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Tone detection not only is a special form of media access that is intrinsic to the switching domain, but it is also frequently used to detect in-band signaling conventionally associated with the use of media access on voice calls The start telephony tones collection service requests that the switching domain monitor a given call, or the next call to arrive at a specified device, for telephony tones If one or more tones are detected, the switching domain generates a telephony tones detected event to indicate that the tones were detected The stop telephony tones collection service indicates that an outstanding tone collection request should be canceled

Data Processing Outputs AMC-DED Device Failures WE Standard No 10178 Human Body SNOP (Systematic Nomenclature) Motorists (accidents,insurance,vehicles,highway plan) ANSI-D20 Work-injuries ANSI Z162 9000: :NNNMMM 2000:NNNN 1300:NNNN 1500:NNNN 1200:NNNN various

Sec 14-2

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in case a determined bank robber successfully penetrates any one of these layers of protection Networks should utilize the same type of layered security architecture No system is 100 percent secure and nothing is foolproof, so no single specific protection mechanism should ever be trusted alone Every piece of software and every device can be compromised in some way, and every encryption algorithm can be broken by someone with enough time and resources The goal of security is to make the effort of actually accomplishing a compromise more costly in time and effort than it is worth to a potential attacker Consider, for example, the steps an intruder has to take to access critical data held within a company s back-end database The intruder will first need to penetrate the firewall and use packets and methods that will not be identified and detected by the IDS (more on these devices in 11) The attacker will have to circumvent an internal router performing packet filtering and possibly penetrate another firewall that is used to separate one internal network from another From here, the intruder must break the access controls on the database, which means performing a dictionary or bruteforce attack to be able to authenticate to the database software Once the intruder has gotten this far, he still needs to locate the data within the database This can in turn be complicated by the use of access control lists (ACLs) outlining who can actually view or modify the data That s a lot of work This example illustrates the different layers of security many environments employ It is important that several different layers are implemented, because if intruders succeed at one layer, you want to be able to stop them at the next The redundancy of different protection layers assures that no single point of failure can breach the network s security If a network used only a firewall to protect its assets, an attacker successfully able to penetrate this device would find the rest of the network open and vulnerable Or, because a firewall usually does not protect against viruses attached to e-mail, a second layer of defense is needed, perhaps in the form of an antivirus program Every network environment must have multiple layers of security These layers can employ a variety of methods such as routers, firewalls, network segments, IDSs, encryption, authentication software, physical security, and traffic control The layers need to work together in a coordinated manner so that one does not impede another s functionality and introduce a security hole Security at each layer can be very complex, and putting different layers together can increase the complexity exponentially Although having layers of protection in place is very important, it is also important to understand how these different layers interact either by working together or in some cases by working against each other One example of how different security methods can work against each other occurs when firewalls encounter encrypted network traffic An organization can use encryption so that an outside customer communicating with a specific web server is assured that sensitive data being exchanged is protected If this encrypted data is encapsulated within Secure Sockets Layer (SSL) packets and is then sent through a firewall, the firewall will not be able to read the payload information in the individual packets This could enable the customer, or an outside attacker, to send undetected malicious code or instructions through the SSL connection Other PART I.

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