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Ranching with Wildblue

2008-06-10T04:34:00.001-07:00

All across the country are working ranches where you will find cattle being herded, horses broken, fences mended, and a lot of hard labor going on. Many of these working ranches are in desolate locations with expansive land. This western lifestyle is not only something that some people enjoy, but also something necessary for the rest of us. Thanks to the cattle ranchers, we have T-bones steaks to enjoy, horses to ride, and more. However, many ranches are so isolated that making connection to the rest of the world is difficult.

Obviously, a rancher needs to be able to contact labor, family, friends, veterinarians, suppliers, emergency services, and more. However, because of the isolated area, this is often not a possibility, an expensive possibility, or a slow possibility. Well, ranchers living in isolated places can continue running a successful business while enjoying immediate connection to anyone they need to get in touch with. The solution is Wildblue, a new high-tech service that can create a connection from the most remote location to anywhere around the globe.

This state-of-the-art Ka-band communications system has helped people all over the country with this same problem. Using a Telesats Anik F2 satellite with 31 spot beams, ranchers in the middle of the country can email family and friends or research information. With this, ranchers have the option of searching for better prices on supplies, locating horse auctions, or purchasing cattle medication online and in a matter of minutes. This particular satellite was actually built by Boeing and launched by Arianespace.

Ranching is a lifestyle that requires hard work but sheer enjoyment. Because of being in such a remote location, having a connection to the outside world is imperative. Unfortunately, ranching means an occasional accident. Having the ability to gain information or contact someone immediately, is exactly what Wildblue offers. In this case, should the normal veterinarian not be available, having immediate internet connection provides avenues to other help.

Using the Wildblue satellite, you can access the internet at high speeds, opening up a world of information. If you have a horse or some cattle to sell, you can post photographs with written information so people can see for themselves what you have to sell. As you can imagine, your business will continue being successful and grow to staggering heights. However, remember that Wildblue also opens up a world of entertainment. With this, after a hard day of ranching, you could sit down and enjoy streaming radio, download music, watch a movie, all with lightning fast speed.

Jacob Minett has been in the satellite communications industry for over 10 years and is currently standing strong behind the Wildblue brand. Jacob has been following Wildblue's every move very closely for over 4 years and can say with confidence that Wildblue is the best satellite broadband solution for the money and that Wildblue is here to stay.

"If Wildblue wasn't the best, I would not be here." -Jacob Minett - http://www.mywildblue.com

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High Speed Internet Providers - How Do You Choose?

2008-06-09T04:20:00.001-07:00

If you work at home using the internet or are frequently on the internet checking out websites, then you will want to look into service from a high speed internet provider. There are several ways to connect to the internet in order that you receive this quicker service. You can look into DSL which is at least 5 times faster than dial up and runs through the phone line. Cable and satellite internet access are the other choices. After you choose which connection you are interested in, then you need to find the high speed internet provider that offers that particular service.

DSL is a great option for people who live close to the central office where the DSL comes from. DSL is distance sensitive, which means that you need to be within three miles of the office of your high speed internet provider to receive the best connection. The best way to find out about DSL is to ask neighbors if they use it and if the do, ask if they are satisfied with it. DSL is always on, so you do not have to wait for it to connect to the internet. With better speed than the dial up method, this may be the right choice for you.

Cable internet runs through your cable line and has amazing speed. Downloading is quick and easy and it is always on for your convenience. The only drawback to cable internet may be the high cost that these high speed internet providers charge. There may be package deals with your cable TV service or a reduced priced if you accept a slower access speed, so ask if there are any discounts that are available. Cable internet is a wonderful option for those users who are on the internet several times a day.

Satellite internet may be the only option for consumers in rural and out of the way areas. Satellite internet uses satellites in outer space for internet connection. This is a faster option than dial up, but may be dependent upon the weather, although most consumers only have problems during major storms. Ask neighbors about their internet service and if they use satellite internet service. This is the best way to find out which high speed internet provider will work for you.

High speed internet providers fill a vital need for internet users. The important thing to do is to research the provider group of your choice until you find a high speed internet provider that offers what you need for you and your family. Once you do this, then you sure to find the high speed internet service that is right for you!

Learn the essential information for picking the right Internet Service Provider at Net Zero

A Real Home Based Internet Business

2008-06-06T23:48:00.001-07:00

Building a real home based internet business is not as difficult as you might imagine. But if you fail to plan properly, or even at all, you should plan to fail! Because without a well thought out plan, your home based internet business most likely will not succeed.

That may sound harsh, but for the majority of people seeking to build a real internet business from their home, that is going to be a fact of life. Statistically speaking, we know that over 90% of businesses (including real online home based businesses) fail during the first two years of operation.

There is no business, online or offline, which can survive without a good plan based on solid market research for your product, customers and competitors. Ive witnessed many newbies, eager to create a real home based internet business, all getting into a business venture without investigating the niche or market they are targeting.

If you plan on building any real home based internet business, it is vital that you plan ahead and research. Just because some guru says that you can make money online, doesn't mean that you will.

Consider this: How do you expect to make lots of money if you don't know or understand your market or what you will be doing?

How many competitors are in the same market/product? Do you know your target market? Do you know whether or not demand exists for your product or service?

How are you going to build a successful, real home based internet business and be beat your competitors so that you can secure decent market share?

What steps do you need to take in order to build a real home based internet business that will allow you to generate a steady stream of income? Do you have a timeframe setup for each step?

Have you figured out how much money will be required to reach your goal? Do you even have a goal? And what exit strategy do you have if things don't go as expected?

I am not trying to demoralize those of you that want to build a real home based internet business, but if you can't answer even one of the questions above right now, the probability of success for you is not very high.

Thankfully, building a successful real home based internet business can be started for a lot less than you might expect. It can actually be done for free. All it takes is a little planning, and with the right structure, your dreams can become reality.

Jack Lowry is an online home business entrepreneur who recently developed a free 5-step course on learning how to start your own internet home business. If you are interested in learning more about his free 'Learn To Generate Cash From The Internet' course, please visit his website for more about a real home based internet business.

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Gigabit Ethernet Applications-Is It A Fit For Your Organization?

2008-06-06T22:19:00.001-07:00

In general 10 Gigabit Ethernet links are deployed in parts of an enterprise or service provider network where large numbers of Gigabit Ethernet links are being aggregated. This most commonly occurs in the network core, but as gigabit-to-the desktop deployments continue to grow the need for 10 Gigabit Ethernet uplinks from the network edge will emerge. Following are some common uses or applications for 10 Gigabit Ethernet.

Enterprise

As all enterprise applications converge on the common Ethernet backbone, the network must be able to gracefully support a new array of bandwidth hungry applications such as storage, backups and video. To effectively deal with this onslaught of bandwidth demand, forward-thinking network architects are designing enterprise networks with 10 Gigabit Ethernet to meet current and future needs.

Starting from the edge of the network, as gigabit-to-the-desktop deployments continue to grow, the need for 10 gigabit uplinks from a wiring closet switch to handle the performance demands of power users will emerge. Backbone links to entire floors or buildings may run over optical fibers at gigabit rates, while drops to desktop workstations may need to be no faster than 100 Mbps. Naturally, with this upsurge in bandwidth, demand 10 Gigabit Ethernet will be used as a high-speed interconnection between multiple buildings. These buildings could be in close proximity on a self-contained "campus", or could be many miles apart and be connected by dark fiber provided by a local service provider or municipality. Due to the limited distance of 10 Gigabit Ethernet on multimode fiber (MMF), singlemode fiber (SMF) must be deployed or leased to support 10 gigabit building interconnects.

In an enterprise data center, 10 Gigabit Ethernet can be used in a variety of applications such as cluster computing, server attachment and storage interconnect.

High Performance Cluster Computing (HPCC)

Server clusters are a group of tens, hundreds or even thousands of relatively inexpensive (e.g. 1U Linux servers) computers (referred to as nodes) connected in parallel to cooperatively solve large, complex problems. Cluster computing has become a mainstream technological tool for research, financial modeling, digital image rendering and scientific applications. The connection between the various computers in the cluster is typically an Ethernet switch.

Gigabit Ethernet Servers and NAS

As servers and Network Attached Storage (NAS) devices are attached to the edge of the network at 10 gigabit speeds, the network core will have to scale proportionally by link aggregating multiple 10 Gigabit Ethernet links or eventually with 40 Gigabit Ethernet. Network architecture must take into account meeting current Gigabit Ethernet and 10 Gigabit Ethernet server connectivity needs and scale upwards as the need for greater bandwidth inevitably emerges.

Storage Interconnect (iSCSI)

Fibre Channel has been the protocol of choice for storage area networking, however, with the emergence of the IETF (Internet Engineering Task Force) iSCSI protocol, Fibre Channels dominance is being challenged by IP/Ethernet. Simply put, iSCSI is an IP-based storage networking standard that facilitates data transfers by carrying SCSI (a protocol commonly used for communication between storage devices and computers) commands over IP networks. As iSCSI continues to gain in popularity, 10 Gigabit Ethernet links are the logical choice to carry the enormous volumes of data that traverse large corporate networks.

Given the extreme complex nature of designing an appropriate Gigabit Ethernet network architecture....and even deciding if it's right for your organization....it's strongly suggested that you not dump this whole animal on your IT staff. At a minimum....make use of free technical consultation for the bandwidth sourcing requirements from DS3-Bandwidth.com.

Michael is the owner of FreedomFire Communications....including DS3-Bandwidth.com and Business-VoIP-Solution.com Michael also authors Broadband Nation where you're always welcome to drop in and catch up on the latest BroadBand news, tips, insights, and ramblings for the masses.

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Gigabit Ethernet Applications-Is It A Fit For Your Organization?

2008-06-06T03:07:00.001-07:00

Enterprise

In an enterprise data center, 10 Gigabit Ethernet can be used in a variety of applications such as cluster computing, server attachment and storage interconnect.

High Performance Cluster Computing (HPCC)

Gigabit Ethernet Servers and NAS

Storage Interconnect (iSCSI)

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Setting Up a Wireless Satellite Internet Network

2008-06-05T05:05:00.001-07:00

There are several advantages of going wireless with your internet service. You can network your home or office computers easier, you arent tethered to the wall and you can access the internet on multiple computers at the same time. If you are interested in going wireless and you are also interested in satellite internet service, then you may want to set up a wireless satellite internet network.

The first step is to subscribe to a satellite internet service. These services are broadband so they are generally going to work with wireless networking equipment that has traditionally been used to create wireless networks for land based broadband internet services. The three top choices for satellite internet service are StarBand, HughesNet and WildBlue.

While you are waiting for your satellite internet service to be installed, you will want to buy all of the wireless networking equipment that you will need. First of all if you dont have a computer that has an internal wireless networking card already built in then you will want to either buy one that does, or you will want to buy a wireless network adapter. Next you will need a wireless router.

After your satellite internet system has been set up you will be ready to connect your wireless network. To start with, connect your satellite internet modem to the router. The router will then send signals to your computer via infrared signals. Configure your router following the instructions that came with your router.

If you are using a wireless network adapter you will want to plug this into a USB port in your computer. Otherwise your computer should receive the signal using its internal wireless card. Turn your computer on and follow the instructions that came with your satellite internet system to set up your account if your technician didnt already do this for you. Thats all there is to it.

Satellite internet is the latest way to access the World Wide Web. It comes in three variations, a multi-cast one way version, a one way satellite internet connection with a terrestrial return and V-Sat. The type of satellite internet that you select needs to be based on what you use your internet access for and if you have access to a phone line. Familiarize yourself with satellite internet. Learn about satellite internet access, service, providers and two way satellite systems calls V-SAT.

Setting Up a Wireless Satellite Internet Network

2008-06-04T09:32:00.001-07:00

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Online Privacy - Guarding Against Cyberstalking

2008-06-03T02:56:00.001-07:00

Cyberstalking is the practice of using online resources in order to harass, vilify, threaten or misrepresent others. Stalking does not consist of a single act or incident, but of a pattern of behavior. The victim of such behavior may or may not be aware that they are being stalked. In other instances, the victim's distress over incidents related to the cyberstalking may be a part of the response the perpetrator hopes to accomplish.

Laws against cyberstalking are becoming more common, but there is still often a refusal on the part of law enforcement to perceive stalking, whether electronically or in the physical world, as a serious crime. In fact, except for some rather high profile cases, victims of stalkers were commonly told that nothing can be done unless the instigator commits a crime. Sadly, the same thing is true of cyberstalking. Because each individual act in itself may not be a punishable offense, cyberstalking often goes unpunished.

Another difficulty with taking a case against a cyberstalker to court is the privacy laws themselves in the United States. Finding out information on the internet is ridiculously easy, but at the same time, laws are on the books which prohibit release of and access to information of a secure nature. For example, a telephone number can be used to find a name and physical address. Social security numbers, credit card and banking information even the place of employment and co-worker information can be found by a few minutes search even by someone who is only semi-computer literate.

Sometimes cyberstalkers are accomplished hackers on the internet. They are able to appear to be the victim and can sign up for all sorts of unwanted websites, products and forums. They can cause the legitimate user to be banned from needed sites including their own online banking or credit card information by changing password information. They can harass the victim at work by causing inappropriate purchases such as sex toys to be delivered at the victim's workplace. Pornographic images and other material can be placed on a false website such as MySpace that purports to be created by the victim.

Because state laws for the most part are the ones that are used to prosecute cyberstalkers, they are unevenly applied, with many jurisdictions having no ban on such practices and others are unclear as to wording and consequences. Probably a consistent equitable federal statute regarding the practice of cyberstalking is the best way to provide additional protection to victims. Additionally, better standards and practices from individuals and businesses in securing sensitive information would help prevent leaks of such data.

Terry Taggert writes informational articles about people search, privacy, reverse phone lookups, and other similar topics. Check out the authoritative reverse phone service right here.

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2008-06-02T20:53:00.001-07:00

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Online Privacy - Guarding Against Cyberstalking

2008-06-01T22:07:00.001-07:00

Terry Taggert writes informational articles about people search, privacy, reverse phone lookups, and other similar topics. Check out the authoritative reverse phone service right here.

Online Privacy - Guarding Against Cyberstalking

2008-06-01T01:49:00.001-07:00

Terry Taggert writes informational articles about people search, privacy, reverse phone lookups, and other similar topics. Check out the authoritative reverse phone service right here.

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85950

2008-05-30T08:58:00.001-07:00

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Broadband - Securing Your System

2008-05-30T01:10:00.001-07:00

Considering the wealth of methods that malicious users employ to gain access to other people's machines, you would expect the general public to be better protected while online.

However, a survey conducted in 2004 found that even though 63% of respondents thought they had a firewall protecting their system, only 33% actually had a live firewall. Moreover, 77% of respondents had the general thought that their computers were safe.

It would seem that the general public are aware of the threats of the internet, but not as clued up as they should be on how to prevent any malicious attacks. For instance, 67% of the respondents either, did not have a virus checker or had not updated it recently.

The first and most commonly overlooked step when securing ones PC is the physical aspect. For instance, at work, you should always lock your workstation so that no one else can gain access to your information.

At home, younger members of the family are often prone to installing generally useless pieces of software which may be "piggybacked" with malicious spyware or malware. It is therefore, important to educate your family on what to look out for when downloading.

Most users are now aware that having both firewall and antivirus software is vital if they are going to be using the internet. What is often overlooked though is the requirement to keep both of these applications up-to-date, as new viruses are being released daily.

There is a myriad of internet security packages available, some free, some not, and each have their pro's and con's. Consumer reviews are probably the best way to determine which company has the right package for you.

Lastly, a great deal of broadband safety does lie within the users' hands. So a certain degree of "common sense" is required when using your broadband.

So, in conclusion, when using your broadband, always be on the look out for any suspicious activity.

Broadband - Securing Your System

2008-05-30T00:58:00.001-07:00

Considering the wealth of methods that malicious users employ to gain access to other people's machines, you would expect the general public to be better protected while online.

Lastly, a great deal of broadband safety does lie within the users' hands. So a certain degree of "common sense" is required when using your broadband.

So, in conclusion, when using your broadband, always be on the look out for any suspicious activity.

Broadband - Securing Your System

2008-05-29T05:23:00.001-07:00

Considering the wealth of methods that malicious users employ to gain access to other people's machines, you would expect the general public to be better protected while online.

Lastly, a great deal of broadband safety does lie within the users' hands. So a certain degree of "common sense" is required when using your broadband.

So, in conclusion, when using your broadband, always be on the look out for any suspicious activity.

Broadband Providers - No More Slow-Motion

2008-05-24T01:42:00.001-07:00

Internet has become one of the most important parts of our life. Internet is self-sufficient of serving all of our queries that is why almost every person and businesses are completely depended on the Internet. However, the Internet is profitable and useful only in one case, if we are getting it on time and on high-Speed. Nowadays, Broadband is the most reliable way of getting high-speed Internet at your fingertips. With every passing moment, more and more people are moving towards the advantages of broadband. In this fast-moving world, remaining one step ahead from rest is what everyone wants, and the Broadband is helping a lot in achieving this state. It does not matter, whether the end customer is a home user or a business user, the Broadband has become necessary for everyone.

There are various Broadband Service providers in the market. These broadband providers offer a range of attractive plans and services to the end users. Even sometimes, the service provider may offer free access to their services, but in this case, you should be willing to surf the Internet with all the pop-ups enabled. These pop-ups usually show banners and ads from their advertisers. But one should avoid these offers as they may cause serious damage to your PC.

There are many big names in broadband service industry in the UK like Homecall Broadband, Wanadoo Broadband, BT Broadband, and many more. These companies are providing great deals on their services and they are really making broadband the most trusted way of connecting your worlds. All broadband providers are distinctive in their own way. The best way to get a good deal from these providers is by comparing them. There are many websites available on the Internet that offers great comparisons and shows better results. One should compare each deal deeply so that he or she can enjoy the speed and not the annoyance. On balance, the broadband is here to make our life easier and it should remain the same.

Cheap Broadband Deals Alice Erin is an Expert Author. He has written good quality articles on Buy Cordless Phones Have a look at Voip Internet Phones

Broadband - Securing Your System

2008-05-23T09:36:00.001-07:00

Considering the wealth of methods that malicious users employ to gain access to other people's machines, you would expect the general public to be better protected while online.

Lastly, a great deal of broadband safety does lie within the users' hands. So a certain degree of "common sense" is required when using your broadband.

So, in conclusion, when using your broadband, always be on the look out for any suspicious activity.

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The Best ISP for You and Your Family

2008-05-22T22:07:00.001-07:00

Announcing the winner of the best ISP awardthe one that works for you and your family! Finding the best ISP is finding the one that works best for your internet experience and your needs. There is not an across the board best choice that will make every user satisfied. You need to choose an ISP that enables you and your family to use the internet in the ways and for the uses that you choose.

The best ISP will be one that offers software upgrades regularly and has been in business for a long time. The software upgrades will show you that they are constantly changing to give their users more features and speed. They will have a good track record with customers and their customer service associates will be available 24/7 with quick and efficient responses.

The number of email addresses available per account will help you decide which is the best ISP for you. If the number does not match or exceed the amount that you need for you and your family, then that ISP may not be the best choice for you and your family. Nothing is worse than your children fighting over an email address or reading each others emails.

If you have young children, then the best ISP choice for you may be one that offers the blocking of websites that are inappropriate for children. Some ISPs also offer special children's offerings like games, cartoons, and movies. They also may offer links to homework help sites and other child appropriate sites.

The best ISP will be one that offers SPAM blocker and virus protection for your email and computer. This will protect your computer from any viruses that may be sent to you. SPAM blocker will help to save you time in reading your emails as it blocks many of those irritating emails that you do not want.

Unlimited internet usage is also the mark of one of the best ISPs. If you are on the computer several times daily, then this is the way that you want to go. Otherwise you could be paying extra money for any minutes over your specified time limit.

Price may be a factor in choosing the best ISP for you and your family, but keep in mind that you should not use price as the primary decision maker. Prices vary but so does service. The best ISP should be one that connects quickly and loads websites and information speedily. This may not happen with an ultra-cheap ISP. So choose the best ISP for you and your family to ensure that you receive the service that you need and deserve!

Learn the essential information for picking the right Internet Service Provider at Net Zero

The Best ISP for You and Your Family

2008-05-22T00:46:00.001-07:00

Learn the essential information for picking the right Internet Service Provider at Net Zero

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How to Connect Multiple Computers to One Broadband Internet Connection

2008-05-20T23:41:00.000-07:00

Broadband, or high-speed, Internet connection is what many users currently use in their home. Along with high-speed Internet, many users may also use a router to allow multiple computers to connect to the Internet. This post will describe how a router is used to connect multiple computers. To make it easier to understand, I will use where you live as a comparison to how your computer is connected to the Internet.

What is an IP Address?

IP addresses are a series of numbers in the form: nnn.nnn.nnn.nnn, where nnn is a one to three digit number. An IP address is unique to an individual computer on a network, similar to how your home has a unique address. For an Internet connection, an IP address is supplied by your Internet Service Provider (ISP). In some cases, your ISP may provide you with more than one IP address, which allows you to connect multiple computers. As you will see later, however, you can still connect multiple computers with a single IP address.

Connecting a Single Computer

Connecting a single computer to your high-speed Internet is very simple to do. Simply connect a network cable into your modem, and then into the network card in your computer. Your computer will then be assigned an IP address from your ISP. For example, if your ISP assigned you the IP address of 24.24.50.17, then your computer will have that IP address.

When you make a request to a server, such as for a Web page, the Web server knows which IP address made the request. The information is then sent through the Internet and back to your computer. This is similar to when someone sends you mail to your home. The address on the mail allows it to be delivered to your home and not somewhere else.

Connecting Multiple Computers

How can multiple computers connect if only one address is assigned? When you make a request for a Web page, how does it know which computer requested that page? Let's take our home analogy one step further. Let's say instead of living in a house, you live in an apartment. When someone sends you mail, they not only include your address but also an apartment number. This number is internal to your apartment building and every apartment has its own unique number. Similarly, multiple computers can connect to the Internet if they each had there own unique local IP address. This can be handled by a router.

A router is a piece of hardware that connects directly to the modem. Each computer is then connected to the router, instead of the modem. Now instead of your computer having the IP address supplied by your ISP, your router now is assigned that IP address. This is similar to your router acting as the apartment building.

The beauty of a router is that it can assign its own local IP addresses. When you connect a computer to the router it now receives one of the IP addresses assigned by your router, similar to how each apartment has it's own number. Now when you make a request for a Web page, the request is sent using the same ISP address, but this time it is assigned to the router. When the Web page is returned, the router receives the request, and sends it locally to the computer that requested the page.

The router also has its own local address that is similar to the local IP addresses of the computers. So now the router has two addresses assigned to it: an external one provided by your ISP, and a local one provided by it. This allows the router to connect to both the Internet and the local network.

Note: The 192.168.xxx.xxx address are special IP addresses reserved for Local Area Networks (LANs).

Managing a FTP or Web Server on Your Network

Let's take a look at this scenario. You have a router connecting multiple computers to the Internet. But now you want to create a FTP or Web server. No problem. You setup the necessary software on a computer on your network, told someone outside your network the local IP address of your FTP server and they try to connect. They then discover that they can't connect. Why? Its similar to someone mailing something to you by just specifying your apartment number and no address.

The IP address assigned to your computer is local to your network. You can connect to that computer from within your network, but not from the Internet. You will need to use your ISP-assigned IP address (the one assigned to your router) to have someone from the Internet connect to your FTP server. The problem is that your router is assigned that IP and not your computer, and since an IP address must be unique, how can two computers have the same IP? The answer: they can't, but they don't need to.

Routers have the ability to forward information on a port to a specific computer. A port is a numbered channel that data can be sent through on a network. You cannot physically see it as it is a virtual channel used extensively in networking for sending/receiving data. For FTP servers the default port is 21; however another port can be used.

Open your router setup and look for the port forwarding option. Specify the internal IP address of your FTP server and the port number and then save that information. Now when a user tries to access your FTP site, they must use the ISP IP address that is assigned to your router. The router will then notice that the data is being sent on port 21 and then forward it automatically to your FTP server. A Web server can be setup the same way, but its default port is usually 80.

Note: By default a router will dynamically assign IP addresses to the computers connected to it. This means that the first computer to connect to the router will get the first available IP address, and the next will get the second, and so on. If you manage an FTP server, it may be easier to assign a static IP address to the computers to ensure that the FTP server always has the same IP address.

This article described how to connect one or more computers to one Internet connection. It is important to remember the following:

If you have one computer connected directly to the modem, then that computer will be assigned the IP address from your ISP.
When using a router, the the router will be assigned the IP address from your ISP. Any computers connected to the router will be assigned a local address by the router.
A router will have the ISP IP address and a local IP address. This allows it to connect to both the Internet and your network.
When setting up a computer as a FTP, Web, or other server to communicate over the Internet, it is important to use the router's IP address to access your server. You will then need to forward the necessary port to your server.

For more information, please read the Technically Easy blog.

Paul Salmon has been involved with computers for 20 years and currently works as a technical systems analyst. He has been involved in many aspects of computers including hardware, software development and quality assurance. He currently maintains Technically Easy, a blog that provides information about various technologies in use today.

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The Best ISP for You and Your Family

2008-05-19T23:49:00.001-07:00

Learn the essential information for picking the right Internet Service Provider at Net Zero

The Best ISP for You and Your Family

2008-05-19T00:04:00.001-07:00

Learn the essential information for picking the right Internet Service Provider at Net Zero

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India Excludes ISPs From WiMax Auction

2008-05-18T07:07:00.001-07:00

The DoTs recent decision effectively excluding ISP bids for WiMax spectrum resurrects memories of Indias past flights of fantasy. The fantasy this time around is the cellular operators commitment to nationally deploy 2.5 GHz spectrum for wireless broadband on WiMax and not hoard it or sneak it for 3G use should ?if the DoT has its way - they be given both.

This is yet another kick-in-the-teeth for Indian ISPs as the nation still has a chastity belt around VoIP disallowing interconnection with the public fixed and mobile telephone networks. Now the punch-drunk Internet providers are barricaded from WiMax in what can only be a total flight from logic.

If the DoT really wants to have an actual, functional, no nonsense ubiquitous mobile truly "wireless broadband" service that allows the country to somewhat retain burnish on the India Shining?plaque at the door, then the guy to deliver it is the one with no vested interest in legacy air interfaces engendering mobility.

Meaning, keep the cellular establishment away from WiMax because theyll do everything with it but provide a no-nonsense ubiquitous mobile truly wireless broadband service that cannibalizes existing revenues and kills those hot 3G dreams.

In fairness our incumbent and cellular friends (same difference) would use WiMax for backhaul, meaning its a great way to connect base stations back to the mother ship while customers continue connecting to these base stations over existing cellular air interface investments. Theyd also use WiMax to provide fixed wireless local loops (WLL) into homes in another area they consider relatively unexciting compared to cellulars mother lode. Remember how Reliance sneaked cellular to the public in the guise of WLL? It was cellular mobility Reliance coveted not boring old fixed wireless local loops. And its WiMaxs vaunted mobility the cellular establishment wants to keep out of ISP reach and away from the user.

Keeping it real Id probably do the same in cellular shoes. The Internet is synonymous with freebies, long distance and fixed line voice revenues are going that way too with the only telecom real estate left making money being inside the cell phone. You put a WiMax broadband eight-lane highway into the cell phone and there goes that walled garden.

No one asks the cellular establishment be denied spectrum for wireless broadband. Let them keep their existing chunks of 3.5 GHz admirably suited for WLL but dont waste 2.5 GHz or 2.3 Ghz which god gave to engender mobility over wireless broadband footprints. Assign that mission to the ISPs.

Globally, the cellular establishment goes to incredible lengths to protect legacy investment and eschew air interfaces that lend themselves more naturally to Internet access. No reason to think their Indian chapter will do anything other than prevaricate thus until legacy costs are fully amortized and beyond. Consumers are to pay for cellular airtime until the establishments books cease demanding tithe. Until that happens, no video, YouTube or VoIP access is going to be efficiently allowed on to your mobile phone.

3G is the cellular establishments answer to broadband and they've already spent US$150Billion globally on licenses and similar change on deployment. Why would the Indian cellular establishment go with anything else? More so because tried and tested equipment is available today to make 2G & 3G networks appear seamless. WiMax is a totally different technology and while roaming is possible, it calls for a completely different outlook to providing what is essentially a very data centric service - somthing the cellular operator is not comfortable with as yet, unlike the ISP for whom it is his very bread & butter. Just a look at the imprecations cast at WiMax mobility by the august cellular lobby suggests their love for any technology other than 3G may not be all encompassing.

Ergo, any spectrum available for true wireless broadband over 2.5 GHz or 700 MHz is least likely to be used by the cellular establishment to speedily engender mobile access over non-cellular technologies like WiMax. The sensible way forward would be to have the cellular operator focus on proper 3G deployment while the larger ISPs are madated to deliver on national WiMax.

The DoT of course doesnt see it this way and humors a lobby whose massive investment in legacy networks ensures theyll continue buck trends positing that not only are more and more Indians going to spend more and more time on the Internet but well do it over fatter bandwidth and wireless connectivity.

Doing the math, fatter bandwidth translates into at least 3 to 5 Mbits/second of ubiquitous wireless broadband speeds to the mobile handset if we are to go beyond SMS messaging or Blackberry and into the realm of true mobile internet access to our mail servers, to YouTube, Videoblogs, interactive gaming, and movies.

Given that the fastest cellular 3G speeds available to a cell phone today and forever are around 500 to 700 very expensive kbits/sec means we have a situation.

Almost everyone I see on the street in Indian metros flaunts state-of-the-art cell phones and so I suspect therere enough such phones around to make my argument. Which is, when was the last time you used this WiFi capability? Its a safe bet the wireless broadband highway into your mobile phone lies unused while you pay the cellular provider to check email over Blackberry and to download music files. As far as easy online access to YouTube or interactive TV & gaming go, forget about it because 3G or no 3G, cellular technology has no answers. The cellular establishment has circumscribed the user and were all culpable for allowing this to happen.

The reason you dont use the mobile phones WiFi feature is because it is intentionally unfriendly but mainly because you are hooked to the cellular service due to its billion dollar mobility feature and thats where you and your phone lock-on automatically. If ubiquitous mobile true wireless broadband did happen, youd happily use it instead of buying expensive airtime on souped-up cellular air interfaces poorly suited for data downloads and youd stop thumbing away on band-aids like Blackberry.

Why is all this so important to a still largely poor country like India? Because India today is in the same ballpark as China when it comes to Internet use. Thats the good news. The sad part is that most Indians still use dial-up and we arent close to even being close to China in broadband penetration. Given a proven penchant for mobility and video India however is fertile ground for massive growth in mobile broadband Internet access. The DoT decision favoring the camp opposing precisely this possibility does not help engender critical mass to complete with our giant friend hovering over the Himalayas. Todays defense is in economic growth which is where more chunks of 2.5 GHz spectrum needs deployment, not in the fastness of South Block.

Early this year the Malaysian Regulator MCMC disallowed Malaysias cellular establishment from bidding for wireless broadband. He had good reason for his ruling as the cellular operators has absolutely nothing to show on past wireless broadband commitments.

Belaboring further, Google eyeballed the American cellular mastodon on behalf of ISPs in the current run up to the 2008 FCC auction for nation-wide chunks of 700 MHz. Early August this year the FCC Chairman announced ground rules for the slugfest and while not totally granting Googles petition enough was ceded to ensure a third pipe?allowing ISPs a fighting chance to offer ubiquitous, true wireless broadband mobility in the face of a recalcitrant cellular lobby. Here's the point. In America the arguments have advanced to whether a spectrum owner - Telco or ISP, doesn't matter - should have to allow any and all devices to connect unencumbered and whether the owner should be forced to offer wholesale spectrum to other providers. To the cellular estabishments chagrin the FCC is also working with wireless broadband proponents to test devices that would access white (meaning unused) space in TV Broadcast spectrum. Rather than engage the Industry at such sophisticated levels DoT forces Indian ISPs to waste time fighting just to be allowed into the auction room.

what we see is that while regulators elsewhere have cause to suspect the cellular establishments bona fides the DoT appears starry eyed in faith and touchingly monogamous in intent.

The DoT may not realize (who am I kidding?) but their decision helps ensure a new much-needed technology doesnt come in the way of the cellular establishment milking their incumbent networks into near perpetuity.

The preponderance of advantage enjoyed by incumbents means a regulator or deciding body like the DoT fails even if it simply remains scrupulously neutral. Be it the EU, North America, Australia, Malaysia or India for that matter in the past, we see definitive change only happen through rulings that give a real edge to newcomers and ISPs. In fairness, the TRAIs forward thinking on regulatory matters is only matched by an inability to stand up to the DoT. So the ball being in DoTs court when one sees it fail even at neutrality to the extent of openly favoring incumbents, attempted flippancy cant really hide the distaste.

Should however the DoT choose to listen, radical departure from legacy may work wonders for users as well as the industry. That includes the cellular establishment whose own long term interests are ill-served by their present approach. Inviting the ISPs to bid as equals benefits all. One can only hope the DoT does what is best for the Indian consumer and for this wonderful technology that allows us so much magic over the ether.

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VPN Explained - The Basics of VPN Simplified

2008-05-15T20:16:00.001-07:00

The question of exactly how to explain or define a VPN is one that is often up for discussion amongst today's network consumers and communications providers. If we look at the literal definition of the words virtual private network, it can help to understand what is, and what is not, a VPN.

Using Webster's dictionary definitions of the component words, a VPN should have the following attributes:

Virtual - defined as "being such practically or in effect, although not in actual fact or name." Therefore, the first part of the answer to our question "what is a VPN" is that it is something that acts like a hard-wired network, but is actually not.

Private - defined as "of, belonging to, or concerning a particular person or group; not common or general." So, a VPN should be one where the consumer has exclusive use of the network links. (Note, this is different from a Secure Network, which may be a private or public network.)

Network - defined as "a system of computers interconnected by telephone wires or other means in order to share information." This is the goal of a VPN or any other type of network.

VPN explained in this manner is a network technology which gives the owner the ability to share information with others on the network by means of a private, exclusive link that is created by a method other than hard-wires or leased lines; usually via the internet. Before the internet, computers in different offices, cities or even countries could only talk to each other like people could - through telephone wires. As the needs for this type of communication grew, telephone lines became replaced by higher volume wires, like T3 circuits, but the concept was the same.

For computer A to talk to computer B, there had to be a physical wire connection. For security reasons, you would want to make sure that only your 2 computers used that line, so you would contract with a vendor to "lease" that circuit. However, this type of network was expensive and difficult to expand, not to mention difficult for the client to have control over.

With the advent of the internet, connections no longer needed to be physical. As long as each computer has access to the internet, information can be shared using local ISP circuits, across the internet, and to the recipient in much the same way that it was when the computers were physically connected. This is why the way VPN works is considered a "virtual" network; the entire connection is not hard-wired.

The aspects of VPN explained in this article so far have not yet discussed an ever present concern in today's world - security. In an old WAN arrangement, the security of data transmission could rely entirely on the provider's guarantees. Today, however, a VPN keeps information private by means of encryption on both the sending and receiving end. There are a variety of encryption protocols, depending on what a company's needs are, who they need to communicate with (and therefore be compatible with), etc. The data is not only encrypted, but it is encapsulated, meaning it is sent in its own private "tunnel" or connection across the internet. No one can see the data, and even if they could, they can't decipher or change it. In this way, information can be sent across the internet without being susceptible to interception or corruption by those who are outside of the VPN.

In order to create a virtual private network, you would need to decide who needs to share information, in what directions, and how often. Next you would need to prepare a listing of the hardware and software systems you are currently using at each location. You might very well need to make changes so that the computers can talk to each other easily. You'll also want to consider just how important it is that your data remains secure, as this will have an impact on what type of protocol you select. Preparing this information will have you educated for the discussions you will need to have with potential vendors.

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