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It's true that Active Directory's single view of users and network-based applications solves the scaling and administrative problems that plagued NT 40 By providing a common store of data across internetworks of any size, Active Directory takes a big step toward organizing user and application information in a central location But what about the network itself Users and applications are only two parts of a three-part equation The third part the network infrastructure is the roadway over which everything travels To realize ideal data communication, directory services must integrate the network infrastructure as the final element in attaining an environment that can adapt intelligently to changing conditions in order to always provide the best service to users
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Policy-Based Networking: Support for QoS
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Since the dawn of client/server computing, the Holy Grail has been to build the "intelligent network," simplifying the operation of distributed systems The goal is to achieve policy-based controls that can be applied dynamically to network resources This notion of policy-based networking promises as its major payoff the ability to provide selected, guaranteed levels of service needed to run evermore-powerful network applications This requires close control over parameter settings inside devices, something not yet possible under today's standard practice of telnetting into individual devices and implementing changes one by one Under policy-based networking, however, settings will be made all at once from a central management console, and the devices will thereafter adjust their own behavior as needed, based on current operating conditions The sheer size and complexity of today's internetworks has created an urgent need for policybased networking But beyond magnitude, a new breed of applications is also driving the computer industry to provide better real-time control over network operations These applications videoconferencing, Voice over IP (VoIP), and others require committed levels of service in order to work It may be acceptable for a DNS lookup or an e-mail to be a little tardy, but video and voice packets are sensitive to the transmission timing and sequence Without guaranteed network service levels, these high-powered applications don't work well Robust directory services that put all network devices on the same informational page are necessary to guarantee these committed service levels
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Policy-based networking is most often associated with Quality of Service (QoS) a robust technology despite its hype-sounding name QoS is a suite of protocols, algorithms, and applications that work in concert to exert fine-grained control over real-time network operations and guarantee users or applications the network throughput levels they need At least, that's the idea Still a nascent technology, QoS should start realizing its promise during the first few years of the twenty-first century Cisco has built a number of QoS commands into its IOS operating system, and has even rolled out a product named Cisco QoS Policy Manager to provide an operations console for QoS-enabled networks QoS is covered in 15 of this book The mission of QoS is to allocate bandwidth and other network resources dynamically, based on interrelated factors such as user, application, location, time of day, and the like Once QoS technology is achieved, network behaviors can be adjusted automatically, on-the-fly, to respond to events as they occur Such events include reprioritizing network traffic demand, according to a mix of factors such as available routes or a new service demand For example, a major videoconference being set up by an R&D group might get priority status Once attained, such pervasive network automation and control will enable designers to scale up to ever-larger networks running an increasingly broad mix of applications (most of the new ones are bandwidth hungry by nature) The new breed of applications includes real-time videocasting, VoIP, public key infrastructure (PKI) security, various audio services, and so on
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To make this dynamic bandwidth management scenario work, QoS needs an integrated directory service that talks about the network In other words, a common set of data must exist for all three parts of the intelligent network equation: users, applications, and network infrastructure Traditional network management tools such as Simple Network Management Protocol (SNMP) and Remote Monitor (RMON) talk to individual network devices, which is fine for per-device management But they do nothing to control overall network behavior A new industry standard called Directory-Enabled Networking (DEN) has evolved to meet the urgent need for integrated directory services Under the DEN initiative, existing directories remain in place but are able to share critical information freely, giving a comprehensive real-time view of users, applications, and the network infrastructure DEN makes this possible by giving the directories a common language to speak
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