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I am a technology electrician, keeping pace with the evolution of electrical contracting. We believe that every electrical contractor could benefit from continuing education, that covers interfacing network technology in electrical power control. I say this just to say, electricians, we have a new type of work available. It is waiting to be learned. You are the experts on how to control electricity. Getting a little IP technology under our belts is about all it takes. The information is available in a variety of ways. In order to get started, it may require some free time to complete the initial learning process. Perhaps completing a short term network technology program could be an excellent start. It is offered through many technical college certificate, diploma, and degree programs. A lot of us take risks in some way or another. Investing in your electrical career is one that will benefit you, while you become qualified to do more electrical contracting business.
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Master Electrician Finds Technology
The IPv6 Could Be Our Best Solution
The most recent announced growth rate of the internet is leading to a lesser amount of available unique IP addresses in the world. While there is still time left, we should use it in order to implement another available method for creating unique IP addresses. Vint Cerf, the man who helped invent the system and one of the world's leading computer scientists, said that the web does not have enough unique codes that allow computers to communicate with each other (Salter 2008). This usage explosion is applying enormous pressure to all counties around the world, who are currently using the internet version 4 IP addresses. They are being consumed more frequently than ever. "The main reason for the concern? There's an explosion of data about to happen to the Web thanks largely to sensor data, smart grids, RFID and other Internet of Things data," Richard MacManus writes on that site (Sutter 2010). We have created several ideals such as, multiple shared hosting IP addresses, special-use IP addresses, the version 6 IP address method, and etc. Of the variety of recommendations, I believe that the most promising solution to this challenge is activating the Version 6 IP scheme, as soon as possible. The new IP addressing method named IP Version 6 could not only augment the amount of available unique IP addresses, but also give hosts greater capacity. At this time our essential concern is the need for unique IP address, although more benefits come with the method that most of us have our minds on. The version 6 IP address scheme contains a much larger IP address capacity at a hundred and twenty eight bits and contains several new functions when you compare it to our present version 4 IP scheme. For example, IPv6 enables auto-configurations for end hosts to accommodate everyone in the Internet.
IPV6 has a vastly larger address space than IPv4 (wikipedia). In addition to the main reason that the availability decrease is occurring, all computers, mobile devices, games, and many other computerized stuff that we use on the internet is required to have own individual IP addresses independent of other machines. Over the last 6 years, the demand for IP addresses has been steadily accelerating due to the expansion of Internet usage worldwide and the advent of Internet-capable devices such as mobile phones, car navigation systems, home appliances, and industrial equipment (NASA 2010). In the future we could run out of IP addresses that are provided through our current IP address version, IPv4, which was implemented in or around the early eighty years. Although billions of IP addresses that we use now may seem like plenty several computers and related products are connected online require unique IP addresses can not be over emphasized.
The true reality regarding unique IP addresses is that we are slowly running out of them. Even though it has been true in the past that it may take years for us to completely run out of them, many people believe that it is critical that we act on a solution today. The current IPv4 system only allows for some four billion IP addresses, a number that seemed cushy some 30 years ago. Now, The Sydney Morning Herald reports we have some 340 days before our address allotment dries up (Techland 2010). Perhaps, many of us may concur that we should support the effort to start the new and greater capacity IPv6 scheme, criticism often comes with new ideas. Many critics believe that there may be a variety of issues that may arise with IPv6. Several of them believe that many of the issues such as application compatibility in general, profitability concerns for network executives, possible additional licensing requirements, cost of training engineers and others, and problems with server adaptation may be a risk. In this report, the ICANN Root Server System Advisory and Security and Stability Advisory Committees examine the problems that might arise if IP Version 6 (IPv6) host address resource records of root name servers were added to the root hints and root zone file for the (DNS 2007).
Although the critics may have valuable point of views, many groups, communities, organizations, companies, and counties are continuing to put forth their effort to move forward in order to product options as a step towards the solution to our declining number of IPv4 unique addresses. In the US, however, cable TV operator and ISP Comcast has just launched its initial IPv6 trials the first major player to do so and as consumers will be part of the trial, it seems that there may finally be some mass awareness of the problem (IET 2010). In this effort there are various participants around the globe, in the international communities. They bring to the table a wide range of way in order to compliment our current IP version solutions. V6IP gives us a better way, if not the best method to produce unique IP addresses. There is much more to consider when you view the collective effort of the global community's input. As a result, the IPv6 scheme could become an enhancer of many things that we use on a daily basis, ranging from household items automation to IPv6 enabled vehicles. Perhaps as one of the benefits more advanced programmable controls, for our appliances, automobile, and etc. In spite of the advantages that the IPv6 scheme gives us, many of us may tangent upon agreeing with points that are made by critics. Maybe we all could agree partially with the critics, that there may be associated cost hurdles, but they are usually temporary.
There may be significant applications in the future that may operate solely with IP version 6, however currently we have to secure the best alternative to our network capability issue. My most favorable guess is that it's profound that IPv6 may not be the only option. Many people believe that in order to resolve the diminishing unique IPv4 address issues, it could be the best choice available for the global community. Perhaps no one could justly dispute the fact that it may cost us directly or indirectly. We should remember that the activation of the version 6 IP scheme will not cause the version 4 scheme to go away over night, if at all. In fact, some IPv4 addresses may never change (Microsoft Corporation 2010). It's important to consider that the IPv6 scheme is potentially in a transitional process currently and IPv4 and IPv6 shall exist together for several years. About fifty percent of the United States regional networks support IPv6, this one of the facts that reflects that this preparation is not solely considering technology, the end user, and the cost of training engineers, as some critics may believe. IPv6 has finally reached the tipping point in the U.S. government market, according to the second annual survey of federal, state and local agency IT executives released last week by (Duffy 2006).
I would like to mention some of the players who are participating in the global effort and or what they are contributing to the solution. Many of the 6NET efforts helped produce demos like the IPv6 enabled car that was shown at a global IPv6 launch. There are several governments who are welcoming the transition of IPv4 to IPv6, for example the Japan's government is urging counties like Korea and China to share ideas in order to develop a joint effort by promoting some of their goals to make Japan the most advanced IT country within the next five years. Still, while its Asian peers have long started migrating to the new generation Internet Protocol, it seems that India is suddenly waking up to the inevitability of IPv6, and is rushing to catch up with the rest of the world (Basu 2010). The Sony Ericsson handsets have IPv6 capability through the Symbian operating system and views IP version 6 to be the all around fix for the address issue. In North America, the United States is not by its self a participant. Canada has participated by presenting some application porting work and the IPv6 tunnel broker, freennet6 . There also counties south of the United States who are participating, such as Mexico and others.
At the moment the IPv6 Task Force Mexico is in development process, since the former participation that the University of Guadalajara had in the Global event IPv6 Summit Brazil, São Paulo, from 17 to 20 of August 2004 (Task Force Mexico 2005). Although there may not be enough time to speak in detail about each participant and the part that they apply to the solution, we all may agree that we have to begin creating an infrastructure that will provide more IP addresses. IPv6 means no more sub-netting word problems! Assuming the "standard" access prefix length of /64, a single prefix is able to address far more hosts than you would ever want to jam into a single prefix. The motivation behind /64 prefixes for end users is discussed under the configuration section of this article (Stretch 2010). Vint Cerf brought us IPv4, which we used in a separate global way, now it is up to us to continue to develop IPv6 as our IP address generator of today. IPv4 was the greatest one of yesterday, perhaps it's a fact that it will never completely go away.
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