Tag Archives: IPv4

E911! We Need Something Better

For those that live in the United States, you might have heard of E911. First, for those not in the US, 911 is the national emergency response service number. Typically, this is 112, but in the US, we like to be difficult. Now, at this time, there is E911 which goes one step beyond the older system where the telephone number and service address is collected and submitted to the operator. In the case of Cellular technology, this will typically try to pull GPS or Radiolocation information. So, E911 is good, right? It is better than standard 911, but not as good as it could or should be.

POTS Landline

POTS is Plain Ordinary Telephone Service. When you plug a telephone into the phone jack on the wall of your home, or apartment, you are likely using a POTS connection. For E911, this is good, and they work together. It would seem like the people who pushed to implement this thought of POTS and said, yes it would work. And with that regards it does.

ISP VOIP Services

If you are using a cable Internet Service, or FiOS, and have “home phone” service, then you are using VOIP. This is not as much as an issue as the phone service is built into the modem, or service line. In that regards, this only becomes an issue if you move, and the company didn’t update your service address.


Cellular services will try to give an approximation based on the distance of cellular towers with relation to the phone. More accurately will be GPS, but this only works if the device has GPS. Most smartphones do, but some basic cellular phones do not.

SIP Services

Now, this is where problems will arise. If you are using a SIP phone service, and some of you might be for cheaper international calls, then the E911 flaws become apparent. You first inform the SIP provider your service address. This is verified, and recorded for when you have to make a 911 call. If your SIP phone never leaves the home, this is OK. However, if your SIP phone goes somewhere else, then the address is no longer valid. Calling 911 will send services to the address noted unless you tell them otherwise. If you are calling 911, you are not likely going to think about telling them the address they see is not where you are at this moment. This can become a significant problem.


The solution is very simple, but would require government intervention to force companies to do things they won’t want to do. First, every physical location must have a static IPv6 address. There are enough addresses to where each person in this world can have more than a billion IPv6 addresses before there has to be concern. I am sure that every residence and business address can have a devoted address for themselves. This IPv6 address will never change, even if another provider is selected. Now, a centralized IPv6 address database can be set up. With modifications to the PSAP software, the address can be looked up based on the IPv6 address that is being transmitted. Now if someone takes their SIP or VOIP phone to another location and need to call 911, it can be done and the address is accurate.

What Needs to Be Done?Extreme Solution

I am one of those ones that the infrastructure should belong to the people. Time and Time again, ISPs, Television providers, and cellular providers has failed to make the US the US competitive when it comes to price and features. Cellular services for example is among the most expensive in the world, and out of the industrialized countries, Internet is just as insane. However, when looking at Europe, rates are usually much better for cellular communications, while Asia may provide a Gigabit Internet connection for what an average consumer may pay for the 10s of Megabytes.

If the government performed imminent domaon on the data cables for Internet services, focused on making them competent, and allow ISPs to pay a fee to provide services to consumers, then the Internet system could be hopefully improved and unified without having to worry about pleasing stockholders. In addition, telephone services can be moved to Internet Protocol, therefore making the phone system more reliable and leaner. Maybe one day, we could replace the outdated RJ11, and Coaxial with a national communication standard of RJ45.

Final Thoughts

Rolling out a national IPv6 static address system throughout every address in the United States will mean that the national government can manage this database, and can provide accurate and more reliable address mechanism for everyone if they need to contact Emergency services.

It saddens me to say this will likely never happen. I do not see the federal government do what needs to be done to make it happen. And the ISP will never do this as it would require effort for less profit on their part. And one may not think of this as a big deal until you call 911, and they send that ambulance to save you from a heart attack or stroke to some other place.

Commander Matt’s Pointless Comments

Late last night (my time), I received 5 comments waiting to be approved, and all I can say is this would be Commander Matt either is a 3rd grader (no insult intended to the 3rd graders) or the mentality of an 8 year old who wasn’t raised properly. So, Commander Matt, I will not reward your behavior by allowing your comments on my 2+ year old posts. Instead, I will address the issues and your immaturity here in a blog post that will have comments disabled. If people don’t like what I have to say here, that is their choice. There is no need to comment on this.

I will be taking word for word on Commander Matt’s comments, and to not waste time and space on this posting – there will be a publically available Google Document that will be there for anyone to read. One thing he wanted to be critical about with me is that I am apparently willing to cater to poor quality routers when I noted about the global IP address problem, and how I give away my privacy because I use Google Voice. Meanwhile, he provided a free Outlook.com address. So, here are my arguments to your mostly invalid points.

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The IPcalypse is coming.

Original Article ( http://fsp.tw/10 )

It will seem that there are less than 235 million IPv4 addresses left to distribute. According to estimates, this will run out in less than a year. Now, I am sure what many people are thinking. 234 million addresses is a lot. It’s silly to think of that!

Actually, no it’s not. First, this is smaller than the population of the United States. In addition, every server, and network that connects to the Internet needs an IP address. For example, my home network has an IP address. In addition, my cell phone since it has a regular connection to the Internet probably has an IP address.

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IPv6 – Every Address Should Have One

In 2010, there is going to be gradual implementation of IPv6. This would make life easier for everyone on the Internet, but I don’t think this would be used to its fullest potential. Most people using the Internet has something called a dynamic IP address. This means that they are given an IP address when they get on, and then when they log off, they loose that. Static IP address is when an account has a unique address that is the same all of the time. Even if that account is not being use, then the IP address is not in use.

IPv6 would use 128bit addresses which will mean that for the sake of the world population, there is virtually unlimited number of addresses. Even if each person in the world had 100 addresses for them, there would be no shortage. Now, some companies and places would have multiple addresses. Most web hosts have at least 2, and some as many as 6.

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How the Internet can unify infrastructure

Second to financial resources, communications is the most important thing to a global economy. Without it, companies, and countries would have a very hard time in relaying information. So why is it that the world as a whole so backwards in communications? Think of it, with the exception of fiber optic, everything just about is based off of technologies older than I am. The telephone was invented just one year after the US Civil War. However, there are still switch boards making the calls – just these are automated and electronic. The TV, and Radio uses radio waves, and even with the DTV transition, this method is still used. And yes – satellite uses similar technology in a different perspective, and go to your cable distribution center, and you would find many very large satellites. All of these are using radio waves to send and receive information. And while the Internet is a relatively new technology in comparison, it has some old fashion design. 9 times out of 10, you have a Dynamic IP address which means your IP address may randomly change, making tracking SPAMmers, Scam artists, and illegal activists like distributors of child porn a bit harder.

So, what do I recommend for the resolution of this chaos? Well, each problem requires a solution that is different, and unique, but would all rely on the same backbone of technology. This technology would have to be flexible, and handle the demands. It would have to be upgradeable, and it would have to handle all of the demands. It has to be global, and transparent. We already have this, and that would be the Internet. We just need to expand on the protocols that would make better use of all of the resources. In this post, I would discuss my thoughts on the Infrastructure itself.

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