Secure Sockets Layer uses a form of encryption called public-key encryption to encrypt and decrypt transmitted data. Unlike secret-key encryption systems a public-key system uses pairs of keys. One key called the public key is used to encrypt messages while the other called the private key is used to decrypt messages. To encrypt wedding a message to rings someone you must use their public key then that person will use their private key to decrypt it. You can make your public key available to anyone without compromising security because the only way to decrypt the message is with your private key. All of this goes on behind the wedding scenes. When you connect to our online order page your browser will automatically request a security certificate. rings Your browser is then able to communicate with our server securely. Again, this all goes on behind the scenes automatically and you don''t need to do anything.

Clicking the SEND button transfers your image to our secure server and it is given an id number that match''s your store order number. You will also see your uploaded image and a short message from us signifying that we have received your request. You can then close the window and design your text. You then select which side of the stamp to the display of the image on either the right or left side. The default will display your image on the left side. Please note that you will not see your original image when you preview you stamp. Our skilled editors will wedding carefully typeset your selected image and text and produce a professional quality stamp.

The Secure Sockets Layer is the standard for secure data transmission over the Internet which was created by Netscape. With Netscape''s security technology information rings you send can be trusted to wedding arrive rings privately and unaltered to the server you specify. Most wedding and rings modern web browsers support wedding Secure Sockets Layer. One problem with communicating sensitive information over the Internet is that almost every connection rings between two computers over wedding and rings a network involves many intermediate wedding steps. A chain of computers that successively receive and forward the information until rings it reaches its destination. wedding This process is called called routing rings which is fundamental to all Internet communication and any computer in the routing chain has complete access to all the wedding data it receives. This makes it possible for someone to intercept your private conversations. The use of SSL addresses this problem by scrambling data sent from your browser rings to our server in such a way that only we can read it. This way, any intermediate computers involved in routing the information see only gibberish that they cannot decipher.