Secure Internet transactions for your peace of mind, guaranteed:

JUICERS NEW ZEALAND^©™ uses 256 bit SSL encryption (Comodo Secure Sockets Layer) to ensure the security and confidentiality of your information. You cannot use this service unless you have 256 bit SSL enabled.

• Customers using Internet Explorer™ for Windows® should always check this security by holding the mouse pointer over the padlock symbol at the bottom (or top) of the screen on secure pages. It will read "SSL Secured (256 Bit)" (Customers using other browsers and operating systems should refer to the instructions they provide.)
  
  
• The Secure Server page will read: https://www.juicersnewzealand.co.nz/... in the Address Bar.
  
  
• By double clicking on the padlock symbol in the Status Bar (on the Secure Server page), you will observe a valid certificate for www.juicersnewzealand.co.nz.
  
  
• Juicers New Zealand^©™ offers the same protection that major banks offer with their Internet Banking services.

How we ensure your protection:

Because your privacy is our priority we make sure that the personal information you submit to us online remains strictly confidential.

We ensure your protection with Secure Sockets Layer (SSL) which scrambles your data, so that it is unreadable by third parties. It does this by:

1. Server authentication. The web server sends a digital certificate to your computer so that you can be sure of its identity.
   
   
2. Client authentication. Your computer in turn authenticates itself to the server by showing its digital signature.
   
   
3. Encryption connection. During the Internet connection, data is encrypted (i.e. scrambled) so that only your computer and the web server can understand the contents. This prevents other Internet users from intercepting the information sent between you and the web server.

What is encryption technology?
Encryption is the transformation of text or data into a coded form that is close to impossible to read without the key to decode the message. This scrambling of the message is done by using a mathematical formula making the message appear to be nonsense.

What are common uses for encryption?
Besides e-commerce applications (such as transmission of credit card numbers, account numbers, and other sensitive information), encryption is also used by the military to guard secrets and pay-per-view television channels to only grant access to paying customers.

How does encryption work?
In the most basic terms, the sender encodes the message using a mathematical formula, which scrambles the message, then sends it. The recipient of the message must then decode the message before it can be read using a special ‘key’.

How secure is encryption?
The level of security of encryption is measured in terms of key length. The longer the key, the longer it would take someone without the correct "decoder" to unscramble the code. This key length is measured in bits (e.g., 40-bit encryption, the level of encryption used with many ordinary browsers, as opposed to 128-bit encryption, the level of encryption required by eBusiness IDs). For a 40-bit key there exists 240 possible different key combinations. Similarly, for a 128-bit key there are 2128 possible different key combinations. According to Netscape, 128-bit encryption is 309,485,009,821,345,068,724,781,056 times more powerful than 40-bit encryption.

Please note that we use 256-bit encryption!