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About Triumph Nutrition's Secure Web Site Technology - Shop With Confidence!
Every transaction that occurs at Triumph Nutrition, LLC takes place on one of our 100% secure, SSL servers using the latest in encryption technology. After you enter our secure shopping cart area you should notice the symbol of a Lock or Key in your browser, indicating that your transaction is taking place on our secure servers. You can shop with complete confidence at our store, knowing that your information is protected and that your transaction is safe and secure.
According to Visa, one of our payment processing partners:
SSL Protection
- Many online transactions are protected by the security protocol SSL, short for Secure Sockets Layer.
- SSL provides you with sound privacy protection by encrypting the channel of communication between you and the consumer. Using a mathematical formula, SSL puts the information you exchange into a complex code. Think of it as a kind of armor over the information. Even if intercepted, your data would be extremely difficult to read.
How SSL Works
- SSL helps the consumer’s browser automatically scramble their information—such as a credit card number—before it gets sent to the merchant. After that, SSL allows only the merchant’s software to unscramble this data. Through SSL, you and your customers can complete transactions with the assurance that no one else can read or change their payment information as it travels over the Internet.
- Today SSL is considered more than enough security for consumers to do business with merchants they know and trust.
Identifying SSL
- To find out if your transaction is guarded by SSL, look for the picture of the unbroken key or closed lock in your browser window (Netscape and Microsoft browsers all use SSL). Either indicator means SSL is activated. If you don’t see either sign, or if you see a broken key or an open lock, the SSL is not working to protect your transaction.
- Another quick way to see if SSL is guarding your transaction is to check the URL of the site you are visiting. It should change from “http” to “https” when processing secure transactions.
More About Our Secure Web Page Technology
What is encryption?
- An encrypted SSL connection requires all information sent between a client and a server to be encrypted by the sending software and decrypted by the receiving software, protecting private information from interception over the Internet. In addition, all data sent over an encrypted SSL connection is protected with a mechanism for detecting tampering - that is, for automatically determining whether the data has been altered in transit. This means that users can confidently send private data, such as credit card numbers, to a Web site, trusting that SSL keeps it private and confidential.
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How to Confirm Web Page Security
SSL server authentication allows users to confirm a Web server's identity. SSL-enabled client software, such as a Web browser, can automatically check that a server's certificate and public ID are valid and have been issued by a certificate authority (CA) listed in the client software's list of trusted CAs. To confirm that a Web Page is securely encrypted, simply follow the steps below:
Step 1
Point to a blank space on the Web Page and click your RIGHT mouse button to display the Page Options Menu.
Step 2
Point to the "Properties" option at the end of the list and click your LEFT mouse button. This will display all the information about that Web Page, including its "Connection". A Secure Web Page will display "SSL Encryption" information in this area.
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Step 1
Step 2
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What is SSL?
The Secure Sockets Layer (SSL) protocol, originally developed by Netscape, has become the universal standard on the Web for authenticating Web sites to Web browser users, and for encrypting communications between browser users and Web servers. Because SSL is built into all major browsers and Web servers, simply installing a digital certificate, or SSL Certificate, enables SSL capabilities.
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What is a SSL Certificate?
Installed on your Web server, a SSL Certificate is a digital credential that enables visitors using Web browsers to verify your site's authenticity and to communicate with it securely via SSL encryption.
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How do SSL Certificates work?
- A customer contacts your site and accesses a secured URL: a page secured by a SSL Certificate (indicated by a URL that begins with "https:" instead of just "http:" or by a message from the browser).
- Your server responds, automatically sending the customer your site's digital certificate, which authenticates your site.
- Your customer's Web browser generates a unique "session key" to encrypt all communications with the site.
- The user's browser encrypts the session key itself with the site's public key so only the site can read the session key.
- A secure session is now established. It all takes only seconds and requires no action by the user. Depending on the browser, the user may see a key icon becoming whole or a padlock closing, indicating that the session is secure.
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What is the difference between 40-bit SSL and 128-bit SSL?
The primary difference between the two types of SSL Certificates is the strength of the SSL session that each enable. SSL comes in two strengths, 40-bit and 128-bit, which refer to the length of the "session key" generated by every encrypted transaction. The longer the key, the more difficult it is to break the encryption code. 128-bit SSL encryption is one of the world's strongest: according to RSA Labs, it would take a trillion-trillion years to crack using today's technology.
Microsoft and Netscape offer two versions of their Web browsers, export and domestic, that enable different levels of encryption depending on the type of SSL Certificate with which the browser is communicating.
- 40-bit SSL (Secure Server) IDs enable 40-bit SSL when communicating with export-version Netscape and Microsoft Internet Explorer browsers (used by most people in the U.S. and worldwide), and 128-bit SSL encryption when communicating with domestic-version Microsoft and Netscape browsers.
- 128-bit SSL (Global Server) IDs enable 128-bit SSL encryption - the world's strongest - with both domestic and export versions of Microsoft® and Netscape® browsers.
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