Tag Archive for IPv6

Asia out of IPv4 addresses

Asia out of IPv4 addressesThe Asia Pacific Network Information Center (APNIC) has run out of free IPv4 addresses.  APNIC is the first of the Internet’s five regional Internet registries to deplete its free pool of IPv4 address space according to reports from Networks Asia. (I wrote about China’s IPv4 struggles here.)

APNIC’s news is another sign that CIOs and other IT executives need to begin migrating to IPv6.”For anybody who hasn’t figured out that it’s time to do IPv6, this is another wake-up call for them,”  Owen DeLong, an IPv6 evangelist at Hurricane Electric and a member of the board of ARIN told Networks Asia. Any CIO who isn’t planning for IPv6 is “driving toward a brick wall and closing your eyes and hoping that it’s going to disappear before you get there,” Mr. DeLong says ignoring IPv6 “is not the best strategy.”

Paul Wilson, Director General of APNIC tells Networks Asia that, if a business is thinking of doing on the Internet, they need to have a plan to transition to IPv6 in place. “If you want to do business with China in the future for example, you will be to be on IPv6 or you won’t be able to reach your customers,” Mr. Wilson said.

The Asia-Pacific region has been gobbling up the most IPv4 address space in recent years; APNIC has apparently distributed more than 32 million IPv4 addresses to network operators in this region in the last two months alone. APNIC has depleted its IPv4 address space “dramatically faster than people expected,” Mr. DeLong says. “My guess is that a lot of operators in the Asia-Pacific region realized the time of IPv4 depletion was drawing near and they rushed to get their applications in.” But countries in the region are doing well with their IPv6 transition plans Mr. Wilson said.

But counties with developing markets also had the advantage where they could leapfrog any potential problems and move straight to greenfield IPv6 infrastructure Wilson said. APNIC is holding 16.7 million IPv4 addresses (a /8 in network engineering terms) in reserve to distribute in tiny allotments of around 1,000 addresses each to new and emerging IPv6-based networks so they can continue to communicate with the largely IPv4-based Internet infrastructure.

RIPE [the European Internet registry] is going to be the next one to run out. I wouldn’t count on them making it until July[2011],” DeLong says. “I think ARIN (which doles out IPv4 and IPv6 address space to companies operating in North America,)  will make it to the end of this year; maybe we’ll run out in October or November[2011].

Upgrading to IPV6

Spock – the router is under here

According to Mr. Wilson, the move to IPv6 should be the last we will experience. “We should be afraid of a situation where we exhaust IPv6. If the move from Ipv4 was difficult, the next will be a disaster,” he said.

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The regional Internet registries will have handed out most IPv4 address space by the end of 2011. Lots of organizations need to get on their transition plan. I have noted the need for IPv6 planning here, here, and here.

Related articles:

What do you think?

  • Is IPv6 a real topic in your organization?
  • Has your organization even formed a team to discuss IPv6 addresses?

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

IPv4 Address Worth $11.25

IPv4 Address Worth $11.25Now that the last IPv4 addresses are gone, the Internet numbers are increasing in value. Microsoft is spending $7.5 million for 666,625 IPv4 addresses from Nortel (NRTLQ). As Google (GOOG) and Apple (AAPL) fight over Nortel’s 4G bones (which I noted earlier), DownloadSquad reports that Microsoft (MSFT) jumped all over Nortel’s stash of IPv4 addresses when they became available for purchase through bankruptcy proceedings.

NORTELMicrosoft ponied up $7.5 million for the Nortel pool, which works out to $11.25 per IP address. There were 13 other interested buyers, but only Microsoft and three others actually submitted bids according to DownloadSquad. With the last block of IPv4 addresses already issued (which I wrote about when it happened), snatching up over 666,000 IPv4 addresses in one fell swoop is a smart move by Microsoft.

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Microsoft CEO Steve BallmerCould Ballmer‘s boys be planning a cloud-based IPv6 <–> IPv4 transition service?

Are they trying to jump-start an IPv4 address space underground economy?

As the authors say, we’ll just have to wait and see.

What do you think?

What is Redmond up to?

Related articles

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

The IPocalypse is Nigh

The IPocalypse is NighThe IPocalypse will cause users with improperly configured computers to experience slowdowns, timeouts, or other connectivity issues when the Internet moves to the IPv6 protocol unless they are ready. To see if you are ready to endure the IPocalypse ghacks point us to IPv6-Test.com.  The site has an Open Source script that runs using JavaScript. Just visit the website click and wait until the test has finished. The IPv6 test runs a series of tests including the browser’s IPv4 and IPv6 capabilities, IPv4 and IPv6 connectivity with and without DNS records, and a test that checks if the ISP’s DNS server uses IPv6.

According to ghacks the most important test for users to run is the dual-stack test. There will be a transition period where websites and services can be reached via IPv4 or IPv6. The user’s computer needs to pick one of the protocols and use it for the connection which means that devices that only support IPv4 at this time can still connect to the websites. Connectivity issues occur if this is broken.

Major services and websites will switch to IPv6 for a 24 hour period on World IPv6 day on June 8. Among them are Google, Facebook, and Yahoo. That’s where the dual-stack DNS record support can be tested in a live environment.

 

This gadget was developed by Takashi Arano, Intec NetCore

What do you think?
  • Is this really the IPocalypse or just marketing hype?
  • Have you tested your connection?

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

U.S. Running Out Of IPv4 Addresses

U.S. Running Out Of IPv4 AddressesInformationWeek says IPv4 addresses will run out by the end of 2011. The plethora of mobile devices and an increase in Internet services to the home have led to a shortage of Internet addresses, which could run out by the end of 2011 according to InformationWeek. “We now face an exhaustion of IPv4 addresses,” Lawrence Strickling, administrator of the U.S. National Telecommunications and Information Administration (NTIA), said in the meeting, Reuters reported. There’s only room for 4.3 billion IPv4 addresses and the U.S. owns more than 90 percent of public IP addresses globally. The U.S. has used about 94.5 percent of its public IP addresses.

smartphones are depleting the supply of available addressesThe recent surge in tablet computers like the Apple iPad and Research in Motion Blackberry smartphones are depleting the supply of available addresses. The remaining 5.5 percent of the IPv4 addresses will be distributed among the Regional Internet Registries by next summer Reuters reported. New IP-based technologies such as LTE and WiMax have also contributed to the dwindling number of IPv4 addresses. M2M devices and smart technologies in consumer products like refrigerators, dishwashers, and vehicles also decrease the number of addresses available. “Fortunately, IPv6 will support 340 trillion, trillion, trillion addresses,” Strickling is quoted in Reuters, and appealed to businesses to widely roll out and integrate IPv6.

The reason is that IPv6 is a much longer address, but it makes up a lot more possible numbers, said Todd Day, industry analyst, Mobile & Wireless Communications, Frost & Sullivan. “It’s similar to a phone number with many digits, so it’s like having a longer phone number.” Switching to IPv6 could be costly for businesses and the technology might not integrate well with what they are using. “Ultimately you have equipment that has to be replaced in order to support IPv6, you have software changes and upgrades in other pieces of equipment and testing and actual implementation costs,” Day said.

In spite of the challenges, the new protocol has its advantages, he said. “There are definitely a lot of benefits to IPv6,” Day said. “In the bigger picture, it allows for more security, video and voice streaming, and better quality of service.

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This is not a U.S.-specific problem as InformationWeek would have their readers believe. This is a worldwide problem. John Curran President and CEO of ARIN pointed out in the article, “some other countries have already set their IPv4 depletion / IPv6 adoption plans.” Of course not in the US, there are so many other important issues for the Feds to worry about, like the noise level of TV commercials.

This gadget has been developed by Takashi Arano, Intec NetCore

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Do You Know Where Your IPv6 Is?

Do You Know Where Your IPv6 Is?Earlier, I covered the iSuppli announcement that nearly 3 out of every 4 people on Earth will soon own a mobile phone. Now, this factoid has some consequences. Johannes Ullrich, PhD, chief research officer for the SANS Institute is predicting that the arrival of new and upgraded IPv6-enabled operating systems, can open new and unrecognized security weaknesses in otherwise secure environments.

SANS Institute logo

Dr. Ullrich told Net Security, “One of the problems is the accidental implementation of IPv6. You may already have IPv6 on your network without knowing about or configuring it.” He continues, “Windows 7, OS X, and Linux enable it by default. In the last round of operating system updates, it has tended to be turned on by default.” Dr. Ullrich, who is currently responsible for the SANS Internet Storm Center (ISC), also highlights devices running Apple’s IOS such as iPhone as well as some Google Android devices come with IPv6 enabled by default.

Dr. Ullrich says that the growth of mixed IPv4 and IPv6 networks, sometimes without the knowledge of IT security teams, can introduce a variety of potential security risks. Attacks designed to exploit IPv6-enabled devices could also be missed by security teams not looking for  IPv6 traffic, “Many organizations will look at their own networks and not see a big problem staying on IPv4,” he explains.

According to Net Security, Ullrich believes that organizations have failed to grasp the full impact of a move to IPv6 or the amount of time needed to plan, test, and secure any migration strategy. Ullrich believes that it will take at least about a year for larger organizations to move over to IPv6. Although most modern routers and switches are capable, supporting SIEM, IDS, IPS, and monitoring tools will need reconfiguration. The application layer is more problematic according to the SANS Institute expert  “It is comparable to the Y2K problem, and there may well be many complex or custom applications that are affected by switching over that need to be tested.”

This gadget has been developed by Takashi Arano, Intec NetCore

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.