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Security in most enterprise environments today is based on the concept of defense-in-depth, where multiple layers of defenses are used to prevent adversaries from violating the security policies of the enterprise The defense-in-depth approach is based on the premise that, even if an adversary penetrates one of the layers of defense, he will not be able to cause much harm because the other layers will provide an adequate level of protection Typically technologies attempting to prevent attacks provide the rst layer of defense Our discussion so far has focused on such technologies In traditional wireline networks, the key technology that is used as a rst layer of defense at the perimeter of the network is a rewall Firewalls (see 6) are used to prevent outsiders from penetrating the enterprise network Cryptography is another technology being used as a preventive layer to keep outsiders from accessing critical resources We have seen this in the earlier chapters Authentication through password, biometrics, or other means is typically used to prevent unauthorized access to enterprise systems and networks Encryption is often used to prevent eavesdropping by unauthorized users Even though the preventive mechanisms discussed earlier present a formidable barrier to malicious users, an additional layer of defense called intrusion detection is often used to protect networks Intrusion detection technologies focus on detecting malicious activity typically from attackers that have successfully penetrated the perimeter defenses Penetration of preventive mechanisms may be achieved because of vulnerabilities of deployed protocols or because of vulnerabilities of the preventive barriers themselves These vulnerabilities can then be used by the adversary to launch attacks In addition to exploiting vulnerabilities of preventive technologies, outsiders can also potentially penetrate the preventive security barriers by obtaining information (such as passwords) through social engineering (for example obtaining passwords from legitimate users by pretending to be a security administrator) or by gaining information about how to penetrate the defenses through espionage In other cases it may be possible that a trusted insider is exhibiting malicious behavior either because the insider is trying to obtain nancial gain through unauthorized activities or because he/she is a disgruntled employee and is attempting to cause harm to the enterprise There are two ways of protecting networks from such intrusions One way is to remove the vulnerabilities from the system or protocol itself by redesigning these entities Good examples of such an approach include the design of attack resistant protocols like stream control transmission protocol (SCTP) [78], which can resist TCP SYN ood attacks, patching the operating systems, and so on However, implementation of such redesigns may not.

(677)

We will note: fN (s, t) =

1 log VN (s, t) 2 log(N )

Contractor reliability Will they perform as promised Contractor viability Will they be here next year Contractor expertise Do they know what they are talking about

According to a technique of [BER 00] for rupture detection, we formulate the difference between the estimate fN on an interval of length A > 0 on the right of t and on the left of t: DN (A, t) = fN (t, t + A) fN (t A, t) (678)

Security for Wireless Ad Hoc Networks, by Farooq Anjum and Petros Mouchtaris Copyright # 2007 John Wiley & Sons, Inc

Let us suppose as known 0 = mini=1,,K 1 |ai+1 ai | the minimal distance between two jumps of h, as well as a minor 0 of the absolute value of the magnitude

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of jumps i = Hi Hi 1 By taking A < 0 , we obtain the convergence of DN (A, t) towards: D (A, t) =

i 1[ai ,ai +A[ (t) (679) i 1[ai A,ai [ (t)

Since A < 0 , the various ruptures intervene separately on function D (A, t), by a slit of width A on the right of the rupture moment ai for the case of a positive jump (ie, i > 0), or on the left of the rupture moment ai in the case of a negative jump (ie, i < 0) Consequently, for any threshold ] 0 /2, 0 [ and any size of window A 0 , we estimate the rst time of the positive jump of D (A, ) starting from l , then the second by using the same the rst moment N such that DN (A, l/N ) method but deviating from A in relation to the rst found in a more formal way, we suppose: 1 where 1 If

.

(N ) (N ) (N )

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Will the technology work as intended Is the technology upgradable Does the project suit our needs

(N )

(N )

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