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Nessus is a comprehensive vulnerability scanner and analyzer, which is estimated to be used by more than 75,000 organizations. The core of Nessus is nessusd, the Nessus daemon, which performs the actual scanning. nessusd provides a web-based management interface. Nessus begins by performing a port scan with its own internal port scanner (or it can optionally use nmap) to determine which ports are open on the target and then tries various exploits on the open ports. The vulnerability tests, available as a large body of plug-ins, are written in Nessus Attack Scripting Language (NASL), a scripting language optimized for custom network interaction. Optionally, the results of the scan can be reported in various formats, such as plain text, XML, HTML, and LaTeX. The results can also be saved in a knowledge base for reference against future vulnerability scans. Scanning can be automated through the use of a command-line client by using the nessus command located in the /Library/Nessus/run/bin folder. If the user chooses to do so (by disabling the option safe checks), some of Nessus s vulnerability tests may try to cause vulnerable services or operating systems to crash. This lets a user test the resistance of a device before putting it in production. Nessus provides additional functionality beyond testing for known network vulnerabilities. For instance, it can use Windows credentials to examine patch levels on computers running the Windows operating system and can perform password auditing.

(26 18=)8 5 (26 14=)12 12 15

Let s suppose you have a model like the one in Figure 9-7.

To install Nessus, go to the Tenable Network Security web site at www.nessus.org, and download the Nessus installer. You ll also need to register for a subscription. All of the

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Figure 9-7. A model for students and the courses in which they are enrolled Our model represents students and the courses in which they are enrolled. We want to create a WCF service that handles the interaction with the model and the database using self-tracking entities. To do this, we need to use the Self-Tracking Entities template. We also want to isolate the entity classes in a separate project so that both the client and the service can reference entities project. This is useful when using Self-Tracking Entities with WCF because if we simply use the service reference on the client side to get access to the entity classes, we will not be using entities generated by the Self-Tracking Entities template. Much of the complexity in the following steps involves creating four separate projects: EnrollmentData for the model and context, EnrollmentEntities for the generated entity classes, EnrollmentService for the WCF service, and EnrollmentClient for the test client. To create our application, do the following. 1. Add a Class Library project to your solution and name it EnrollmentData. Add an ADO.NET Entity Data Model with the Course, Enrollment, and Student tables. With the Entity Data Model Designer open, view the properties window and change the Code Generation Strategy to None. Right-click the design surface again and select Add Code Generation Item. Select Code under the Installed Templates and then select the ADO.NET SelfTracking Entity Generator template. Name the new template Enrollment.tt. This will add two templates to the project: Enrollment.tt and Enrollment.Context.tt. The first template generates the entities and the second template generates the object context.

The most common ciphers rely on a shared secret, also known as a symmetric key, when performing decryption. This means that both the encoder and decoder must have access to the same key, which each uses to perform its operation. The past half-century has also witnessed the development of public key encryption, also known as an asymmetric key system. In this crypto system, the encryptor and the decryptor use two separate keys. This is very useful in applications like internet commerce where you want many strangers to be able to send you encrypted data, but you do not want to allow any of those strangers to decrypt each others messages. However, the private key for an asymmetric key system is still a critical secret that must be preserved.

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