The Insider News

guardian.co.uk[^]:

From politicians and professors to computer scientists and the first programmer, these are the champions of the open internet.

Tobias Bjerrome Ahlin[^]:

Designers love to hate skeuomorphism. It’s just decoration, they say. It’s completely useless. It will go out of style. Yet Apple and many other software developers continue to use it heavily in some of their apps. Many hate without asking: Why?

8th Light[^]:

Tasks that appear easy for a human to solve are often described by complex procedures. So when estimating, make sure you aren’t affected by the apparent ease of that task. Look below the surface to try to enumerate the number of procedural elements. And if anyone tries to tell you that your estimate is bogus because the task is so simple, ask them to write down the procedure for tying their shoes.

Peter Provost[^]:

I’ve always been someone who likes regularly rebuilding my Windows machines. I know this isn’t needed as much as it used to be, but I still find myself starting to get that itch anywhere from 6-weeks to 3-months after I last flattened the box. Here are some simple tools that make the process much easier.

 2012 is poised to go down in Internet history as one of the most significant 12-month periods from both a technical and policy perspective since the late 1990s, when this network-of-networks stopped being a research project and became an engine of economic growth. 

This year the Internet will face several milestones as it undergoes its biggest-ever technical upgrade, from Internet Protocol version 4 to version 6. In addition, key contracts that the U.S. federal government controls for Internet infrastructure and operations are being re-bid. Taken together, these events could result in monumental changes in both who operates the Internet infrastructure as well as how these operations are handled:

1. The root servers may have a new operator

The Internet Corporation for Assigned Names and Numbers (ICANN) has overseen the operation of the Internet root servers since the non-profit was founded in 1998. However, ICANN's contract is due to expire in March, and a new U.S.-based organization could end up in charge of this critical technical function.

The Internet's 13 root server farms are at the top of the DNS hierarchy, which matches domain names with their corresponding IP addresses for looking up Web sites. The operation of the root server farms is overseen by the Internet Assigned Numbers Authority (IANA), which reports to ICANN.

Instead of renewing ICANN's contract for the IANA function, the U.S. government has opened up the bid to other U.S.-based organizations. On Nov. 10, 2011, the National Telecommunications and Information Administration (NTIA) issued an open bid for the IANA function. Bids were due Dec. 12 and a contract is expected to be awarded in the first quarter of this year. The new contract for the IANA function will last from April 1, 2012 until March 31, 2015.

2. A new company could operate the .com registry

Verisign has operated the .com domain since 1999. The .com domain is the Internet's most popular top-level domain, with about 100 million .com names registered as of last month. To put this figure in perspective, the Internet has a total of 220 million domain names registered in 280 top-level domains. The number of .com names dwarfs every other domain: It's more than five times greater than those registered in the second most popular extension, which is Germany's .de.

Verisign signed an agreement with ICANN on March 1, 2006 to operate .com, and that contract expires on Nov. 30, 2012.

One positive indicator for Verisign: Last June, ICANN renewed the company's contract to operate the .net registry, which has about 12 million registered names. Verisign will run the .net registry until 2017.

3. Up to 1,000 new top-level domains will start being introduced

ICANN plans to launch a new program Jan. 12 to add hundreds of generic top-level domains (gTLDs) such as .hotel and .paris to the Internet. This controversial plan has been under discussion for six years, and it is finally scheduled to begin. ICANN's new gTLD programrepresents the biggest change to the Internet's naming system since 1998, when ICANN was formed.

ICANN has run two previous efforts to expand the Internet domain name space: once in 2000, when it added seven extensions including .biz and .info; and again in 2004, when it added eight more extensions such as .asia and .jobs. None of these new domain name extensions has been particularly successful.

However, if ICANN's latest attempt to expand the domain name space succeeds, it could fundamentally change the way domain names are used. Among the new categories of names that are expected to be approved include: internationalized domain names in non-English language scripts; geographically oriented domains for cities and regions; domain names tied to specific interests as well as domain names tied to individual companies and brands.

[Read Network World's other predictions for 2012]

4. An additional 10,000 Web sites will support IPv6

Sept. 30, 2012 is the deadline for all U.S. federal government agencies to support IPv6 on their public-facing Web sites and Web services. An estimated 10,000 Web sites fall under this mandate, which could help drive IPv6 deployment in the United States during the next 12 months.

Established by the Obama Administration two years ago, the federal IPv6 mandate also requires agencies to upgrade internal client applications that communicate with public Internet servers to use native IPv6. But agencies have another two years - until September 2014 - to meet this second deadline. Federal agencies are required to designate an IPv6 transition manager and to purchase network hardware and software that complies with the federal government's IPv6 testing process.

IPv6 features an expanded addressing scheme that can support billions of devices connected directly to the Internet. But IPv6 is not backwards compatible with IPv4, which is running out of addresses. Network operators can either support both protocols in what's called dual-stack mode or translate between IPv4 and IPv6, which could add latency and overhead cost.

5. Europe will run out of IPv4 addresses 

The European regional Internet registry - RIPE - is expected to run out of IPv4 addresses in 2012. Geoff Huston, adjunct research fellow at the Centre for Advanced Internet Architectures at Swinburne University of Technology, estimates that RIPE will run out of its remaining IPv4 address space on July 22, 2012.

In April 2011, Asia depleted all of its IPv4 address space except a small fraction held in reserve for start-up network operators. The North American registry is expected to deplete its IPv4 address space in 2013.

The depletion of IPv4 addresses in various regions of the world will put more pressure on U.S. carriers and enterprises to begin transitioning their networks to IPv6. For example, Comcast has said it will offer production-quality IPv6 services across its nationwide network in 2012.

By Carolyn Duffy Marsan

Canonical has put out a call for more Ubuntu application developers, possibly highlighting a lack of traction in this area just one day before such a gap was pointed out by a competitor.

The Code Project[^]:

We want to know what kinds of web development you're doing and what kinds of tools and technologies are important to your work. Fill out this survey and enter to win a $25 Amazon gift card.

Inside 233[^]:

Some people say it's an important skill to read the code. But is it really?

Ariya Hidayat[^]:

After you’ve seen the chart of JavaScript keywords distribution, it’s time to go a bit deeper to the syntax level. This time let’s find out the most popular JavaScript statements.

good coders code, great reuse[^]:

I was implementing password authentication for VNC in node.js the other day and faced a problem where it would just never successfully authenticate. I checked my implementation several times and it seemed fine. Then I tried to implement it in Python just to see if I was missing something obvious. Let's go to the code and see what's happening.

Elegant Code[^]:

There was a time when I thought it might be worth it to try and create a Software Professional Code of Ethics. Here's what I came up with.

Paracode[^]:

You might or might not have heard about the 501 manifesto. A 501 programmer is the one that runs out of the office at 5:01, regardless of any importance of him staying and keep his responsibilities aligned. The addendum of pitying open source or programmers who love what they’re doing is pretty insulting. We (programmers) are a culture now, and usually the passionate ones are the ones that are being mocked.

I, Cringely[^]:

Today at IBM the US workers who try to save the business are the first in line to lose their jobs. Management accountability is gone. The people who mess up get to keep their jobs; and those trying to retain the business lose their jobs. How fair is that?

The Atlantic[^]:

Think of all the data humans have collected over the long history of astronomy, from the cuneiform tablets of ancient Babylon to images taken by the Hubble Space Telescope. If we could express all of that data as a number of bits, our fundamental unit of information, that number would be, well, astronomical. But that's not all: in the next year that number is going to double, and the year after that it will double again, and so on and so on.

The Endeavour[^]:

What is randomness? Nobody knows, or at least there’s no consensus. Everybody has some vague ideas what randomness is, but when you dig into it deeply enough you find all kinds of philosophical quandaries.

Smashing Magazine[^]:

There has been a long-running war going on over the mobile Web: it can be summarized with the following question: “Is there a mobile Web?” That is, is the mobile device so fundamentally different that you should make different websites for it, or is there only one Web that we access using a variety of different devices?

Need for Air[^]:

The game of go is very interesting from an AI programmer’s point of view, because of how difficult it is to make a computer compete against a strong human and how researchers approached the problem. Paradoxically, the use of randomly played games has helped computers get much stronger.