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Internet will run out of IP addresses by Friday

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Internet will run out of IP addresses by Friday

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London: The internet will run out of numerical IP (Internet Protocol) addresses by Friday. But the web will not ground to a halt. A new system, Internet Protocol version 6 or IPv6 will replace version 4.

Every device connected to the net is assigned a number. But with millions of web enabled phones now online, the numbers are running out.

The system, set up in the 1980s with a maximum of 4.1 billion addresses, was supposed to never run out. The original creators of the web initially thought it would be used only for academic purposes.

IP addresses act as phone numbers to ensure that surfers reach websites and e-mails and find their destination, the Daily Mail reports.

The authority that governs such addresses will distribute the last batches Thursday.

"It will just be 'business as usual' if everyone gets their job done," said John Curran, chief executive of the American Registry for Internet Numbers, one of five regional groups that dole out such addresses. They cover the US, Canada and the Caribbean.


Read more at: Internet will run out of IP addresses by Friday
 
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IPv6 will kill the anonymity of Internet as each device will have a unique address and it has built in direct routing features..meaning there wont be a NAT framework except for transitional period of v6 to v4 translation.
 
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People have been saying this about phone numbers and license plate numbers as well. Relax the set of numbers will not run out, the probability and variations of numbers far exceeds the population.
 
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Internet will run out of IP addresses by Friday


The system, set up in the 1980s with a maximum of 4.1 billion addresses, was supposed to never run out. The original creators of the web initially thought it would be used only for academic purposes.



Read more at: Internet will run out of IP addresses by Friday

4.1 billion is only theoretical limit ... in actual practice it is much less than that............

IPv6 is yet to be deployed fully by all ISPs... lets see when it happens:coffee:
 
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IPv6 will kill the anonymity of Internet as each device will have a unique address and it has built in direct routing features..meaning there wont be a NAT framework except for transitional period of v6 to v4 translation.

NAT was created just as a short term solution for IPv4 depletion in mid 90s...It is just as good as bad. With NAT you just a THIN CLIENT on web..nothing more.... Believe me there is much storng security embedded in IPv6:cheers:
 
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People have been saying this about phone numbers and license plate numbers as well. Relax the set of numbers will not run out, the probability and variations of numbers far exceeds the population.

No sir,
In case of IP addresses it is going to be true....
 
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No sir,
In case of IP addresses it is going to be true....

For IPv4. That's why the transition to IPv6 will be made. So it's a process of continuation. According to many sources (just use google), IPv6 will add "2^128" more IP addresses.


2^128


340,282,366,920,938,463,463,374,607,431,768,211,456


Practically speaking the number of IP addresses will be infinite (obviously not technically) considering population both lives and dies an many other factors as single users with multiple IPs; overall because IPv6 will be be adopted number of IP addresses will greatly exceed the population and number of Internet users many times over.


http://royal.pingdom.com/2009/05/26/the-number-of-possible-ipv6-addresses-read-out-loud/
 
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Internet users are not the only ones who need IP addresses. I remember reading somewhere that only about a third or fourth of the IP addresses are assigned to regular people. The vast majority are assigned to websites, servers, etc.
 
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Internet Officially Runs Out of Addresses

Today the well of addresses on the Internet officially runs dry, but there's no need to panic. The exhaustion has been known about for years, and new addresses—which are designed not to run out for a long, long time—are already in operation.

The Number Resource Organization (NRO), an industry group made up of five regional Internet provider registries, held an event in Montevideo, Uruguay, today where members announced that it had today handed out the last of the available addresses on the old system.

"This is truly a major turning point in the on-going development of the Internet," said Rod Beckstrom, President and CEO of ICANN (Internet Corporation for Assigned Names and Numbers), the organization responsible for assigning IP addresses. "Nobody was caught off guard by this, the Internet technical community has been planning for... depletion for quite some time."

Two years ago the organization proposed that when the pool of unused addresses had been depleted to five "blocks," as they recently had, each registry would get one of the blocks. The agreement was ratified by ICANN, and those blocks were assigned today. Each block comprises 16.8 million addresses, according to NRO.

The old system, called IPv4, uses a system of numbers, typically separated by decimals, that even casual users of the Internet would probably recognize (if your unsure, check your computer or phone's network settings for numbers like "192.162.2.235"). IPv4 had about 4.3 billion addresses, which ran out more rapidly once mobile devices with Internet connections became commonplace.

Now all new Internet addresses will use IPv6, a system that has more numbers and characters, and is said to have enough spots for 340 trillion, trillion, trillion unique IP addresses. Equipment that uses IPv6 has been in use since 1999.

The two systems aren't automatically compatible with each other, however, so service providers and network operators need to upgrade systems to ensure the transition is smooth, which is why there has been so much recent attention focused on the subject.

"This is an historic day in the history of the Internet, and one we have been anticipating for quite some time," NRO Chairman Raúl Echeberría said. "The future of the Internet is in IPv6. All Internet stakeholders must now take definitive action to deploy IPv6."

Despite the magnitude of the issue, most users should not even notice the change from IPv4 to IPv6, the experts said. If you own a business with an online presence or host your own Internet services, you should check out PCMag's summary of what you should know.
 
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with IPv6 we are looking for a transition towards a unified data network for connecting phones, tv, mobiles, communications etc etc..
 
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Internet addresses depletion reflects wired world

(Reuters) - Thirty years after the first Internet addresses were created, the supply of addresses officially ran dry on Thursday.

But don't panic. The transition to a new version of addresses is already well under way and, for most people, should occur without even being noticed.

At a special ceremony in Miami on Thursday, the organization that oversees the global allocation of Internet addresses distributed the last batch of so-called IPv4 addresses, underscoring the extent to which the Web has become an integral and pervasive part of modern life.

Every computer, smartphone and back-end Web server requires an IP address -- a unique string of numbers identifying a particular device -- in order to be connected to the Internet. The explosion of Web-connected gadgets, and the popularity of websites from Google Inc to Facebook, means that the world has now bumped up against the limit of roughly 4 billion IP addresses that are possible with the IPv4 standard introduced in 1981.

The solution is IPv6, a new standard for Internet addresses that should provide a lot more room for growth: There are 340 undecillion IPv6 addresses available. That's 340 trillion, trillion, trillion addresses.

"If all the space of IPv4 were to be sized and compared to a golf ball, a similar-sized comparison for IPv6 would be the size of the sun," said John Curan, the CEO of the American Registry for Internet Numbers, one of five nonprofit organizations that manage Internet addresses for particular regions of the world.

Just in case you're worried, Curan added that "we don't ever intend to see another transition."

For companies with websites, the transition to IPv6 means configuring their computer equipment to support the new standard rather than upgrading hardware, Curan said. Those that don't could see the performance of their sites slowed down, and potentially cut off to some users in the future.

Laptops, smartphones and other Web-connected gadgets, as well as Web browsers, already support IPv6, though Curan notes that according to some estimates less than 1 percent of Internet users may not have their equipment configured properly and will need to adjust their settings in the months ahead, as websites increasingly adopt the new standard.

(Reporting by Alexei Oreskovic, editing by Gerald E. McCormick)
 
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ICANN assigns its last IPv4 addresses

The Internet Assigned Numbers Authority (IANA) has handed out its last IPv4 addresses, leaving the remaining blocks to regional registries that in some cases may exhaust them within a few months.

The end of IPv4 (Internet Protocol version 4) addresses was announced in a ceremony in Miami on Thursday morning. Each of the five regional Internet registries (RIRs) was allocated one of the final five large blocks of about 16 million addresses.

The end of the central supply of IPv4 addresses signaled the urgency of enterprises and service providers to migrate to IPv6, the latest version of the protocol, which has been available for more than a decade and allows for an almost unlimited number of addresses. When there are no more IPv4 addresses available from the RIRs, new hosts on the Internet will not be able to communicate with systems that use only IPv4 without special mechanisms that could degrade the Internet experience. Some experts advise adopting a "dual-stack" approach to remain connected with both IPv4 and IPv6 hosts.

"A pool of more than 4 billion Internet addresses has just been emptied this morning," said Rod Beckstrom, president and CEO of the Internet Corporation for Assigned Names and Numbers (ICANN), which oversees IANA. "The future of the Internet, and the innovation it fosters, lies with IPv6."

IANA and the RIRs had laid the groundwork for Thursday's action in advance by agreeing on a policy that when the supply of large blocks went down to five, one would be assigned to each of the regional bodies. The policy was designed to ensure that regions where addresses were being used up less quickly wouldn't be left out in the end.

The Asia-Pacific Network Information Centre (APNIC) was assigned two large blocks of addresses earlier this week, causing the rule to kick in.

Though there is wide agreement that enterprises and ISPs need to migrate to IPv6, there are potential hazards both in delaying that move and in carrying it out. A key concern is that most available security tools don't work with IPv6. And though some experts point to network-based translation between the protocols as a short-term solution, others say that approach could break some applications and services.

The supply of fresh IPv4 addresses for North America will probably last only three to nine months, according to John Curran, president and CEO of the American Registry for Internet Numbers (ARIN), the region's RIR.

The action taken Thursday will have ripple effects on organizations that need IPv4 addresses in many countries.

As the final allocation took place, new rules immediately went into effect at the American Registry for Internet Numbers, the RIR for North America. In the past, ARIN has allowed its customers to forecast their need for addresses over the next 12 months and apply for a year's allocation. Now they will have to apply every 90 days, showing a forecast for that period.

"We don't want to have a circumstance where organizations come in and we give one a year's worth, and someone else has none," Curran said.

When APNIC's supply is reduced to its final block of 16 million addresses, it will restrict its customers to just one much smaller block of 1,024 addresses. It expects this supply to last approximately five years.

Thursday's action will have no noticeable short-term effects, Internet Architecture Board Chairman Olaf Kolkman said during a press conference following the Miami ceremony. But over time, the Internet will be severely limited if network administrators don't migrate to IPv6, he said.


"Such an Internet is likely to grow increasingly less capable of serving our needs than it is today," Kolkman said. Because of the need for adaptation tools within the network, the end-to-end model that makes many Internet applications work will break down. For example, it might become hard to make a Skype call or to trade files, he said.


For businesses, migrating to IPv6 will cost money, but not making the move eventually could cost revenue, he said. "The next 2 or 3 billion customers will use IPv6 only, and they will not be able to do business with you," Kolkman said.


As the pool of IPv4 addresses shrinks, it's possible that a black market will form, but it probably won't be large, said Raul Echeberria, chairman of the Number Resource Organization. All the RIRs have set procedures for transfers between address holders, which are designed to make sure that addresses only go to entities that need them. Echeberria believes most addresses will change hands through those mechanisms.


Despite the small portion of Internet traffic that uses IPv6 today -- recently estimated at less than one-tenth of 1% -- Echeberria is optimistic about the work done so far by vendors and network operators.


"All conditions are in place for a successful IPv6 transition," he said.


"A crisis has been averted," ICANN's Beckstrom said. The collaborative culture of the Internet allowed ICANN, the RIRs, the Internet Engineering Task Force and other entities to deal with the declining address space and create IPv6, he said. "This model is working incredibly well for the world."

Update: ICANN assigns its last IPv4 addresses - Computerworld
 
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World IPv6 Day
About World IPv6 Day

On 8 June, 2011, Google, Facebook, Yahoo!, Akamai and Limelight Networks will be amongst some of the major organisations that will offer their content over IPv6 for a 24-hour "test flight". The goal of the Test Flight Day is to motivate organizations across the industry – Internet service providers, hardware makers, operating system vendors and web companies – to prepare their services for IPv6 to ensure a successful transition as IPv4 addresses run out.

Please join us for this test drive and help accelerate the momentum of IPv6 deployment.

Source:
Internet Society - World IPv6 Day
 
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