History of CDM
Efficiently maintaining computing solutions from the datacenter to the desktop is a vital concern for end-users, OEMs, ISVs, and integrators alike. Today, the maintenance of hardware in system solutions requires the use of an endless array of uncoordinated diagnostic tools and applications which decreases agility, increases time-to-repair, and management overhead. Even a single computer has sub-systems that are supplied by an array of vendors each having disparate diagnostic technology. Ultimately, this inefficiency deters IT consumers from aggressively expanding computing resources to meet demand and decreases business efficiency. Indeed, a central value proposition for modern autonomic computing systems are their ability to automatically detect failing hardware components and adaptively redirect applications to stable resources be it servers, networking components, or storage. Today, computing systems deliver little towards this vision principally due to the incompatible management APIs that traverse multi-vendor diagnostic programs today. This vision is further deterred due to the lack required functionality and security in interfaces to diagnostic routines.
In September 2006 the DMTF launched the CDM Health Management Initiative to, for the first time, unify the computer industry on a single interoperable, secure, and functionally rich interface to diagnostics programs on multi-vendor computer systems. CDM is based on the Common Information Model (CIM) and Web Based Enterprise Management (WBEM) standards as pioneered by the Distributed Management Task Force (DMTF). The CDM Health Management Initiative brings together the vast resources of the DMTF including: Education, Development Tools, Interoperability, Technical Work Groups, and Marketing, to fundamentally improve the efficiency of the computer industry in delivering more advanced software solutions as well as to directly decrease the cost of datacenter management. Via CDM technology, hardware suppliers will no longer need to develop unique diagnostic solutions for their various customers, IHVs will trim diagnostic development investment, independent software vendors will benefit by having a single vehicle to deliver adaptive software systems, and original equipment manufacturers will benefit by having an improved level of support from their vendors.
Read more about this topic: Common Diagnostic Model
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