easily.

For example – if the connections went up by 20% then we would need 20% more storage!

But more importantly, it allows anybody to differ with my assumptions,

and yet approximate the storage required.

Looks so simple now, Thank you Tushar.
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How to Surf The Web Safely Through Proxy

by on Feb.01, 2012, under Internet And Businesses Online



When people hear or read the word “proxy” their minds start to wander and the look on their faces change, may consider such words to be too geeky to enter the common language, the fact is that the word is not self explanatory that’s why it is necessary to explain the meaning and functions of such systems, you will soon learn that they are very handy.

As shown by the online etymology dictionary the word proxy comes from the term prokecye, which means “agency of one who acts instead of another.” It is also contraction of Anglo-Fr.term “procuracie”, from M.L. procuratia “administration,” from L. procuratio “care, management,” from procurare “manage”

In order to eliminate the complexity of the origins of the word we will use the first one “agency of one who acts instead of another” when we translate and incorporate such terms into the computer world, internet to be more precise, we see that some machines act on behalf of others in order to keep the requester of the information anonymous, untraceable and safe.

Proxies are web services which are free (most of the time) and provide security to internet users who browse several pages a day and are concerned with spyware, hackers and other forms of malicious applications which use the information transmitted by your browser through its header. Without using a proxy a web site which has tracking software and scripts can tell the exact geographical location of your system, in other words you can be located easily.

Another function of the proxy is to speed up your web browsing speeds by acting as a buffer which gathers the pages you request and sends it to your computer. There are three types of proxies:

Transparent proxies:

These are used by people who want to speed up their web browsing experience without hiding any information, the proxy server will reveal your system information just like you would if you were not using this service.

Anonymous:

This type of proxy speeds up your connection just like the transparent option but it doesn’t transmit your IP address and system information so you remain as the name implies, anonymous. There is one small detail though, when you use anonymous proxies the servers are configured to send variables to the sites which let them know that you are using a proxy.

High Anonymity:

Through this proxy type you can speed up your connection and browse the web in a complete stealth mode. No information from your system is transmitted and the proxy server doesn’t send any variables indicating you are using a proxy, this allows you to go from site to site in a faster more secure way.

As you see there is more than it meets the eyes when it comes to weird computer terms, learning how to find an configure these systems to work with your applications will allow you to remain anonymous while browsing any site.
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Bypass your School and Work Filters with an Anonymous Proxy Server

by on Jan.18, 2012, under Internet And Businesses Online



With the proliferation of the Internet, many websites promote themselves by sending you spam junk mails, advertisings and even embed spyware that is difficult to remove onto your computer. These things not only keep track of your personal information, but also enable hackers and crackers to infiltrate your system. Anonymous proxy servers act as a wall between your data and the Internet, whereby providing security to your system and data. There are however, other reasons to use an anonymous proxy server.

If your work or school has any type of filtering in place to prevent people from visiting certain websites, an anonymous proxy server is a great way to get around such restrictions. Anonymous proxy servers work by acting as a “middle man”; they download the requested pages to their proxy server and in turn you download the page, all images and other such objects from the proxy server to your browser, thus bypassing any filters or annoying firewalls. Not only is this a viable alternative for students to bypass their school’s filter to access such popular student sites such as Myspace or Xanga but can be used if your workplace has strict limitations on which websites you can access. Most anonymous proxy bypass servers use one of two program, PHProxy or CGIProxy, both of which are excellent proxy software packages.

After you have discovered the benefits of using anonymous proxy servers, you will probably want to try it out. There are numerous free proxy services out there, one of the most popular is SpySurfing ( http://www.spysurfing.com/ ) and is a really fast proxy server that is popular among both students look to bypass their school filters and adults looking to bypass their work place firewalls.
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