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there is no direct evidence to support that terrorists use steganography, the techniques have been documented in some of their training materials Steganographic encoding can be used in many ways and through many different media Covering them all is beyond the scope for this book, but we will discuss one of the most common ways to encode into an image file, LSB encoding LSB, Least Significant Bit, is a method of encoding information into an image while altering the actual visual image as little as possible A computer image is made up of thousands or millions of pixels, all defined by 1s and 0s If an image is composed of Red Green Blue (RGB) values, each pixel has an RGB value represented numerically from 0 to 255 For example, 0,0,0 is black, and 255,255,255 is white, which can also be represented as 00000000, 00000000, 00000000 for black and 11111111, 11111111, 11111111 for white Given a white pixel, editing the least significant bit of the pixel to 11111110, 11111110, 11111110 changes the color The change in color is undetectable to the human eye, but in a image with a million pixels, this creates a 125KB area in which to store a message

90% 88% 86% 84% 82% 80% 78% 16 14 12 10 8

RIP, IGRP, EIGRP, OSPF,

70,000

The use of cryptographic algorithms grows every day More and more information becomes digitally encoded and placed online, and all of this data needs to be secured The best way to do that with current technology is to use encryption This section considers some of the tasks cryptographic algorithms accomplish and those for which they are best suited Security is typically defined as a product of five components: confidentiality, integrity, availability, authentication, and nonrepudiation Encryption addresses four of these five components: confidentiality, integrity, nonrepudiation, and authentication

Table 11-9: Midsize Router Capabilities Routing CPU Standard Maximum Standard Maximum PPS Protocols Model DRAM DRAM Flash Flash RAM RAM BGP, others*

Drop 1 (eliminating the complexity from serving non-profitable customers)

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SNMP, RMON, access lists advanced queueing, QoS, TACACS+ RADIUS, AAA, compressio VPN*, IPSEC*, firewall*, IPX*, SNA AppleTalk DECNet*, OSI*, VINES*, XNS*, multiservic MIPS 5000 64MB 256MB 48MB 256MB 70,000

Confidentiality typically comes to mind when the term security is brought up Confidentiality is the ability to keep some piece of data a secret In the digital world, encryption excels at providing confidentiality Confidentiality is used on stored data and on transmitted data In both cases, symmetric encryption is favored because of its speed and because some asymmetric algorithms can significantly increase the size of the object being encrypted In the case of a stored item, a public key is typically unnecessary, as the item is being encrypted to protect it from access by others In the case of transmitted data, public key cryptography is typically used to exchange the secret key, and then symmetric cryptography is used to ensure the confidentiality of the data being sent Asymmetric cryptography does protect confidentiality, but its size and speed make it more efficient at protecting the confidentiality of small units for tasks such as electronic key exchange In all cases, the strength of the algorithms and the length of the keys ensure the secrecy of the data in question

7100 7120-4T1 RIP, IGRP, EIGRP, OSPF, BGP, others*

DHCP server, DHCP rela NAT/PAT SNMP, RMON, access lists advanced queueing, QoS, TACACS+ RADIUS, AAA, compressio VPN, IPSEC*, firewall*, IPX*, SNA AppleTalk DECNet*, OSI*, VINES*, XNS* DHCP server,

Integrity is better known as message integrity, and it is a crucial component of message security When a message is sent, both the sender and recipient need to know that the message was not altered in transmission This is especially important for legal contracts recipients need to know that the contracts have not been altered Signers also need a way to validate that a contract they sign will not be altered in the future Integrity is provided with one-way hash functions and digital signatures The hash functions compute the message digests, and this guarantees the integrity of the message by allowing easy testing to determine whether any part of the message has been changed The message now has a computed function (the hash value) to tell the users to resend the message if it was intercepted and interfered with This hash value is combined with asymmetric cryptography by taking the message s hash value and encrypting it with the user s private key This lets anyone with the user s public key decrypt the hash and compare it to the locally computed hash, ensuring not only the integrity of the message but positively identifying the sender

Drop 2 (eliminating huge fixed costs from warehouses, etc)

RIP, IGRP,

70,000

An item of some confusion, the concept of nonrepudiation is actually fairly simple Nonrepudiation means that the message sender cannot later deny that she sent the message This is important in electronic exchanges of data, because of the lack of faceto-face meetings Nonrepudiation is based upon public key cryptography and the principle of only you knowing your private key The presence of a message signed by you, using your private key, which nobody else should know, is an example of nonrepudiation When a third party can check your signature using your public key, that disproves any claim that you were not the one who actually sent the message Nonrepudiation is tied to asymmetric cryptography and cannot be implemented with symmetric algorithms

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