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Working with Access Lists
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Using the information presented in the preceding chapters as a foundation, 7 examines Cisco Systems router access lists in detail After examining the syntax and format of access lists we will turn our attention to the construction of access lists, using several networking examples to illustrate how an access list can become your first line of network defense In 8, we examine how you can construct a Cisco firewall using such enhanced IOS security features as Context Based Access Control, Reflexive ACLs, and network address translation 9 explores IPX and layer 2 access lists
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In 10, to conclude the book, we investigate the Cisco PIX in detail, first examining its features and functions Once this task is accomplished, we will examine how the PIX is configured, turning our attention to its configuration commands This description will provide us with the capacity to illustrate several examples of its configuration as a mechanism to enhance network security
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2: The TCP/IP Protocol Suite
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The purpose of this chapter is to provide readers with an overview of the TCP/IP protocol suite, paving the way for detailed information concerning different layers of the protocol suite that will be presented in two succeeding chapters Because the TCP/IP protocol suite represents a layered architecture, we will commence this chapter with a brief overview of the International Standards Organization's (ISO) Open Systems Interconnection (OSI) Reference Model After examining the role and functions associated with each of the seven layers in the ISO Reference Model, we will turn our attention to the TCP/IP protocol suite In doing so, we will discuss the design of the TCP/IP protocol suite, which, although a layered suite, predates the development of the ISO Reference Model By comparing and contrasting the TCP/IP protocol suite to the ISO Reference Model, we will obtain an appreciation for the manner in which the TCP/IP protocol stack operates with respect to an international standard
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The ISO Open Systems Interconnection Reference Model
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The ISO Open Systems Interconnection (OSI) Reference Model was developed as a mechanism to facilitate communications interoperability as well as to simplify communications in general The International Standards Organization (ISO) is a standards-making body that consists of over 100 members of the United Nations The ISO is a non-government entity that has consultative status within the United Nation's Economic and Social Council Its development of the seven-layer Open Systems Interconnection (OSI) Reference Model is one of the most notable achievements in the field of communications The ISO's Reference Model defines the communications process as a set of seven layers, with specific communications-related functions isolated and associated with each layer By subdividing a complex process into seven defined layers, it becomes easier to develop an overall process through a logical subdivision of effort In addition, by defining the functions associated with each layer and how one layer interoperates with another, it becomes possible for different companies to develop products that operate at the same or different layers of the Reference Model and to interoperate with products developed by other vendors Figure 2 1 illustrates the seven layers of the ISO's OSI Reference Model Each layer except the physical layer covers lower-layer processes, in effect isolating them from higher-layer functions In this way, each layer performs a distinct set of functions that provides a set of services to the higher layer Through layer isolation, the characteristics of one layer can change without impacting the remainder of the model, assuming that supporting services remain the same Thus, users can mix and match OSI-conforming communications products to satisfy a particular networking requirement
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Figure 2 1: The ISO's Open System Interconnection Reference Model
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Layers of the OSI Reference Model
With the exception of layers 1 and 7, each layer in the ISO's OSI Reference Model is bounded by the layers above and below it Layer 1, the physical layer, can be considered to be bound below by
the transmission medium over which data flows Layer 7, which has no upper boundary, represents the application that in effect represents an upper boundary Within each of the server layers, a group of functions provides a defined set of services at that layer as well as to any higher layers To obtain an appreciation for the manner by which the ISO's Reference Model operates, let's examine each of the layers in the model
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