Bare metal is operationally very expensive because someone has to monitor it, back it up, patch it, test it, fix the software when it breaks at 2am, fix the har

Bare metal is operationally very expensive because someone has to monitor it, back it up, patch it, test it, fix the software when it breaks at 2am, fix the hardware when it breaks at 2am, explain to security that its either full of confidential stuff or not, decommission it years later, and none of that is as standardized as virtualized or containerized stuff. Also "in the olden days" we had prod servers but shared dev and test servers. Now a days you just spin up resources assuming your ops is flexible enough. I'll spin up a test image to eliminate one bug and then destroy it, no sweat. In theory you can do that with metal but the accounting must be weird. You could make a pool of bare metal test boxes for people to use as they please, I guess... I also like spinning up new images for software upgrades. Oh, a new version of the database, here's a new image, test it out. Some of it is organizational hacking. After a few legendary disasters procedures will be formulated where standing up new iron takes interdepartmental meetings and signing off with the network and security and ops teams and the data center guy has to sign off on the thermal and electrical loads and power points all over the place. In comparison, you wouldn't make someone changing a cell in a spreadsheet go thru all that, right? So you deploying a virtual image is just clicking a harmless little button, as long as you operate under a blanket agreement with ops, infosec, networking, etc... At least until enough legendary disasters inevitably happen that clicking "create" on a virtual image requires weeks of time and at least 4 signatures and 3 departmental meetings of micromanagement. Hopefully we'll invent something new by then.