IT infrastructure purchases in enterprises are frequently tied to business unit budgets that fund them. As long this infrastructure was physical, tying budgets to asset via asset management systems or CMDB’s was still possible.
With the cloud’s dynamicity and pooled use of resources how are enterprises going to manage cost and budget allocation to specific business units and processes? Are there monitoring and metering systems being launched that address this issue? Is this holding up cloud adoption in large enterprises that need a level of maturity in Chargeback systems before they bring the cloud in or scale out?
Ronnie Ray
I think there is case when legacy accounting models are applied to a new technology.
What cloud computer does it eliminates the need for detailed business models.
The application and infrastructure should have an utility cost, that is monitored and charged.
That is how much it cost to run that application. These charges back could be accumulated to a credit card for the project / department.
If the credit card reaches a certain limit, perhaps a warning is sent to the project owner
The expense side of the cloud owners inside the same enterprise is a different point of profit and loss.
They operate a company credit card to monitor and pay for the AWS bills.
Unfortunately it is very hard to correlate the corporate credit card charges with the project department credit card charges.
But one can live very well without this correlation.
Simply if the corporate costs are increasing, the unit prices for internal projects are adjusted.
Miha
Yeah right, I'd love to try pitching "What cloud computer does it
eliminates the need for detailed business models." to a VC.
>
> The application and infrastructure should have an utility cost, that is monitored and charged.
But for an enterprise data center the question is whether the cloud will
be cheaper as a solution overall for a particular workload, and thats a
very difficult question for most data centers to answer because they
don't have a good model for calculating their own costs.
> That is how much it cost to run that application. These charges back could be accumulated to a credit card for the project / department.
> If the credit card reaches a certain limit, perhaps a warning is sent to the project owner
>
> The expense side of the cloud owners inside the same enterprise is a different point of profit and loss.
> They operate a company credit card to monitor and pay for the AWS bills.
The point is that most enterprise data centers couldn't tell you with
any accuracy what a particular application costs to run.
It's the cost model for the existing data center that I'm researching,
not the cost model for a cloud application.
--
Nik Simpson
--
Nik Simpson
The numbers don't lie
An independent study found on-site Microsoft apps - Office and Exchange -
cost 20x in capital dollars and 5x-6x more than Google Apps on a 3 year
Total Cost of Ownership (TCO) basis. How can Microsoft compete?
http://blogs.zdnet.com/storage/?p=472&tag=nl.e550
You may want to go to clarity and checkout the original slides....might need
to register...
http://clarity.twinstrata.com/reports.php
Regards,
Rao
“To help frame this up better - the Gov't moved from an external hosting provider and traditional hosting model to another hosting provider and a virtualized/*private* cloud model. This did indeed result in substantial cost savings, and actually an *increase* in total capacity, as well as all the reliability/flexibility/etc. of moving to a private-cloud model.”
Just curious, how did they achieve 90% savings by moving from a traditional hosting model to another hosting provider and a virtualized /private cloud model?...
What is in the private cloud model that contributed to such HUGE savings?....just virtualization?....
“1) Large commercial clouds are completely cost prohibitive, and would have resulted in a cost *increase* to the Gov't.”
I am in the camp that says we do not know yet whether large commercial clouds are viable are not?....No body has enough data to prove or disprove this at this time…
I think all of us in this group are debating an issues for which there just isn’t enough information either way…..
If you say large commercial clouds are not viable based security, compliance, governance etc….I can understand….but I am not sure about it based on cost factors....
I am also interested in learning their security, compliance, governance, visibility…etc…etc issues….they have been addresses primarily through SLAs?....any specific NEW technologies deployed?....I know this could be confidential…
Thanks
<BR
In terms of savings, there were a number of factors. The gov’t is different than a lot of commercial companies in that they often hire contractors to do a lot of their work (as opposed to in-house staff and resources).
In this case, the previous “traditional” hosting model was a very large, physical outsourced infrastructure, *plus* a lot of services from a traditional service provider to manage it. In the new model, shared virtualization/cloud services allow them to maintain the same capacity while significantly reduce their physical footprint (“green computing” shout out), and the reduction in complexity plus the more efficient services from the hosting provider allowed them to significantly reduce their additional managed services costs. Also note that the saving is really big – the % is off a very large number.
And one more important thing, the hosting provider chosen has offered basically these same capabilities for years, long before the term “cloud computing” showed up. This is nothing new, it’s just getting broader acceptance and gradually evolving.
I’m not sure this translates too well into the commercial space, and into moving from an internal data center/IT shop to a private cloud. It seems to be more cost effective to migrate from internal traditional DC/IT towards an internal private cloud (sized for your needs, e.g. you don’t necessarily need a $400K SAN). But I don’t have enough real data for this.
We ran lots of cost comparisons using the (limited cost data) from the large commercial clouds, and the costs were 4-10x or more the cost of the private cloud. The raw hosting costs were at the lower end (4x, which alone kills it), but once you add in all the additional services work needed (since none of these are offered by the large clouds), as well as build in all the necessary items to handle the non-existent SLA and terms of use, the costs skyrocket. Large commercial clouds still don’t make cost sense when looking at 24/7 hosting.
In terms of security, just like with traditional hosting models, a chunk of this is handled by the hosting provider configuration as well as the SLA (firewall rules, NIST guidelines, reporting, IDS, etc.). The rest becomes part of our machine builds, and then we beat them up to ensure compliance. For more secure sites, obviously this model doesn’t work and the Government will likely need to move towards an internal/closely held private cloud just to meet the much higher security requirements.
Let me know if you have more questions, or if I didn’t answer these adequately?
Thanks,
Mark
You did. Thank you very much.
Since you have done the cost benefit analysis especially in a real life large cloud implementation as mentioned below, now I can understand now why you are so emphatic about it. I will give you the benefit of the doubt.
Regards
http://storagemojo.com/2009/05/08/cloud-sand-and-scale/
Seems that Information Week cherry picked what they wanted publish.
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Nik Simpson
What do you all think of this? I don't think I saw it discussed yet:
I've got a few issues, including mixing billing models into it, as well as the mixing of provider and consumer into the definition.
This is the first time I have seen this draft from NIST…..and never on this forum…
Reuven says Cloud Computing is right front and center of Federal Govt., and after almost a year or two of Cloud Computing talk in the industry NIST has come up with a “Draft” specification?....
When will they have the final version?....after another year or two?….does it say something about the priority attached to CC in Fed. Govt?....
They got their heads buried in the sand not in clouds!.
I think what is really needed is NOT DEFINITIONS any more. BUSINESS CASE to prove the viability of CC whether in private or public (govt.) environments.
So NIST or which ever govt. organization is responsible needs to publish a solid business case for it in the govt. and same thing should happen in the commercial environment.
Gartner, IDC and others might want to publish some thing that justifies their $XX or $XXX billion projections. Where did they get it from?...
One interesting thing to note from the draft definition is they mentioned advertisement based revenue model. This is the first time I have seen some one mention ad based revenue for CC.
How many corporate employees would be accessing the cloud applications after SMEs move to the clouds?...multi-millions to support the advertising based revenue model?....
or are they talking about general consumer who use applications like MS office if and when they are SaaSed in the clouds?....
From: cloud-c...@googlegroups.com [mailto:cloud-c...@googlegroups.com] On Behalf Of Pietrasanta, Mark
Sent: Friday, May 08, 2009 3:47 PM
To: cloud-c...@googlegroups.com
When we define a cloud (the term) we stated that a cloud has to be
elastic and on-demand. Now imagine a university or a big school where
students and teachers are running all kinds of projects which have the
need for computer power. Some student running a project which involves
networking so he needs 10 linux installations running, a other student
is running a project which requires him to have a server running for a
long periode and will need a lot of CPU power and memory for it. A
professor needs a lot of diskspace and some CPU power and very low
network speeds for a long periode of time for some calculations done...
you get the basic idea...
Is there already something like a portal you can see on amazone however
more simple. A user (student/professor) can request a number of systems
to be setup according to the specifications he is giving without any
(WITHOUT ANY) technical knowledge. I know that Oracle VM for example has
a web interface where you can do such things, you can setup, scale and
provision your systems however it requires quite a high security level
to get into the system and will enable you to do a lot of damage to
other running systems.
I am more looking for a controlled front end which is opensource where I
can control my own (as the user who is logged in) systems and request
more systems / storage etc ect. It would even be better if you can set
some thresholds on CPU cycles etc etc and make a department pay for the
use per (cycle / cpu / ...) and have the ability to automaticly stop the
system if the threshold is reached.
The technical maintenance and control will not have to be done via this
interface.... it is just a student facing non-tech portal which will
enable them to create / start / run / kill the systems they control. On
which server, which storage is used, etc etc etc is not of any interest
for them this is seen as a technical matter. If it becomes a matter for
them they most likely will already be attending a computer science class
and already have befriended the local IT staff and get things done that
way ;-)
I was hoping something was available in the opensource community however
I was unable to locate it ..... did I miss it or do I have to build it
and donate it to the community? If something like this turns out not to
be existing and it has to be build.... maybe this mailing list can be a
good platform to start a discussion on how to create such a thing and
what it should be providing so it can be used at a wide variate of
environments (companies / universities / .....)
Thanks already!
Regards,
Johan Louwers.