Cryptainer LE runs as a special Windows device driver. It operates on a 128 bit implementation of the Blowfish algorithm in Cipher Block Chaining mode with a block size of 64 bytes. This ensures that data encrypted using Cryptainer LE is impermeable to all known forms of attack. Statistically, it would be impossible to successfully brute-force crack the Cryptainer LE encryption. Blowfish was designed by Bruce Schneier.

WuWu Pro's default configuration is to establish a 192bit AES Symetric Session Key using a SHA1/HMAC and 4096 RSA Key Exchange.

Encryption garbles your data by using irreversible mathematical functions. It is simply the encoding of data so that it cannot be read by anyone who does not know the password that decodes it.

The short answer: BitWise uses encryption on all messages and files sent between you and your contacts; this includes whiteboards, shared file lists, and chat rooms. You can verify the encryption by using a packet sniffer on yourself to watch your network traffic. The long answer: Our white paper Introduction to encryption and how BitWise uses encryption explains in detail how BitWise's encryption works and how the encryption protects and benefits you.

JewelryPayless currently uses the industry-standard SSL (Secure Sockets Layer) encryption. But we continue to keep up with the current technologies in order to provide the best security for our customers.

Zendit follows OpenPGP standards with some deviations for compatibility with existing PGP systems. Refer to the Zendit web site at http://www.authora.com/PGPUser for details on the technical specifications. Currently, for your web based e-mail, we support only Internet Explorer v4.01 and above. As we add support for other browsers, registered users will be informed so they can obtain the latest version of the Surfboard. Updated information can always be obtained at http://www.authora.com.

Firstrade uses the current Internet security standard known as Secure Socket Layer (SSL) encryption. In essence, the use of this standard ensures that what you type into your computer and the responses returned to you are protected by the highest possible security protocols. To access our account holder services you will need a web browser that is capable of interpreting SSL. Most browsers meet this requirement.

Where can I see [http://www.mozilla.org/projects/security/known-vulnerabilities.html#Firefox Firefox vulnerabilities?] Where can I see a list of [http://www.mozilla.org/projects/security/known-vulnerabilities.html#Firefox Firefox vulnerabilities?] What is [[about:config]] and what do the [[about:config Entries]] represent? [http://preferential.mozdev.org/preferences.html more]

If you are using the Web email interface you can encrypt any messages in your inbox or folders with the Blowfish algorithm. Make sure your pass phrase is long and not easily guessed.

We use the Java build-in symmetric encryption algorithm 3DES. For details, search for "PBEWithMD5AndTripleDES".

In V5R3 and i5OS IBM introduced new APIs that support Triple DES and AES encryption. These APIs are a starting point for developing a field level encryption strategy. You can think of these APIs as a set of tools and a starting point for creating a security strategy. If you use these APIs you should be aware of the following limitations: The IBM encryption APIs do not support any type of key management. You will need to construct key management routines and be prepared to defend your approach.

Outlook 2000 and Outlook Express 6.0 and later (NB: this mail client is not supported by the University) Neither Simeon or Execmail can be configured to use encryption. Users of these packages will need to switch to another mail client to send and receive mail. We recommend that these users switch to using Mulberry.

SecurePayTech.com uses 128bit Thawte Secure Socket Layer (SSL) certificates to encrypt all information transmitted between a customer's browser, and the SecurePayTech.com payment gateway. All sensitive information stored on SecurePayTech.com's servers is encrypted using the Blowfish encryption algorithm with a 448bit encryption key.

Cobar uses AES-128 bit encryption. By encrypting the data using a 'key' or passphrase known only to you, you have full control over the protection of the data - you don't need to trust anyone else. By default Cobar is set to compress your data before encrypting and transmitting it. This allows you to store more files in the space available. You can choose to disable or later re-enable this compression in Cobar's setting. Cobar Lite is distributed by Storage.com.

Some of the servers in the network are reserved for certain regions (some EU servers are scandinavian only for example). Also we were told that some of the servers in the network are known to be unable to connect to for some users (there will be absolutely nothing in your console, even if you had it open while trying to connect), this is not a Colloquy issue. This concerns servers with "ix" in their name, also some european servers and maybe others, too.

Passwords within most programs (Word, Excel, Access etc.) can be broken by mere novices without any computing knowledge. Such password breaking tools are easily available on the Worldwide Web, for as little as $5.95, or sometimes even for free! On the other hand, a file that is encrypted with a strong encryption algorithm, for example Blowfish 128 bit that Cryptainer™ LE uses, is statistically impregnable against brute force attacks.