Release of IPv6 Ranges Beginning April 2017

IAPS is pleased to announce the release of a massive horde of ipv6 ip addresses. IPv6's are not like traditional ipv4 ip addresses that everyone on the internal already has by default. IPv6's are the new generation of public ip addresses designed to never run out, unlike the exhaustion of ipv4 ip's several years back.

IAPS is preparing the most massive release of ip addresses ever in our 10 years of operation. A total of 633 septillion ipv6's will be released from over 90 different residential internet service providers. This will be a phased release and the first round release will include the following:

City & State	Country	ISP	IPv6's Per Location
Hollywood, California	U.S.	Comcast Cable	1,048,576
Los Angeles, California	U.S.	Comcast Cable	1,048,576
Las Vegas, Nevada	U.S.	Comcast Cable	1,048,576
New York City, New York	U.S.	Comcast Cable	1,048,576
Dallas, Texas	U.S.	Comcast Cable	1,048,576
Detroit, Michigan	U.S.	Comcast Cable	1,048,576
Portland, Oregon	U.S.	Comcast Cable	1,048,576
Norfolk, Virginia	U.S.	Comcast Cable	1,048,576
New Orleans, Louisiana	U.S.	Comcast Cable	1,048,576
Charleston, South Carolina	U.S.	Comcast Cable	1,048,576
Salt Lake City, Utah	U.S.	Comcast Cable	1,048,576
Austin, Texas	U.S.	Comcast Cable	1,048,576
San Antonio, Texas	U.S.	Comcast Cable	1,048,576
Houston, Texas	U.S.	Comcast Cable	1,048,576
Tampa, Florida	U.S.	Comcast Cable	1,048,576
Denver, Colorado	U.S.	Comcast Cable	1,048,576
Atlanta, Georgia	U.S.	Comcast Cable	1,048,576
Philadelphia, Pennsylvania	U.S.	Comcast Cable	1,048,576
Seattle, Washington	U.S.	Comcast Cable	1,048,576
Chicago, Illinois	U.S.	Comcast Cable	1,048,576
Orland Park, Illinois	U.S.	Comcast Cable	1,048,576
El Paso, Texas	U.S.	Comcast Cable	1,048,576
Boston, Massachusetts	U.S.	Comcast Cable	1,048,576
Hershey, Pennsylvania	U.S.	Comcast Cable	1,048,576
Tucson, Arizona	U.S.	Comcast Cable	1,048,576
Phoenix, Arizona	U.S.	Comcast Cable	1,048,576
Minneapolis, Minnesota	U.S.	Comcast Cable	1,048,576
Milwaukee, Wisconsin	U.S.	Comcast Cable	1,048,576
Pittsburgh, Pennsylvania	U.S.	Comcast Cable	1,048,576
Buffalo, New York	U.S.	Comcast Cable	1,048,576
Syracuse, New York	U.S.	Comcast Cable	1,048,576
Birmingham, Alabama	U.S.	Comcast Cable	1,048,576
Sacramento, California	U.S.	Comcast Cable	1,048,576
San Diego, California	U.S.	Comcast Cable	1,048,576
Louisville, Kentucky	U.S.	Comcast Cable	1,048,576
Baltimore, Maryland	U.S.	Comcast Cable	1,048,576
Indianapolis, Indiana	U.S.	Comcast Cable	1,048,576
San Jose, California	U.S.	Comcast Cable	1,048,576
Jacksonville, Florida	U.S.	Comcast Cable	1,048,576
San Francisco, California	U.S.	Comcast Cable	1,048,576
Duluth, Minnesota	U.S.	Comcast Cable	1,048,576
St. Louis, Missouri	U.S.	Comcast Cable	1,048,576
Cincinnati, Ohio	U.S.	Comcast Cable	1,048,576
Akron, Ohio	U.S.	Comcast Cable	1,048,576
Charlotte, North Carolina	U.S.	Comcast Cable	1,048,576
Memphis, Tennessee	U.S.	Comcast Cable	1,048,576
Nashville, Tennessee	U.S.	Comcast Cable	1,048,576
Fresno, California	U.S.	Comcast Cable	1,048,576
Long Beach, California	U.S.	Comcast Cable	1,048,576
Mesa, Arizona	U.S.	Comcast Cable	1,048,576
Virginia Beach, Virginia	U.S.	Comcast Cable	1,048,576
Colorado Springs, Colorado	U.S.	Comcast Cable	1,048,576
Raleigh, North Carolina	U.S.	Comcast Cable	1,048,576
Omaha, Nebraska	U.S.	Comcast Cable	1,048,576
Oakland, California	U.S.	Comcast Cable	1,048,576
Tulsa, Oklahoma	U.S.	Comcast Cable	1,048,576
Wichita, Kansas	U.S.	Comcast Cable	1,048,576
Bakersfield, California	U.S.	Comcast Cable	1,048,576
Honolulu, Hawaii	U.S.	Comcast Cable	1,048,576
Anaheim, California	U.S.	Comcast Cable	1,048,576
Riverside, California	U.S.	Comcast Cable	1,048,576
Anchorage, Alaska	U.S.	Comcast Cable	1,048,576
Stockton, California	U.S.	Comcast Cable	1,048,576
Cincinnati, Ohio	U.S.	Comcast Cable	1,048,576
Toledo, Ohio	U.S.	Comcast Cable	1,048,576
Newark, New Jersey	U.S.	Comcast Cable	1,048,576
Greensboro, North Carolina	U.S.	Comcast Cable	1,048,576
Plano, Texas	U.S.	Comcast Cable	1,048,576
Henderson, Nevada	U.S.	Comcast Cable	1,048,576
Lincoln, Nebraska	U.S.	Comcast Cable	1,048,576
Buffalo, New York	U.S.	Comcast Cable	1,048,576
Fort Wayne, Indiana	U.S.	Comcast Cable	1,048,576
Chula Vista, California	U.S.	Comcast Cable	1,048,576
Orlando, Florida	U.S.	Comcast Cable	1,048,576
Laredo, Texas	U.S.	Comcast Cable	1,048,576
Madison, Wisconsin	U.S.	Comcast Cable	1,048,576
Durham, North Carolina	U.S.	Comcast Cable	1,048,576
Lubbock, Texas	U.S.	Comcast Cable	1,048,576
Garland, Texas	U.S.	Comcast Cable	1,048,576
Glendale, Arizona	U.S.	Comcast Cable	1,048,576
Reno, Nevada	U.S.	Comcast Cable	1,048,576
Irvine, California	U.S.	Comcast Cable	1,048,576
Scottsdale, Arizona	U.S.	Comcast Cable	1,048,576
Fremont, California	U.S.	Comcast Cable	1,048,576
Boise, Idaho	U.S.	Comcast Cable	1,048,576
Rochester, New York	U.S.	Comcast Cable	1,048,576
Richmond, Virginia	U.S.	Comcast Cable	1,048,576
Spokane, Washington	U.S.	Comcast Cable	1,048,576
Montgomery, Alabama	U.S.	Comcast Cable	1,048,576
Modesto, California	U.S.	Comcast Cable	1,048,576
Tacoma, Washington	U.S.	Comcast Cable	1,048,576
Aurora, Illinois	U.S.	Comcast Cable	1,048,576
Yonkers, New York	U.S.	Comcast Cable	1,048,576
Savannah, Georgia	U.S.	Comcast Cable	1,048,576
Little Rock, Arkansas	U.S.	Comcast Cable	1,048,576
Amarillo, Texas	U.S.	Comcast Cable	1,048,576
Mobile, Alabama	U.S.	Comcast Cable	1,048,576
Glendale, California	U.S.	Comcast Cable	1,048,576
Grand Rapids, Michigan	U.S.	Comcast Cable	1,048,576
Tallahassee, Florida	U.S.	Comcast Cable	1,048,576
Huntsville, Alabama	U.S.	Comcast Cable	1,048,576
Knoxville, Tennessee	U.S.	Comcast Cable	1,048,576
Newport News, Virginia	U.S.	Comcast Cable	1,048,576
Brownsville, Texas	U.S.	Comcast Cable	1,048,576
Providence, Rhode Island	U.S.	Comcast Cable	1,048,576
Jackson, Mississippi	U.S.	Comcast Cable	1,048,576
Oceanside, California	U.S.	Comcast Cable	1,048,576
Fort Lauderdale, Florida	U.S.	Comcast Cable	1,048,576
Tempe, Arizona	U.S.	Comcast Cable	1,048,576
Springfield, Missouri	U.S.	Comcast Cable	1,048,576
Cape Coral, Florida	U.S.	Comcast Cable	1,048,576
Sioux Falls, South Dakota	U.S.	Comcast Cable	1,048,576
Corona, California	U.S.	Comcast Cable	1,048,576
Eugene, Oregon	U.S.	Comcast Cable	1,048,576
Salem, Oregon	U.S.	Comcast Cable	1,048,576
Salinas, California	U.S.	Comcast Cable	1,048,576
Pasadena, Texas	U.S.	Comcast Cable	1,048,576
Rockford, Illinois	U.S.	Comcast Cable	1,048,576
Fort Collins, Colorado	U.S.	Comcast Cable	1,048,576
Cheyenne, Wyoming	U.S.	Comcast Cable	1,048,576
Joliet, Illinois	U.S.	Comcast Cable	1,048,576
Bridgeport, Connecticut	U.S.	Comcast Cable	1,048,576
Alexandria, Virginia	U.S.	Comcast Cable	1,048,576
Sunnyvale, California	U.S.	Comcast Cable	1,048,576
Lakewood, Colorado	U.S.	Comcast Cable	1,048,576
Naperville, Illinois	U.S.	Comcast Cable	1,048,576
Mesquite, Texas	U.S.	Comcast Cable	1,048,576
Dayton, Ohio	U.S.	Comcast Cable	1,048,576
Orange, California	U.S.	Comcast Cable	1,048,576
Killeen, Texas	U.S.	Comcast Cable	1,048,576
Warren, Michigan	U.S.	Comcast Cable	1,048,576
West Valley, Utah	U.S.	Comcast Cable	1,048,576
Provo, Utah	U.S.	Comcast Cable	1,048,576
New Haven, Connecticut	U.S.	Comcast Cable	1,048,576
Miramar, Florida	U.S.	Comcast Cable	1,048,576
Thousand Oaks, California	U.S.	Comcast Cable	1,048,576
Cedar Rapids, Iowa	U.S.	Comcast Cable	1,048,576
Topeka, Kansas	U.S.	Comcast Cable	1,048,576
Waco, Texas	U.S.	Comcast Cable	1,048,576
London	U.K.	BT	1,048,576
Birmingham	U.K.	BT	1,048,576
Glasgow	U.K.	BT	1,048,576
Liverpool	U.K.	BT	1,048,576
Bristol	U.K.	BT	1,048,576
Manchester	U.K.	BT	1,048,576
Sheffield	U.K.	BT	1,048,576
Leeds	U.K.	BT	1,048,576
Edinburgh	U.K.	BT	1,048,576
Leicester	U.K.	BT	1,048,576
Aberdeen	U.K.	BT	1,048,576
Birmingham	U.K.	Virgin Media	1,048,576
Glasgow	U.K.	Virgin Media	1,048,576
Liverpool	U.K.	Virgin Media	1,048,576
Bristol	U.K.	Virgin Media	1,048,576
Manchester	U.K.	Virgin Media	1,048,576
Sheffield	U.K.	Virgin Media	1,048,576
Leeds	U.K.	Virgin Media	1,048,576
Edinburgh	U.K.	Virgin Media	1,048,576
Leicester	U.K.	Virgin Media	1,048,576
Aberdeen	U.K.	Virgin Media	1,048,576
Las Vegas, Nevada	U.S.	Time Warner Cable	1,048,576
Chicago, Illinois	U.S.	Time Warner Cable	1,048,576
Los Angeles, California	U.S.	Time Warner Cable	1,048,576
New York City, New York	U.S.	Time Warner Cable	1,048,576
Orlando, Florida	U.S.	Time Warner Cable	1,048,576
Portland, Oregon	U.S.	Time Warner Cable	1,048,576
Boston, Massachusetts	U.S.	Time Warner Cable	1,048,576
Atlanta, Georgia	U.S.	Time Warner Cable	1,048,576
San Diego, California	U.S.	Time Warner Cable	1,048,576
Philadelphia, Pennsylvania	U.S.	Time Warner Cable	1,048,576
Grand Rapids, Michigan	U.S.	Verizon Fios	1,048,576
Cincinnati, Ohio	U.S.	Verizon Fios	1,048,576
Salt Lake City, Utah	U.S.	Verizon Fios	1,048,576
San Francisco, California	U.S.	Verizon Fios	1,048,576
Los Angeles, California	U.S.	Verizon Fios	1,048,576
San Antonio, Texas	U.S.	Verizon Fios	1,048,576
Detroit, Michigan	U.S.	Verizon Fios	1,048,576
Denver, Colorado	U.S.	Verizon Fios	1,048,576
Baltimore, Maryland	U.S.	Verizon Fios	1,048,576
Syracuse, New York	U.S.	Verizon Fios	1,048,576
Indianapolis, Indiana	U.S.	AT&T U-Verse	1,048,576
Philadelphia, Pennsylvania	U.S.	AT&T U-Verse	1,048,576
Phoenix, Arizona	U.S.	AT&T U-Verse	1,048,576
El Paso, Texas	U.S.	AT&T U-Verse	1,048,576
Louisville, Kentucky	U.S.	AT&T U-Verse	1,048,576
Milwaukee, Wisconsin	U.S.	AT&T U-Verse	1,048,576
Fresno, California	U.S.	AT&T U-Verse	1,048,576
Sacramento, California	U.S.	AT&T U-Verse	1,048,576
Albuquerque, New Mexico	U.S.	AT&T U-Verse	1,048,576
Raleigh, North Carolina	U.S.	AT&T U-Verse	1,048,576
Long Beach, California	U.S.	CenturyLink	1,048,576
Tulsa, Oklahoma	U.S.	CenturyLink	1,048,576
Miami, Florida	U.S.	CenturyLink	1,048,576
Tampa, Florida	U.S.	CenturyLink	1,048,576
Jacksonville, Florida	U.S.	CenturyLink	1,048,576
Oakland, California	U.S.	CenturyLink	1,048,576
Aurora, Colorado	U.S.	CenturyLink	1,048,576
Corpus Christi, Texas	U.S.	CenturyLink	1,048,576
New York City, New York	U.S.	CenturyLink	1,048,576
Atlantic City, New Jersey	U.S.	CenturyLink	1,048,576

A Common Sense Guide for Facebook Ad Account Farmers

Jared's foreword: I wrote this article in the beginning of 2016 as a general guide for creating and managing massive amounts of facebook ad-ready accounts. This generalized guide is just a best-practices article and each fb farmer can take from it what they desire. 

Written and Compiled by: Jared Twyler
Chief Executive Officer, IAPS Security Services, Ltd.

This facebook ad account farming tutorial is based on a best practices scenario. It is by no means an exclusive or guaranteed road to success, but rather a collective guide based on several conversations I have had with multiple professional facebook ad account farming clients as well as common sense guidelines that I have also thrown in myself after a decade of being a network administrator and vetting my own clients. This is by no means an exclusive guide, but every attempt was made to include the most relevant information possible.

1.) Step 1: Never use gmail, hotmail, yahoo, or other free mail providers. These mail services have long been played out and they do not make you look professional at all. Take the time to setup some of your own domains, host them in various jurisdictions around the world (if you plan on farming hundreds to thousands of accounts). The domain your running your email accounts through does make a difference. Continuing to use free mail is not a good idea.

2.) Step 2: Disposable phone numbers: A very good majority of facebook farmers get a one-time disposable phone number per account, use it once and then throw it away. This is a bad idea. The cost of a disposable number is very low, so its not a good idea to get rid of them so quickly. At another point in time facebook may decide to call that number again to either re-verify the account, or to inquire about suspicious activity on the account. If you've already gotten rid of that number, you just threw that account away needlessly.

Best Phone Number Source: https://www.buydidnumber.com/

3.) Step 3: Profile Types: I have heard from numerous professional farmers that creating mobile profiles far exceeds the success rate of normal computer-made (think dekstop/laptop) accounts. There is a handy professional level tool out there called BlueStacks Tweaker 3.1 that can simulate any mobile phone produced in modern times. This is the tool you will need for your computer to create hundreds to thousands of mobile profiles. Once you create a mobile facebook profile, you will need to keep it this way and never switch it. Google that piece of software to find it.

4.) Step 4: Remote Desktops: Believe it or not, remote desktops (clean ones) are critical in this venture. A lot of marketers try to cheat this by creating multiple browser "profiles" or incognito browsers. This is not nearly as good as you think it is. Look at the sheer logic behind it: 100-1000 accounts all created in the same city with the same browser version and string as well as the same exact operating system. How well do you think thats going to work on facebook? Not any more. Facebook isn't that stupid. A fresh remote desktop (using an end-user operating system like Windows 7, Windows 8, 8.1, and 10, and NOT server operating systems like Server 2008 or 2012. Using server operating system based remote desktops, like those used through Amazon's cloud services is just a retarded and very stupid way of farming and it will get you caught up. Maybe not today, or tomorrow, but rest assured it will come. It is very important that you use end-user operating systems on your remote desktops. Do not just solely depend on simple browser-addons to do this for you.

5.) Step 5: IP Addresses: At least 98% of you are still depending on data center ip addresses. Yes, they may have worked in the past, but they rarely do now. What worked last month won't necessarily continue to work. If you are a serious farmer, you should only be using residential class ip addresses. Why farm an account for a few months only to lose it eventually because you used a data center ip address? Long-term farmers already know they value of residential ip addresses and it is a best practice scenario if you plan on being a successful farmer. Investing in your farm early is the best key rather than chancing it, putting in the time and the effort to farm it, and then lose your accounts to something as retarded as using a data center ip address. A popular myth amongst most farmers that deem themselves "experts" is the belief that an account can only have a single dedicated ip address for the life of an account. This is purely an old wives tale and just a myth. It simply isn't true and doesn't fit into reality, as most devices connected to the internet these days are mobile devices and their ip addresses change several times a day, either when we connect to wifi spots or when being mobile and jumping from cell tower to cell tower. So having multiple ip's per day doesn't pose a significant risk to a farmers accounts.

6.) Step 6: Location: Try not to create accounts in cities you know are already saturated by other marketers. These locations are commonly: Miami, Los Angeles, Chicago, Boston, New York City, San Jose, Philadelphia, basically all the top 20 major metropolises in the United States. Medium sized and smaller cities serve the same purpose and yield the same power as the major cities do, but are not saturated like the major ones are. Too many marketers in the same cities is just not believable.

7.) Step 7: Payment Methods: This is the trickiest section of all. The best payment methods are generally credit/debit cards from real banks that are local to the city where the facebook account was created. PayPal is the alternative method, but its not recommended at all as its not feasible to be able to create thousands of PayPal accounts. Its possible, but many folks don't have the resources for it. So stick to locally issued credit/debit cards when possible. It is highly recommended to stay away from pre-paid cards as most are easily recognizable for facebook security analysts.

Common sense plays a large role in this. Think if the role was reversed and you were the facebook security analyst. What would you be looking for? How easy would it be to spot a farmed account? If you can think of possible ways, so can they. And they are trained to spot them. So if you think there is a weak link in your setup, there just might be.

For those of you that can't seem to do the work yourself and depend on bots to do it for you, re-think that strategy as well. Its very easy to time in milliseconds what a user has done. Automated bots do things such as posting, uploading, browsing, friend requests, etc all in fractions of seconds. Any facebook systems designed to watch this can spot your bot a mile away. Although time consuming, it is always better to do it by hand. Its your job as a farmer to take care of your farm by manually farming it, not by trying to take short cuts. Your short cut could be your downfall.

Planning Ahead - This is a critical thing to do. Pick your niche and stay within that niche. Make sure your normal daily activity, your postings, your links, and most other things that you post about pertain to your future marketing niches. If the site you plan to promote in the future is based on flowers, then stick to flower topics on your normal postings, talk about gardening and nurseries, etc. Do not get off-topic and links that you post normally should point to the website that you intend for advertising in the near future. This is how you build up trust with facebook.

Residential VPN's in Today's World

For the past 15 years nearly every business that needed ip addresses went to their favorite data center, selected where they wanted their server located, and obtained commercial ip addresses nearly instantly. Towards the end of these past 15 years though, data center and commercial ip addresses started getting mass banned from social media networks, advertising facilities, account setup/creation, and nearly all online tv and radio streaming platforms.

What happened? This is a story that has many angles, but the most notable is that anyone in the world can obtain commercial ip addresses very easily. With the invention and releases of cloud platforms, and our standard data centers always ready to serve up our latest server needs, business class ip addresses are readily available in the hundreds to thousands on only a moments notice.

During the years, social media platforms, advertising account operators, and network administrators in general started evaluating who was really using their networks. What was revealed is that more than 75% of traffic was being created by data center and commercial ip providers and not local internet service providers. It wasn't the normal everyday ip address from home that operators were seeing. It was all business class ip addresses. This told the network operators that a potential abusive situation could possibly be in the works as the user behind the business class ip address could not be independently verified. The network operators could not verify whether the user was actually in the country they were supposed to be in. With this being the case, they had to start the implementation of blocking known data center/business class ip ranges. I believe it was the geographically licensed online tv platforms that started this first.

Back in 2008 you could still watch the BBC's iPlayer with a standard business class ip address issued through nearly any United Kingdom data center. It was the glory days of vpn providers as the bandwidth was unlimited at very high data transfer rates and ip's were bountiful. Again, those glory days are long gone. In today's modern society, network administrators and content providers are much smarter in who and what type of ip address can access their content. Most streaming platforms today focus on whether the users ip address comes from a data center or from a home dsl or cable line. If its from a data center, its pretty much instantly denied access to their content. If its a genuine home residential ip address then you are welcomed with loving arms. But that is not all they look for any more either. Some streaming platforms now want a complete address or zip code to complement the residential ip address. In the future I believe these checks will continue to become more stringent as residential ip's are now being deployed by more and more vpn companies everyday. Its only a matter of time before the stream owners up the ante in this game.

The Rise of Residential VPN's & Online TV Services

For those of you living abroad, or those of you that do not pay for cable and watch all your tv shows and movies online, this post is specifically for you.

Since the earliest days I can remember in this industry, IAPS started out with tv streaming services that utilized the SSHv2 protocol. Back in 2008 before the official tv providers platforms became fancy and complicated at the same time, it was a far more simpler matter to use the SSHv2 platform (supported on the backend through Linux Debian and Ubuntu systems) to stream all of our online tv content. We could easily pop a data center proxy ip into our browsers and easily get our content instantly.

Those easy days are now long gone. Far more complicated methods are now utilized to do the same thing. Gone are the days of a low-resource SSHv2 platform and a single data center ip that multiple clients could use simultaneously and stream for days on end without issues. Today's online streaming tv platforms are smarter, more complicated, and now require residential ip's to bypass ip filtering to weed out data center ip addresses. Streaming online media, whether its live tv channels or recently-aired programs now consume 100 times the amount of bandwidth that it did back in 2008 whereas HD (high definition) consumes the largest amount of bandwidth.

The tv companies have produced far more complicated platforms now and have increased their security triplefold in the last 10 years. But third party company (your vpn, proxy, and remote desktop) providers are always hitting back to defeat the latest security measures put up by tv content providers through the use of specialized routing, dns maneuvers, and the now-trending usage of pure residential ip addresses.

Although residential vpn's and remote desktop services are not cheaply produced when combined with both high class backend server hardware and the mounting costs of obtaining residential ip addresses and enough bandwidth to create a satisfactory streaming speed, the cost is well worth it when compared to getting sub-standard pirated content through torrent sites and illegal streaming sites filled with potential viruses, trojans, and massive advertisements. You run many risks when visiting sites like that, instead of the official tv content providers streaming platform which is guaranteed to be virus-free and high quality in both streaming structure and platform quality.

When you are physically located outside the tv content producers licensed region, it is always better to use a residential vpn or remote desktop to obtain the correct geographical ip address rather than risking it with an illegal streaming site or the virus filled torrent sites. The cost of purchasing a residential service is much lower than the cost of repairing a damaged computer due to viruses, malware, and ransomware. This is something all individuals need to consider when researching the appropriate places to get the streaming content that they are seeking and evaluating what course of action is best for them.

The IAPS line of residential vpn's could be an appropriate option for your streaming content needs. If you are located outside of the geographical licensing area for the streaming media content that you would like access to, you can have a look at the jurisdictions our residential vpn's are located in here:

https://www.intl-alliance.com/store/cart.php?gid=37

Adidas & Sneaker Mass Residential Proxy Users

This posting is directed towards those individuals involved in mass sneaker purchases and those running large residential purchasing programs of their own.

From our years of experience in listening to what our other sneaker clients have needed, a combination of their collective needs have led to the creation of very specific programs that accomodate individuals, teams, and groups of buyers and sellers in this very unique niche market.

Adidas buyers and sellers already know what they need, how they need it setup, and in 9 out of 10 cases already have their servers and software setup. What they lack are a few thousand unique residential high speed proxies. Now residential proxies are not to be compared with data center proxies that any one can obtain. Residential proxies make use of normal residential internet service providers such as Comcast Cable, Time Warner Cable, AT&T, and a few more local residential isp's.

Residential internet service providers are not the easiest ip addresses to obtain. They are often difficult to get in large numbers and they are more expensive than your standard data center proxies that everyone already has. But data center proxies do not last and they are not a safe method of running a successful Adidas or Nike mass purchasing program. Hence, we bring in residential ip addresses in large numbers specifically designed on a very particular platform to successfully run these large-scale operations.

Starting from the ground up, residential networks are not comparable in line speed compared to data center networks. The average residential line speed is between 10-30 mb/s. The average data center line speed is between 100 to 1000 mb/s (depending on specific data center provider). So how can we dramatically speed up residential line speeds? How about we have data center networks underneath residential networks? Lets use the power and speed of data center networks to transport our residential ip's. Thus we have created residential line speeds that operate at gigabit capacity even though their native speeds are much lower. This is how we get a much better response time and as little latency as possible to our final destination.

If you are into large sneaker operations concerning such places as Adidas and Nike, just to name a few possibilities, then know that IAPS has built specific platforms for you under our line of products here:

https://www.intl-alliance.com/store/cart.php?gid=34