The fact is, that your data is encrypted, and you are not allowed to use it in any way. The encryption is a basic requirement. Don’t let the encryption block your data. Don’t allow your data to be encrypted.
You would think that the Internet Protocol (IP) would be the easiest way to achieve this, but it isn’t. It’s more common to use encryption protocols such as the Secure Sockets Layer (SSL) (to secure your communication with the Internet) or the Transport Layer Security (TLS) (to encrypt your data before it goes through the Internet) or even the Application Protocol Security (App-PS) (to secure the application layer).
We actually need to provide a way to deliver your data to our servers so that the transmission can be secured. We don’t have a way to use the Secure Sockets Layer to secure your data. The way that we can deliver our data is to deliver it through a standard transport layer protocol that is the way that we send the data to our servers.
This is a common pitfall, something that people forget about when creating a protocol. Many protocols are layered over top of each other, but it always seems that you can see the bottom when you look at a protocol diagram. This is because the bottom layer of the protocol is often the one that is least likely to be attacked by some of the potential adversaries of your application.
The fact is that the IP connectionless protocol relies on what other protocol to guarantee delivery of data. If the IP connectionless protocol was to rely on the TCP connectionless protocol (which is often the protocol that is used for HTTP), then the data would never be delivered, because the TCP connectionless protocol would simply refuse to send a request to the IP connectionless protocol because it would be blocked. This is a common pitfall, something that people forget about when creating a protocol.
The IP connectionless protocol has been around for 15 years and it still hasn’t been fully fleshed out. But just like the TCP connectionless protocol, it’s based on IP, so it relies on the IP connectionless protocol to provide data. The IP connectionless protocol has been adopted as the main protocol for the Internet Protocol Suite (IP suite), so it’s used in the major protocols such as HTTP, IRC, FTP, etc.
So if you are building a protocol that relies on another protocol, it’s likely to have a single point of failure. In the case of IP connectionless protocol, it is the IP connectionless protocol. And it is because of its reliance on the IP connectionless protocol that its been considered unreliable.
And it can be extremely difficult to get a reliable IP connectionless transport to communicate with your program without some sort of communication protocol. So if you are working on something that depends on another protocol, its hard to be sure that you’re not giving up a bunch of work.
So because IP connectionless protocol is reliant on IP connectionless protocol, it often causes problems. But in our case, because we are using a protocol that is dependent on IP connectionless protocol, we can be sure that it only works with that communication protocol. And we know that we can make sure that our code never breaks because we have to be sure that our code works with whatever we are using.
So if we want to make sure that our code works with whatever we are using (and, say, our IP-less protocols), we can use the same protocol to ensure that we are always using the same communication protocol. To do this, you have to use an IP-less protocol, like IPP, which keeps your protocol implementation independent of the actual protocol.
