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The most widely deployed algorithm for symmetric encryption until now has been the Data Encryption Standard (DES). DES uses keys that are just 64 bits long. (In reality, only 56 bits are available for storing the actual key bits, because the rest of the eight bits are reserved for parity checks.) The key length that DES encryption supports is an issue, especially taking into consideration the powerful computer resources that are available today if someone intends to break the keys by employing a brute force attack. This shortcoming of DES was identified in 1997 when the efforts to formulate the Advanced Encryption Standard (AES) began. AES (see the National Institute of Standards and Technology [NIST] Web site at http://csrc/nist.gov/encryption/aes) supports three key lengths: 128-bit, 192-bit, and 256-bit. These key lengths have made encryption much more stronger, at least for now. AES was officially declared a NIST standard in 2001, and hence, is not yet widely adopted. However, until then Triple-DES (3DES) standard serves as an enhanced replacement over DES. Triple-DES uses three 64-bit keys, thus bringing the overall key length to 192 bits. A user provides the entire 192-bit key rather than providing each of the three keys separately to a 3DES algorithm implementation. During the actual encryption of data, the implementation would break the user-given 192-bit key into three subkeys, padding the keys if necessary so that they are 64 bits long. The procedure for encryption is exactly the same as in DES, with the only difference being that encryption is repeated three times (hence the name Triple-DES). The data first is encrypted with the first key, then decrypted with the second key, and then finally encrypted again with the third key. Triple-DES obviously is three times slower than standard DES, but it is much more secure than DES.

class viewall { idle-timeout 60; permissions [ admin interface network routing snmp system trace view firewall ]; } user mysuperuser { full-name Template RADIUS Account ; uid 1000; class mysuperuser; } user operator { full-name Template RADIUS Account ; uid 1001; class operator; } user viewall { full-name Template RADIUS Account ; uid 1002; class viewall; } user admin { full-name Last resort account ; uid 9999; class mysuperuser; authentication { encrypted-password <encrypted password> ; } } } services { inactive: ftp { connection-limit 1; rate-limit 1; } ssh { root-login deny; protocol-version 2; connection-limit 4; rate-limit 4; } inactive: telnet { connection-limit 4; rate-limit 4; } } syslog { archive size 10m files 10; user * { any emergency; } host 195.111.253.3 { any info; } host 195.111.254.3 {

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On 24 September 1998 Inmarsat's Assembly of member governments agreed by consensus that Inmarsat will become a privatized company from April 1999. The new structure will comprise two entities: a public limited company that will seek an initial public offering (IPO) within approximately two years of formation; and an intergovernmental body to ensure Inmarsat meets its public service obligations, including the Global Maritime Distress and Safety System (GMDSS).

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Why choose to use open source software Although this question may offend some open source zealots, open source software is not the right choice in every situation. It is good to know when open source software is the right choice and be able to defend the decision to other stakeholders in a project. So, in this light, let s examine why people choose to use or not use open source solutions. So what are the factors that push companies to choose the open source alternative to commercial software How does open source software compare to commercial software in the areas of cost, fitness, quality, risk, and time When you are making a decision to purchase or use any product, there several things of interest to consider:

If you decide to use Fedora Core to create your Linux Toys II projects, refer to Appendix C, which describes how to install Fedora Core on your computer.

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