The Internet is free and open, controlled by no one, distributed everywhere so that it can't be damaged... right?
Wrong.
It's true that the Internet is distributed, so that bringing down one part of it doesn't disrupt the entire network, but it is definitely controlled by someone. The core system that makes the Internet function, in fact, is run by a U.S. entity known as ICANN , the Internet Corporation for Assigned Names and Numbers, which basically holds the keys for any person or business hoping to turn up in search results on the Internet.
But wait -- doesn't Google (Nasdaq: GOOG) hold the keys to being found on the Internet? Well, yes and no. When it comes to search terms and keywords, Google is the tool you need. But when Google sends you to a specific Website, the thing that translates the IP address (a string of numbers like 118.53.09.346) into a Web address like internetevolution.com is the Domain Name System, or DNS.
The Internet DNS in turn is based on a system of “root servers," each of which carries a copy of all the IP addresses in a given section of the Internet and the Websites they point to.
The system of root servers and the administration of "top-level domains" (such as .com, .net, and .org) and the various country domains (such as .us, .ca, or .de) is overseen by ICANN. Another agency, the Internet Assigned Numbers Authority (IANA), is charged with technically handling and supporting the DNS and root servers. IANA is controlled by ICANN.
It may be hard to believe now, but in the early days of the Internet (which weren't really all that long ago), the assignment of domain names and IP addresses was largely handled by a single man: California-based computer researcher and Internet pioneer Jon Postel, who ran IANA. Shortly before his death in 1998, the U.S. government exerted its control over IANA, and after his death oversight of IANA was given to ICANN.
The arrangement was controversial, in part because ICANN was seen as a U.S. entity, which meant that control over the fundamental parts of the Internet -- parts without which nothing else could function -- were in U.S. hands and subject to the whims of the U.S. government.
At one point in 2005, a movement emerged that was aimed at transferring control over the DNS and the root servers to the United Nations. Critics were (and in many cases still are) upset by the fact that 10 of the 13 root servers are in the U.S., and that the one that is arguably most important, known as server A -- which administers the .com domain -- is controlled by a for-profit corporation called Verisign Inc. (Nasdaq: VRSN).
Several years ago, China was rumored to be setting up its own alternate domain system with root servers under its own control, because it was reportedly concerned about U.S. dominance over the Internet. But as it turned out, the country seems to have just added its own layer of addresses on top of the existing ICANN ones, forcing Chinese ISPs to translate the new top-level domains and map them to existing tables of U.S. names.
Whether it is actually controlled by the U.S. or not, the ICANN/IANA system has evolved to the point where everyone is used to it, and the system effectively can't function without these agencies.
So even countries like China have to play ball -- whether they like it or not.
— Mathew Ingram, technology writer for The Globe and Mail in Canada
Domain name on internet is like real estate on the planet. Not that it is capped, like our planet's real estate, but it is still a scarce resource. Though its supply keeps increasing (addition of new domains like .tv, .info, .biz, .mobi, etc.) but the adoption rate of new domains is painfully slow. So conventional economics (& thus the pricing) comes into play when it comes to its allocation like allocation of any other scarce resource. So while hosting got free & remains free due to abundant supply, second level domains (like YOU.com) never got free. Except for some short-time promotional offers by NameZero.com & similar others.
.com/.net/.org are international domains, but the similar TLDs .gov & .mil are not. .US was supposed to be the one to be used by US enterprises, but this never picked off. It is used by U.S. State and local governments. This made .com continue serving both as US as well as International one. And thus more pressure on .com domain.
Getting money out of innovation is not bad in itself, otherwise there will be little incentive to innovate. What is bad is the exploitation arising from innovation. Its just that the regulator should intervene at the right time to promote openness & adoption in larger public interest & curtailing/limiting profitably- but this should be done at the right time. So far this is no problem when the dictators continue to act benevolent, regulator remain vigilant & consumers are aware!
So as far as the control over domain names is concerned I would not term it as controlled. I would label it as regulated & moderated & also partly-paid-for so that incentives for quality as well as innovation remain there.
Verification of the facts listed here plus other details are at:
http://www.iana.org/domains/root/db/
When it comes to search terms and keywords, Google is the tool you need.
I'm
not sure Google is the only tool you need. What about Yahoo, microsoft
and Cuil? They may not be as important as Google, but their impact
should not be ignored.
I think we're missing some critical points here. DARPA ceded the Internet to NSF, and NSF privatized it. Since then, what we call "the Internet" has been a federation of service provider network services connected by either formal peering points (NAPs and MAEs) or through private bilateral agreements. Thus, the "real Internet" is a federation of provider networks. I would argue that the question of the role of ICAAN and the way that domains or DNSs are added, provided, or controlled is less an issue to the "ownership" of the Internet than the question of who provides the capacity.
The business value of the Internet to the people who provide the networks and connections varies, and their investment directions to get value from their networks also varies. Will that combination of variables add up to the kind of Internet we have now, or want in the future? That's the REAL question, IMHO!
I definitely agree with the fact that the core infrastructure of today’s Internet was developed by U.S. Defense Advanced Research Project Agency project and therefore should be controlling it. But following the same logic, wasn’t the World Wide Web (the major Internet kick-off step) developed by a British scientist as part of an European research project?What I’m trying to say is that even though the Us Governmental Agencies deserve most of the credit for developing the Internet infrastructure, it is always ‘healthy’ to open up to the international community, especially with something like the Internet. Bringing research, development and administrative efforts together generally improves results and helps saving a LOT of resources.
So what is ICANN ? does ICANN earn a percentages on domain names regsitrations ? if so i think ICANN is
a rich organistion becuse today's domain registration is over billions names .
I think intrnet maybe be controlled if goverment created an organisation which gather all
countries representatives to settle new policies .
I can be an internet ownership when i register a doimain , but no one has a total ownership
of internet , but everyone o us might be a pat of the internet ownership .
I aggree that internet policy and DNS systems is being controlled by ICANN organisation
which distribute name and numbers such and IPs and domain names such such DN conflict , right
But today's internet is cannot be controlled by anyone , because internet is far today , we
cannot catch internet traces anymore .
The infrasturcture that makes up the core of todays Internet was afterall a U.S. Defense Advanced Research Project Agency project was it not??...
Sorry to the rest of the world, but we developed this technology and like it or not we're going to maintain and oversee it's existence until the extinction of mankind.
I won't claim to be a 'Net insider or expert, but I believe fundamental control and maintenance of the Primary and Secondary servers is still a function of some division of the U.S. and that VeriSign and a few others happen to be under contract to maintain a facility hosting the hardware infrastructure...
Sure Drowlord. These things can exist. In fact, before the internet became so ubiquitous, they did exist. They were called Bulletin Board Systems. Now, they are called VPN (virtual Private Networks)
The technology of the intnernet is not owned by IANA. But, it does rely on a set of addressess that are. And Domain Names are exclusively controlled by ICANN/IANA. So, if you want to have a dial-up network that routes on the 192.168.1.x or the 10.10.x networks then you have a possible solution. Not real "scalable" but a solution none-the-less.
Provided the various governing and serving entities behave as benevolent dictators and do not adopt practices which favor one group of users rather than another, then I assumed most people will be happy.
Of course, there can be differences in interpretation on what is fair to all users. ... and there is the rub.
Not disputing you -- you're totally correct -- but...
Recently, I've pondered the viability of a grass-roots internet. Not one that interfaces with "The Internet" (tm), but a collection of routers and servers and cables that a community, or many communities, could construct with inexpensive equipment and cabling. It seems technically and financially viable, even if organizing a community sufficiently would be horrendously difficult. Every critical piece of internet infrastructure can be purchased at Fry's by even people with modest incomes.
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The idea that the Internet might be used for scientific collaboration shouldn't come as much of a surprise, since the Web's predecessor was originally created as a way to connect researchers at different institutions so they could solve problems together.
Not that long ago, blogs were a mysterious animal that most reputable companies shied away from, an untrustworthy medium populated by cranks in their pyjamas.
The battle between eBay Inc. (Nasdaq: EBAY) and Skype Ltd. is escalating, and in the end, users of the Web-based phone-calling application could be the ultimate losers.
In 1891, Nicola Tesla held up a discharged light bulb and showed how it could be lit up anywhere in a room with a specialized magnetic field. More than a century later, businesses and consumers may soon be able to tap into commercial wireless electrical services, if a couple of entrepreneurs have their way.
Should Facebook and Google users in the U.S. thank the Canadian government for protecting their privacy? A pretty good case could be made that they should.
YouTube's move to a partial pay-for-view model could help relieve a dearth of good new content but it could also complicate debates in many parts of the world over payment by content providers for delivery of their material to customers.
That's what Larry Page said on Google's earnings call, referring to the conjunction of mobile and the cloud. Well, let's chart it then! We need to be thinking about an Internet where 90% of our traffic goes to 70 destinations within 40 miles of us.
Google's Knowledge Graph concept of returning the "right answer" might change the Internet if it becomes a common practice, but it could also contaminate the answers with commericalism or hurt Google's own business. Can they navigate these choices?
Over time, demand forces will change the Internet. What will this mean at the technology level? Think a combination of cloud-address technologies, like the Donabe, Melange, and Quantum activity, and the OpenFlow switching architecture.
Google’s Android@Home is the first step in its plans to create an Android-powered "life fabric," where appliances lead us through changing, controlling, and, yes, maybe monitoring our lives. Are we ready to sort out the bad from the good in this?
We've got smart grids, Google-powered cars, and trading systems that created the "flash crash" and may still be destabilizing the stock exchanges. Are we too trusting of technological innovation?
A Verizon/Google tablet deal not only shows that tablets are now driving the hardware/software bus, they're also capable of building new alliances between old foes.
Google is feverishly trying to expand beyond its traditional search niche in order to please Wall Street. However, the company's recent moves could backfire.
Big-data and analytics tools enable marketers to understand customers as individuals, identifying unmet needs and addressing each customer as a "segment of one," says John Kennedy, VP corporate marketing, IBM.
New York's Metropolitan Transit Authority is conducting a pilot test of digital kiosks to guide subway users to where they want to go more efficiently and at lower cost.
The whole Amazon.reader debate is a double-stupid. It's stupid to think that there's any e-book buyer who doesn't know Amazon's URL, and it was stupider to let ICANN launch the whole free-form TLD initiative to start with.
While NFC's original goal was to enhance mobile commerce applications, it is finding its way into a number of other uses, which is creating both opportunity as well as challenges for IT departments.
Enterprises would like to move to cloud computing but are hesitant because they are concerned about providers’ ability to secure company data. Here are some tips that help to ensure that if breaches occur, the business is not left holding the bag.
Edmunds separates customers into segments based on the info it collects on its site and from partners, and uses that to push out custom content, said Brian Baron, director of business analytics for Edmunds.com, at Predictive Analytics Innovation Summit.
The IBM Smarter Commerce Global Summit in Monaco kicked into high gear today, and we've already begun to see news emerging from that lovely city-state by the sea.
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