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Information security architecture is a concept that covers all of the securityrelated items discussed in this chapter tied into a strategy that is cohesive and considerate of all of the risks and controls. Security architecture has to be a consideration that is integrated with the functionality of an infrastructure during all design phases in order for it to best serve the needs of the business and system users. An evaluation of security architecture will include a review of the risk assessment methodology used to baseline the current state and will analyze the best practices for the business against this current state of the assessment to determine any gaps that need addressing. A security architecture that recognizes the business risks and implements countermeasures, processes, and procedures that provides appropriate controls for those risks is what you will be looking for in this assessment. Documentation of the data classifications, sensitive data locations, and inherent risks should be available to show that the architect understands what it is they are trying to protect. Integration of the various solutions for securing the environment that encompass host-based as well as network-based and application-based controls should be found. A design process should exist that ensures the chosen tools work well together, compliment each others strengths, and compensate for each other s weaknesses, to provide a security in-depth solution that stands up well to the task of providing the level of security and protection required to

Any software you might use to make sense of your Web site is likely to find its way onto a list of log analysis tools. There are a lot of tools and many more become available every day. The last time I looked, there were nineteen of them at this Yahoo! category: http://dir.yahoo.com/Computers_and_Internet/Software/Internet/World_Wide_Web/Servers/L og_Analysis_Tools/. But there were another forty-three at this site: http://dir.yahoo.com/Business_and_Economy/Business_to_Business/Communications_and_N etworking/Internet_and_World_Wide_Web/Software/World_Wide_Web/Log_Analysis_Tool s. Most of the products on those lists are actually log analysis tools: the tools that take in your server logs and hand back reports of various kinds. These tools don't know about your backend legacy systems. They don't know about registrations, purchases, customer service emails, or things that are served up dynamically from a database. Everything they know and report on they learn from your server logs.

commands ( Here s a dollar figure, now give me the equivalent in pounds ), owners of enterprise computer systems have had several options for connecting machines together. For years, it has been possible to connect systems in a distributed environment using either custom-coded software or proprietary software packages as middleware that can send, receive, and translate messages back and forth between distributed systems. Figure 13-1 lays out a standard, if highly simplified, version of this kind of traditional proprietary middleware approach to application integration in a distributed environment. We have four systems (and software applications) that support each of fours steps in a business process. Three separate, incompatible proprietary middleware packages connect the four systems. In order to complete the business process, the four systems must exchange messages at least once. Factoring in the middleware that sits between the systems, there are actually six message steps involved in completing the business process. Each message step is technologically distinct in terms of message transport protocol and connectivity; for example, Message One might connect a Java application to a Tibco interface over HTTP, while Message Three might connect a Microsoft C++ application to a WebMethods hub over FTP, and so on. There is absolutely nothing wrong with this proprietary approach to connecting distributed systems. It has been proven to work and it will continue to be in effect in myriad enterprise architectures for a generation to come. However, IT managers have learned over the years that it can be quite costly and time consuming to modify proprietary middleware in a distributed environment. If the middleware connects more than one company, it can be that much more challenging and expensive.

Right inferior input Slow pathway Figure 10.16 Schematic of the usual site for ablation of AV node reentry attempting to target the slow pathway. CS, coronary sinus; TV, tricuspid valve.

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