5 Ways To Keep People From Stealing Your Broadband

Let's get one thing straight up front: at some time or another, we have all used someone else's wireless connection to check our email, get directions, or find something entertaining during a less than exciting vacation.

With that being said, there are others who abuse the privilege: The college student next door who decides to use your connection to download hi-def porn. The tweenager who has to have that bootleg Miley Cyrus album. A novice hacker who decides it would be fun to use your gateway for some "exploration".

In this article, I will give you a few steps that will help you reclaim your bandwidth, make your network more secure, and give freeloaders the boot.

1. Change the default username and password on your router.

Many security problems start with the fact that most people don't know how to log into their router to start with.

First, you must open up your browser, and type the IP 192.168.0.1 (or 192.168.1.1 for linksys routers).

It will bring up the login screen automatically. All manufacturers have a default password. For example, dlink's default username is "admin" and the password is left blank.

Check your user manual or the underside of your router for your manufacturer's defaults.

Go the administrative or settings tab once you have logged in, and change it to whatever you would like. Change the username to something unrelated to your first or last name. Try to add a password that has at least one number in it.

Don't forget to change the "user" username and password as well. While you cannot change anything while logged in as "user", this can let experienced freeloaders see your settings, and find a backdoor more easily.

2. Change your SSID.

What is an SSID? In layman's terms, it is your router name. The router will usually come defaulted to the name of the manufacturer, and when the SSID is "Belkin54G", it screams "free internet access". Change it to something boring, and unexciting. This is not time to play "Pimp Your SSID". An unusual or exciting name will automatically attract freeloaders. You can usually find this in the "settings" tab as well.

3. Create a WPA Key

This is simply an 8-63 character password that is stored on your router. In order for anyone to access your connection, they must first type in the correct password. To set up your WPA key, log in to your router. Once there, select the "wireless" tab. Then, enable encryption.

If there are two types of WPA, select "WPA-PSK". This is the one intended for home use. Enter the password. Restart the router.

The next time you (or anyone else) tries to access the router, you will be asked for the key. Your computer will save the key for the next time you access the network, and things should go smoothly from there. You are now moderately secure.

4. Turn down the juice.

Your router is automatically configured for the maximum transmission range. This is great if you live in an 1800sq. foot house on an acre of land. If you live in an apartment or townhome, however, most of your neighbors will get strong signal as well. To prevent this, log into your router. Go to the "settings", or "system" tab, and turn down the signal (or transmission) strength to 50 or 75%. This should give you more than enough signal to get access anywhere in your apartment, and keep the guy down the hall from siphoning your bandwidth

5.Enable MAC based filtering.

By combining this step 3, you can create a highly secure home network. This step is for those who don't mind reading the manual, and playing around with the settings a little.

Every wireless card, network card, and modem has what is known as a MAC address. No device has the same MAC address. This is quite possibly the biggest step you can take towards making your network secure.

This is a pretty technical step, so I will refer you to your user's manual for specifics. I will tell you in broad terms what you will have to do.

Make sure that all the computers that you want on your network are on, and connected to your router.

Log in to the router.

Under the "Security" tab, you find a section that will usually be called "Network Filters" or just "Filters".

Select "Filter by MAC Address".

One by one, add the MAC addresses of your wireless(and wired) devices to the table. Most routers will allow you to add up to 20 addresses.

If you can't find your MAC address, click here for a tutorial.

Then select "Allow Access for these PC's".

Save your settings, and let the router reboot.

Your PC's will be able to access the internet as usual, everyone else will be shut out.

This should eliminate casual and intermediate users of the internet from even being allowed access to router login.

If you make a mistake, and lock yourself out, just do a hard reset of your router, and it will go back to the factory defaults.

These are generic instructions, but they hold true for most consumer level routers currently on the market. For more in-depth instruction, always consult the user's manual that came with your router.

Hopefully, this will ease some of your bandwidth woes, and allow you to get the best out of the internet access you are paying for. So kick those freeloaders to the curb, and then make sure they can't get signal.

I'm gonna go download that Miley Cyrus bootleg.

Kurt Hartman has a degree in Network Administration, and many neighbors who would like some of his sweet...sweet wireless access. He's been involved with "The Internets" since before Al Gore invented them.

Currently, he designs modest, yet functional websites.

Recently, he helped with an update of a site that sells otr tires.

Almost forgot...he likes cake.

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5 Ways To Keep People From Stealing Your Broadband

Let's get one thing straight up front: at some time or another, we have all used someone else's wireless connection to check our email, get directions, or find something entertaining during a less than exciting vacation.

With that being said, there are others who abuse the privilege: The college student next door who decides to use your connection to download hi-def porn. The tweenager who has to have that bootleg Miley Cyrus album. A novice hacker who decides it would be fun to use your gateway for some "exploration".

In this article, I will give you a few steps that will help you reclaim your bandwidth, make your network more secure, and give freeloaders the boot.

1. Change the default username and password on your router.

Many security problems start with the fact that most people don't know how to log into their router to start with.

First, you must open up your browser, and type the IP 192.168.0.1 (or 192.168.1.1 for linksys routers).

It will bring up the login screen automatically. All manufacturers have a default password. For example, dlink's default username is "admin" and the password is left blank.

Check your user manual or the underside of your router for your manufacturer's defaults.

Go the administrative or settings tab once you have logged in, and change it to whatever you would like. Change the username to something unrelated to your first or last name. Try to add a password that has at least one number in it.

Don't forget to change the "user" username and password as well. While you cannot change anything while logged in as "user", this can let experienced freeloaders see your settings, and find a backdoor more easily.

2. Change your SSID.

What is an SSID? In layman's terms, it is your router name. The router will usually come defaulted to the name of the manufacturer, and when the SSID is "Belkin54G", it screams "free internet access". Change it to something boring, and unexciting. This is not time to play "Pimp Your SSID". An unusual or exciting name will automatically attract freeloaders. You can usually find this in the "settings" tab as well.

3. Create a WPA Key

This is simply an 8-63 character password that is stored on your router. In order for anyone to access your connection, they must first type in the correct password. To set up your WPA key, log in to your router. Once there, select the "wireless" tab. Then, enable encryption.

If there are two types of WPA, select "WPA-PSK". This is the one intended for home use. Enter the password. Restart the router.

The next time you (or anyone else) tries to access the router, you will be asked for the key. Your computer will save the key for the next time you access the network, and things should go smoothly from there. You are now moderately secure.

4. Turn down the juice.

Your router is automatically configured for the maximum transmission range. This is great if you live in an 1800sq. foot house on an acre of land. If you live in an apartment or townhome, however, most of your neighbors will get strong signal as well. To prevent this, log into your router. Go to the "settings", or "system" tab, and turn down the signal (or transmission) strength to 50 or 75%. This should give you more than enough signal to get access anywhere in your apartment, and keep the guy down the hall from siphoning your bandwidth

5.Enable MAC based filtering.

By combining this step 3, you can create a highly secure home network. This step is for those who don't mind reading the manual, and playing around with the settings a little.

Every wireless card, network card, and modem has what is known as a MAC address. No device has the same MAC address. This is quite possibly the biggest step you can take towards making your network secure.

This is a pretty technical step, so I will refer you to your user's manual for specifics. I will tell you in broad terms what you will have to do.

Make sure that all the computers that you want on your network are on, and connected to your router.

Log in to the router.

Under the "Security" tab, you find a section that will usually be called "Network Filters" or just "Filters".

Select "Filter by MAC Address".

One by one, add the MAC addresses of your wireless(and wired) devices to the table. Most routers will allow you to add up to 20 addresses.

If you can't find your MAC address, click here for a tutorial.

Then select "Allow Access for these PC's".

Save your settings, and let the router reboot.

Your PC's will be able to access the internet as usual, everyone else will be shut out.

This should eliminate casual and intermediate users of the internet from even being allowed access to router login.

If you make a mistake, and lock yourself out, just do a hard reset of your router, and it will go back to the factory defaults.

These are generic instructions, but they hold true for most consumer level routers currently on the market. For more in-depth instruction, always consult the user's manual that came with your router.

Hopefully, this will ease some of your bandwidth woes, and allow you to get the best out of the internet access you are paying for. So kick those freeloaders to the curb, and then make sure they can't get signal.

I'm gonna go download that Miley Cyrus bootleg.

Kurt Hartman has a degree in Network Administration, and many neighbors who would like some of his sweet...sweet wireless access. He's been involved with "The Internets" since before Al Gore invented them.

Currently, he designs modest, yet functional websites.

Recently, he helped with an update of a site that sells otr tires.

Almost forgot...he likes cake.

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Compare Cable vs. DSL

Okay, so you are finally tired of those slow dial-up internet connections, and you want to go broadband. Good deal. But first, you may be wondering which type of broadband connection is best- DSL or Cable? Or, at least, which of the two gives you more speed for the price? Here we take a look at these two popular broadband connections and try to determine which one is better: DSL vs. Cable.

Cable Speed vs. DSL

The most common question that comes up is which type of connection is faster, DSL or Cable? To answer this, it is important to compare both upload and download speeds. Now, so you have something to compare these speeds to, your average dial-up connection is about 28 - 56 Kbps. Most often, however, you won't be able to get 56k through dial up, as most services can not handle this speed.

The average speed of a DSL download is 1.0 - 1.5Mbps. That's megabytes per second - about 20 times as fast as the fastest dial-up connection. This is fast, but consider Cable, which can give you up to 2 - 3Mbps. Thus, at least for downloading, cable can give you almost twice the speed of DSL - that's impressive. On the upload side, however, cable and DSL are pretty evenly matched. They both provide about 100Kbps - 400Kbps. It seems that cable has won this battle.

What about Price and Quality of Service?

There is more to discuss here besides the speed of the connections. Take price for one. Cable and DSL connections are both going to be more expensive than dial-up. But, DSL seems to be the cheaper of the two at the moment. You can get a good DSL internet connection for about $35 - $45 per month. Cable modem will cost you about $45 or $50 (this price may be included in a cable TV package). These prices, however, are really close and they change almost from month to month.

DSL is nice because you can talk on the phone and be online at the same time. In addition, business-level DSL service provides guaranteed data rates, so your connection speed is never a surprise. On the other hand, DSL speed tends to decrease the further you are away from the data center, and it is typically not as widely available as Cable. Cable speeds are not dependent on distance from the data center, and is occasionally cheaper than DSL when included in a cable TV rate. A cable modem, however, may require costly professional installation, and there may exists some limitations on downloads and uploads. All of these factors should be taken into consideration when choosing either broadband service.

Bradley James is a senior editor at SciNet.cc, a website containing many helpful consumer electronics review articles. For more information on DSL and Cable technology, please visit our DSL vs Cable webpage.

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Compare Cable vs. DSL

Okay, so you are finally tired of those slow dial-up internet connections, and you want to go broadband. Good deal. But first, you may be wondering which type of broadband connection is best- DSL or Cable? Or, at least, which of the two gives you more speed for the price? Here we take a look at these two popular broadband connections and try to determine which one is better: DSL vs. Cable.

Cable Speed vs. DSL

The most common question that comes up is which type of connection is faster, DSL or Cable? To answer this, it is important to compare both upload and download speeds. Now, so you have something to compare these speeds to, your average dial-up connection is about 28 - 56 Kbps. Most often, however, you won't be able to get 56k through dial up, as most services can not handle this speed.

The average speed of a DSL download is 1.0 - 1.5Mbps. That's megabytes per second - about 20 times as fast as the fastest dial-up connection. This is fast, but consider Cable, which can give you up to 2 - 3Mbps. Thus, at least for downloading, cable can give you almost twice the speed of DSL - that's impressive. On the upload side, however, cable and DSL are pretty evenly matched. They both provide about 100Kbps - 400Kbps. It seems that cable has won this battle.

What about Price and Quality of Service?

There is more to discuss here besides the speed of the connections. Take price for one. Cable and DSL connections are both going to be more expensive than dial-up. But, DSL seems to be the cheaper of the two at the moment. You can get a good DSL internet connection for about $35 - $45 per month. Cable modem will cost you about $45 or $50 (this price may be included in a cable TV package). These prices, however, are really close and they change almost from month to month.

DSL is nice because you can talk on the phone and be online at the same time. In addition, business-level DSL service provides guaranteed data rates, so your connection speed is never a surprise. On the other hand, DSL speed tends to decrease the further you are away from the data center, and it is typically not as widely available as Cable. Cable speeds are not dependent on distance from the data center, and is occasionally cheaper than DSL when included in a cable TV rate. A cable modem, however, may require costly professional installation, and there may exists some limitations on downloads and uploads. All of these factors should be taken into consideration when choosing either broadband service.

Bradley James is a senior editor at SciNet.cc, a website containing many helpful consumer electronics review articles. For more information on DSL and Cable technology, please visit our DSL vs Cable webpage.

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Compare Cable vs. DSL

Okay, so you are finally tired of those slow dial-up internet connections, and you want to go broadband. Good deal. But first, you may be wondering which type of broadband connection is best- DSL or Cable? Or, at least, which of the two gives you more speed for the price? Here we take a look at these two popular broadband connections and try to determine which one is better: DSL vs. Cable.

Cable Speed vs. DSL

The most common question that comes up is which type of connection is faster, DSL or Cable? To answer this, it is important to compare both upload and download speeds. Now, so you have something to compare these speeds to, your average dial-up connection is about 28 - 56 Kbps. Most often, however, you won't be able to get 56k through dial up, as most services can not handle this speed.

The average speed of a DSL download is 1.0 - 1.5Mbps. That's megabytes per second - about 20 times as fast as the fastest dial-up connection. This is fast, but consider Cable, which can give you up to 2 - 3Mbps. Thus, at least for downloading, cable can give you almost twice the speed of DSL - that's impressive. On the upload side, however, cable and DSL are pretty evenly matched. They both provide about 100Kbps - 400Kbps. It seems that cable has won this battle.

What about Price and Quality of Service?

There is more to discuss here besides the speed of the connections. Take price for one. Cable and DSL connections are both going to be more expensive than dial-up. But, DSL seems to be the cheaper of the two at the moment. You can get a good DSL internet connection for about $35 - $45 per month. Cable modem will cost you about $45 or $50 (this price may be included in a cable TV package). These prices, however, are really close and they change almost from month to month.

DSL is nice because you can talk on the phone and be online at the same time. In addition, business-level DSL service provides guaranteed data rates, so your connection speed is never a surprise. On the other hand, DSL speed tends to decrease the further you are away from the data center, and it is typically not as widely available as Cable. Cable speeds are not dependent on distance from the data center, and is occasionally cheaper than DSL when included in a cable TV rate. A cable modem, however, may require costly professional installation, and there may exists some limitations on downloads and uploads. All of these factors should be taken into consideration when choosing either broadband service.

Bradley James is a senior editor at SciNet.cc, a website containing many helpful consumer electronics review articles. For more information on DSL and Cable technology, please visit our DSL vs Cable webpage.

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