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The service-offering lifecycle will apply more specifically to the roles or configurations you give to your virtual servers as you prepare them for deployment To simplify both delivery processes, you will need another model: the server construction and management model
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The use of an architectural model can greatly simplify the design process for the construction and management of servers (and PCs) in your network Such a model should outline the service offerings required in the network and should divide these offerings into appropriate categories or layers to group them by type In addition, to properly reflect the security nature of these groupings, and to outline that they are designed to provide access to resources within the network, the model should be named in a manner that reflects its purpose This is why we rely on a model called the Point of Access to Secure Services (PASS) model
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NOTE This model was first outlined in Preparing for NET Enterprise Technologies by Nelson
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Ruest and Danielle Ruest (Pearson Education, 2001) and was originally called the Service Point of Access or SPA Object Model It has been rebaptized as the PASS model here to better reflect its nature The PASS model is based on an existing and well-known service model: the International Standards Organization s Open Systems Interconnection (OSI) networking reference model The OSI model is a good source model because it is based on several principles and is well known in the industry It describes networking between clients and servers through a series of layers, with each layer having its own set of functional services Interactions between layers are based on common interactions and are limited to the layers immediately adjacent to each other The PASS model reflects these same principles Each layer has a specific function, which offers a given set of services to the other adjacent layers This layered model can be applied to either PCs or servers, either physical or virtual Though it is similar to the OSI model, the content of the PASS model is divided into nine layers (see Figure 3-4): Physical Operating system Network Storage Security Communications Commercial applications Presentation Corporate applications Graphically, the PASS model represents a design that is very similar to the OSI reference model with the addition of the two extra layers This model demonstrates how you can construct and present IT technologies in understandable ways to both technical and nontechnical audiences But much about these technologies is not represented in this type
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Plan and Prepare
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of diagram A separation of all the services into layers leads the reader to imagine that each layer can be independent with its own management model and its own approaches to service delivery This is not the case In fact, even though all of the layers are related to each other in specific ways, some have a stronger relationship than others By examining the content of each layer, you can see that some layers need to be implemented on every server, while others aim at specific server roles This common versus specific components approach must influence the construction of the nine-layer model To provide a clear construction model, the nine layers must be regrouped into specific sections that are meant for every single server and others that are meant for groups of servers that will play specific roles within the network For this, the model must be restructured into six sections This new diagram can now serve as a map for server design and deployment This is the PASS model Its sections include: Physical Standard physical components PASS system kernel All components common to all servers
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