Behind every great cloud is a whole bunch of expensive computers
Behind every great cloud is a whole bunch of expensive computers
As we saw in tech company earnings over the last couple of weeks, tech giants are making a lot of money on cloud computing. Amazon, Google and Microsoft rent out computer storage and computing power to smaller companies for lots of profit, and they spend a lot of money on it themselves, too. “Cloud” is kind of a misleading name, because it’s really all about very expensive physical infrastructure on the ground, lots of powerful computers that live in huge temperature-controlled buildings called data centers. All big tech companies spend a lot on data centers for storage, computer power for artificial intelligence and to deliver services to their customers. And the business is only growing. Molly Wood talked with Rich Miller, the founder and editor of Data Center Frontier, a news site that covers cloud computing and data centers. The following is an edited transcript of their conversation.
Rich Miller: [Data centers] are specialized buildings, often about the size of a Walmart, sometimes the size of two Walmarts, and they’re completely built around the needs of computer servers, which includes a lot of electrical infrastructure, because nobody ever wants their internet services to go down or their favorite website to not be available. And because you put a lot of servers together, you wind up having a lot of heat in this environment, because the computers generate heat. So then there’s a lot of infrastructure to cool all of these servers. Essentially, data centers are very sophisticated systems for moving air around to bring it as close as possible to the servers and keep them cool.
Molly Wood: How much does it cost to build one? We’re seeing companies like Alphabet saying the expenditure on a data center was big enough to eat into revenue. How expensive are these things?
Miller: So what we generally see is that for a small corporate data center, it might cost $20 million, but for these large cloud computing data factories that they’re building, we’re talking about hundreds of millions of dollars for each facility. That includes the cost of putting up the buildings themselves, to procure power and all of the infrastructure to support it, but also for all of the computer hardware and storage units that are going to store your updates and all of your internet things. So you generally will build a bunch of these in a single place. They tend to cluster together because companies look for the best places to operate and then build a bunch of them there. So a single data center campus for an outfit like Microsoft or Google could easily exceed [$2 billion] or $3 billion in local investment.
Wood: Wow. And then who builds them? Does it have to be a specialized construction company?
Miller: Initially, the companies like Google and Facebook began to build these cloud computing centers themselves, but now what we’re seeing is that many more are working with data center developers who specialize in this kind of construction and really are able to deliver them much faster than if the companies built them themselves. This has become really important with the growth of cloud computing. Some of these services are growing at rates of 20-40 percent per year, and in the case of Amazon, sometimes more rapidly than that. It’s hard for these cloud computing companies to keep up, so they work with companies that do nothing but build data centers, build them quickly and build them big.
Wood: So how quickly is this industry growing? You’ve been covering it for a long time, but cloud computing is the money maker of the future, it seems.
Miller: So as more and more things get internet enabled, you need more data centers. There’s been an extraordinary boom in construction of data centers, particularly to support the Googles and Amazons of the world who are building all of these amazing applications. This has really accelerated over the past year or two, particularly with the rise of artificial intelligence, which requires a lot of hardware. There’s a lot of data crunching involved, and almost all of the major technology companies, the marquee names that everybody knows, are investing very heavily in artificial intelligence to make all of our things smarter.
Wood: Given the cost of developing, like you said, a data center campus, does it start to look likely that the cloud computing and the AI applications of the future will increasingly be an infrastructure that is only affordable by the biggest companies, like the rich will keep getting richer?
Miller: We see a couple of things happening here. One is that, yes, these large companies have an advantage and can build huge server farms that power new services. But cloud computing has also been a real opportunity for small businesses. There are so many smaller businesses and medium-sized businesses that can’t afford to run their own servers. Now they can take advantage of the sophistication and the hardware that’s being deployed by all of these companies that are investing hundreds of millions of dollars.
And now for some related links:
- Microsoft and Facebook leased the most data center space in 2018, according to an organization called North American Data Centers, which tracks property lease deals. Many of those deals were in Northern Virginia. In fact, Facebook made a deal that the organization said appears to be the biggest data center lease of all time. But they’re going up all over. Facebook is set to open a huge new center in New Mexico this week. Google is negotiating for a $600 million project in Minnesota.
- One thing that comes up in conversations about data centers is energy use. Globally, they consume about 10 percent of all the electricity in the world and, depending on the source of that electricity, they are huge sources of pollution. Google, Microsoft and Apple all power large parts of their operations with renewable energy, including data centers, and a lot of solar farms are being built just for that purpose. So that’s a virtuous cycle. Just this week, the energy division of the Department of Energy’s Advanced Research Projects Agency launched an almost $4 million study to look into how to create cleaner data centers.
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