VMware, Cisco Plan Data Center OS
Lucas123 writes "John Webster over at Computerworld says VMware and Cisco plan to develop a Data Center OS that would consist of a data center cloud populated by servers, storage, and Cisco's 'intelligent' networking gear, all managed by Cisco and its partners — starting with VMware."
a bewulf cluster of these!
this differs at all from OpenView?
Linux. Just like VMWare ESX.
Is this implementation going to set up virtual servers aligned as a data center, for which virtual computers can access? Or is this an idea for a completely custom virtualization-based operating system that offloads one huge datacenter onto single computers?
If either is the case, how is that any different than either setting up a test server (or servers) with VMware computers all connected to each other using physical connections, or just having multiple VMware sessions on one computer all interconnected using a single connection?
UTILITY Computing, IBM's wet dream. Also, game hosting in the cloud. No more installing clients, you play in virtual clients. Game houses wet dream. Thin clients, Oracles wet dream.
http://www.rense.com/general79/wdx1.htm
I keep looking, going "holy fuck", then shelving the idea for another year.
I know the architecture I want. Just can't justify it... Xen might.
Deleted
... to place the information that the upcoming world leading DCOS is very green.
CC.
TaijiQuan (Huang, 5 loosenings)
There are better virtual I/O solutions out there, several new startups.
check out
http://www.xsigo.com/
If I have a big pile of windows machines I can employ cheap admins to point and click all day long to keep it up. With a solution like this I have to have specially trained staff, i.e. expensive. There would have to be an enormous saving on staffing levels to make it worthwhile. Yet, then I'm in the situation of say one staff member leaving causing a major headache when it comes to finding a replacement.
threadeds blog
TFA was pretty short on details - but coupled with this release from the folks at BEA, which basically allows a Weblogic app server to run directly under VMware (no other OS required); it may give a clue as to future direction. I'll take it all with a grain of salt.
Take ZFS for filesystem clustering. Add Beowulf for processor clustering. Tip hat to 20-year-old VAXcluster technology, and 40-year-old IBM utility computing.
What am I missing, please? Apart from buzzwords like "cluster computing" and "intelligent gear".
A vm on every desktop for serving stuff, with some management glue to make it look like the vm is running on a server in a rack?
Is it not time for that yet?
Help stamp out iliturcy.
A new battle's shaping up. Citrix, known for remote management software, has acquired XenSource. Symantec has a management utility. So does Microsoft/Novell. Should be a good fight.
I'm looking forward to a return to big iron or something like it. The quality of hardware, and the amount of thought that went into the operating system, software and configuration, was much higher. Big Iron is like the aristocracy of computing.
An interesting article from last year on this topic
http://www.eweek.com/article2/0,1759,2004075,00.asp
technical writing / development
When I first read this article, my immediate thought was that if they needed a mission critical kernel and/or mission critical hardware infrastructure to power the thing, then they could probably purchase OpenVMS and/or Nonstop Himalaya for pennies on the dollar.
Or go ahead and purchase QNX from Harman-Kardon.
forget all that silicon... such a waste
Since this is Cisco we're talking about, I'm looking forward to long nights memorizing oddball commands to pass the certification test. I can almost feel the one-coffee-too-many burning a slow ulcer into my esophagus while puzzling over the two-and-a-half bibles thick study guide.
Cisco makes mad, crazy money from certification tests. It's a way they can squeeze another dime from both out-of-work and desperate tech workers as well as companies confused as to exactly what their CIO bought when he went to play golf and came home with the Cisco polo shirt (and, oh, yeah, some contract or something. My name is going to be in Business week, and I got a shirt!)
Money all around, and all they need to do is pretend the advances in modern GUIs, scripting tool, shells and command line utilities the rest of the industry uses don't exist.
Now they want to take this esoteric-for-esoteric's-sake aesthetic across the entire enterprise! On the one hand, having that certification will mean a huge pay jump, as no-one will be able to design, deploy or maintain the sumbitch... I won't either, but I'll be making lots of money calling in Cisco consultants to do my job for me. I might get them to bring me a polo shirt. On the other, you will never be able to bring into the server room a new technology that Cisco/VMWare doesn't want in the server room, regardless of whether or not it's the right thing for your organization. It's like Bad Old IBM all over again if this thing gets any traction.
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Reply . . : C
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WE ARE THE BORG, YOU WILL BE ASSIMILATED
NewslilySocial News. No lolcats allowed.
Cisco might still be able to get away with having proprietary networking gear, but there is no way most organizations will move to proprietary for entire data centers.
Do you mean like Linux already does?
Big expensive monolithic expensive data centers are so last century.
Imagine a business where all those idle CPU cycles on desktops become part of a collective cluster. Where larger systems and peers send out their data backups parsed and encrypted to other desktops utilizing unused or pre-allocated space.
Imagine not needing a data center.
Is code for high margin opportunity.
Help stamp out iliturcy.
This sounds strangely like Plan9
http://plan9.bell-labs.com/plan9/
Yeah - no one would EVER deploy Microsoft or VMWare in a datacenter.
What are those idiots thinking?!?!?!
I've always thought that Cisco was the most over-hyped item in an industry full of hype. Their quality control is a long way from what it should be if they want to charge a premium for what is really a commodity product. I've had dead ports, dead switches, flaky fiber ports, POE switches that drop power to equipment at random intervals, POE switches that don't feed the required voltage, routers that regularly corrupt their routing tables, and more. Worse yet are the the CCNE's that I have to work with looking down their noses and saying, "You're just an MCSE, what the hell do you know?" or "Well, I can telnet into my router and everythign is fine. You must be confused." Took me two months and divine intervention to drag one kicking and screaming down into the basement of the same fucking building where she worked so that she could see that there really **WAS** a problem and it really **WAS** with her equipment.
"Think about how stupid the average person is. Now, realise that half of them are dumber than that." - George Carlin
Our cisco guy won't even sell it to us, he said he wants to keep us as a customer. Without naming names, we're a Fortune 100 company and are the target market for this.
Shortly after the first Cisco Datacenter OS is brought online, it becomes self-aware alarming its creators at its newfound abilities. When the lab rats attempt to shutdown the datacenter, "CDOS" defines all tape operators as its enemy and decides to terminate their mount tape requests. 3 billion digital bytes are destroyed within milliseconds.
Hey! Stop copying my sig!!! Stop copying my sig!!! Stop copying my sig!!! Stop copying my sig!!!
those of you who are better informed on this subject than I, or for that matter anyone with a reasonable-sounding opinion: how does something like this compare to Google's GFS and all the tools that Google has for large-scale deploments?
The higher the technology, the sharper that two-edged sword.
Took me two months and divine intervention to drag one kicking and screaming down into the basement of the same fucking building where she worked so that she could see that there really **WAS** a problem and it really **WAS** with her equipment.
... but just think how satisfying it would have been.
You probably should have just killed her, removed her head and placed it on a pike in front of Cisco's main office. Oh, I'm sure it would have little effect on Cisco's support policies
The higher the technology, the sharper that two-edged sword.
....will it be backwards compatible with web 1.0??
There is more to science than physics!
www.iomalfunction.blogspot.com
What the fuck is that, seriously?
Are we to stream video from a server somewhere that has a beefy video card?
Because if so, that's the dumbest idea I've heard in awhile, though it may make cheating harder.
If not, I don't see what you mean by a "virtual client" or what it has to do with this concept.
Don't thank God, thank a doctor!
They have a cloud like this, running on Xen.
But it's more like a collection of virtual machines, and a collection of servers. You buy the virtual machines, they figure out where to put em -- but nowhere near as flexible as a real cluster would be.
Don't thank God, thank a doctor!
An under-used server is a waste, I'll agree, provided you have more than one of them. That's because one server at 50% CPU is likely consuming less power than two servers at 20% CPU each. Even the CPU is probably more efficient, but there's the rest of the box to consider.
But, desktops? Hell no. Aside from reliability issues -- figuring out which ones are on and available, and where to route a request -- there's security -- just who's computer gets to process your credit card information? What if it's not malicious -- how do you detect bad RAM/disk/network/CPU? (Yes, CPU -- think Pentium bug.)
SETI manages to deal with all of that by running many jobs on more than one machine, so it can verify that either they are all lying the same way, or they aren't cheating -- that, and it's a closed source program.
But I don't run SETI, or Folding@Home, or Distributed.net, and I wouldn't run this.
The reason is simple: Try anything that uses a lot of CPU on a laptop. My first laptop got a little warm, and worried me -- but it was passively cooled, and I could just give it a little air. My Powerbook would get hot, but not particularly loud. My newest laptop is a Toshiba, and when it idles, it still occasionally cranks the fan up to full every few minutes to blast some very hot air out the side. When I crank the CPU(s), it could turn on most or all of the time.
All of them would use significantly more battery life when I was using the CPU. The first one was the worst, it would die in 2-3 hours instead of 9-12 (!).
Anyway, if that's the power difference on a laptop, imagine on a desktop -- not to mention the noise. No thanks.
That's actually what I loved about the first one -- a Sharp MM10 -- it would use almost no power, and weighed almost nothing, yet I could use it as a dumb terminal, connect to my server, get some real work done.
So... no. Not unless you are willing to make my desktop quiet enough, and pay me for the power usage, and not complain when I steal all your private data -- but if you're willing to pay, why not buy it from Amazon's S3, or this Cisco thing, or something similar?
Don't thank God, thank a doctor!
I can't help thinking that now that hardware is finally outpacing our needs we need yet another level of software abstraction to justify buying more and more hardware. First there was library bloat, then feature creep now every application has to be run inside its own virtual machine. I remember when "Hello World" compiled down to about 850 bytes on a DG Eclipse machine. Of course that machine had 32K RAM so it had to be efficient. Now I compile "Hello World" on my Linux box and it's well over 30K but my Linux box has 1 GB of RAM. Hardware has outpaced my need for it. Add a hypervisor and my available RAM declined to ~750 MB and my 2.6 GHz Pentium is reduced to some fraction of its original power but if "Hello World" brings my virtual system down - the world is still safe. Don't get me wrong VM's are a great idea, just not very new (IBM's VM dates from the mid 1960's), not very complicated (see IBM's VM) and useful in limited applications (when you need a test environment that is distinct from the production environment but on the same hardware). Since IBM's VM first ran on an IBM 360 with 256K of core and a 10 MB drum (the first system I ever saw it on) why is VMware, Xen etc. such a big deal? IBM VM/CMS could probably be ported to my palm pilot. Anyone want to start writing a VM that would let you run a virtual OS above it? Any hardware vendors interested in funding it? IBM?