Posts Tagged ‘HP’

Cloud computing is the hottest topic to talk about these days between IT people. Some really flatter the words while at the same time some others are a bit gun shy to talk about it. Cloud computing has been seen as a “golden bullet” to use/manage IT. Will it really help IT to be the “GPS of Business”. Are we really there now? As a young IT professional, I decided to give it a try to explain what I personally believe.

I would like to divide the phase into three main group as; Virtualization, Private Clouds (Internal Clouds), Public Clouds. It all started by virtualization of x86 machines. In today’s distributed environments, where up to 85 percent of computing capacity sits idle, there is a tremendous amount of waste, waste that companies no longer can afford. Maintaining current IT infrastructure sucks up about 70 percent of today’s IT budgets while new solutions and capabilities go begging. So, there was a big utilization problem and virtualization solved it successfully. Now, it is a main stream approach and has been already applied by a big portion of the enterprises. The ability to consolidate large server farms and better utilize hardware is a proven route to significant cost savings, and may also assist with corporate green initiatives in reducing CO2 emissions.



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I have been involved in some Storage projects at HP these days and started to get my foots wet. I can not say I am a real professional on storage virtualization yet, but slowly surely I am emerging. Since I like to share my knowledge, I decided to write this blog post about storage virtualization.

Storage today is typically 10-15 percent of a typical IT budget, but it is only purchasing costs included. To sum it, we need to add personnel costs of operating, support and maintenance and the electricity and cooling costs as well. It obviously varies between different companies, but it is estimated amount of purchases of hardware and software and service on this for about 20-50 percent of the total cost. While the data center power and cooling account for 10-20 percent. Operation and management costs is therefore of 30-50 percent. So, the biggest area to save money is management and administaration areas, where many repetitive data should be automated (Storage Deduplication). Review your processes! Being able to free up staff for other tasks of course leads to cost savings. (more…)

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The traditional business model for acquiring storage capacity is challenged by today’s business realities. Utility Ready Storage solution is designed for organizations that require greater flexibility in IT resources because of variable and uncertain business demands and that want IT costs to reflect the business value delivered. Utility Ready Storage integrates products and services, to deliver IT resources when they are needed, where they are needed, with payment based on usage. As an example Storage as a Service options are quite suitabe for non-critical data.

One of the biggest providers of this type of services is HP. The HP Utility Ready Storage program is a utility pricing solution that allows you to select the storage configuration and software appropriate for you and pay monthly based on the amount of storage capacity configured for use. HP utility ready storage helps you to cut costs and free up your resource for innovation and savings.  In addition to these benefits, by using HP’s Utility Ready Storage offerings one can start up a company to sell Storage as a Service (STaaS). (more…)

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gustaf and alperI have presented my master thesis last week and started to work for HP as a junior product chef. I have spent more than 4 months to complete my master thesis and the most single difficult part for me was the writing part. I think it is crucial to have good communication with your academic supervisor, since he/she decides how you should write and how much you should write. After this master thesis I began to abhor the communication problems. Giving an example, I wrote 100 pages at the beginning and spent almost 3 weeks to write it, then my supervisor wanted me to cut it down to 30 pages (max.). It was a very big hassle. Moreover, my supervisor did not want me to do those changes with alacrity. Because of that I had to wait two more months before I present my master thesis. Any way it is still good that I have the rights to decry my supervisor and my own work. By the way, my academic supervisor was Gustaf Juell-Skielse from KTH and he is a very experienced Accenture consultant. I have learned a lot from him and he has incisive comments which make me work harder and harder. But my recommendation for those of you, who will write master thesis, is that; talk to your supervisor very very clearly at the beginning. What he/she wants you to do, how much and how does he/she want you to write and so on. Because time management is difficult and you might waste your time if your supervisor changes his/her mind.

However, it was a priceless experience to work in one of the biggest energy companies at Europe and has an experienced academic supervisor back at school. Even if I had some difficult times to finish my thesis, I liked it and enjoyed a lot. In case you need, I am sharing my final master thesis (believe me, this is the real final version:) ) and my final presentation down here:

SAP Systems Integration Master Thesis Real Final Version

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