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Microsoft’s Project Natick Tests Viability of Underwater Datacenters: Messages in Bottles

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Thanks (or no thanks) to Microsoft, someday we could have clouds under the sea. The software giant recently shared details on what it calls Project Natick, an experiment about constructing and operating an underwater datacenter.

Thanks (or no thanks) to Microsoft, someday we could have clouds under the sea. The software giant recently shared details on what it calls Project Natick, an experiment about constructing and operating an underwater datacenter.

The datacenter in these images is Project Natick’s prototype Leona Philpot, named after a character in the Halo universe. The 38,000lb., 10’x 7′ datacenter recently spent over 3 months off the coast of Central California. Inside it was a single rack of computers, equivalent to about 300 desktop PCs. Microsoft says Leona worked so well that the company actually used it for Azure, its cloud computing business.

Despite the counter-intuitive setup, Microsoft says that underwater datacenters could potentially save lots of time and money. The ocean helps cool the computers, a task that would normally eat up a significant amount of a datacenter’s operating costs. Microsoft also says that half of the world’s population lives within 120mi of the sea, which means underwater datacenters could lead to lower latency.

Microsoft also says that an underwater datacenter can be deployed in as little as 3 months, whereas its landbound equivalent could take up to 2 years. Further, terrestrial datacenters are constantly managed by people, but Leona and her potential descendants are designed to be maintained only once every 5 years.

If you don’t need people, then you don’t need a large space and all the other things that people need, such as roads, air, paychecks, etc. On the flip side of the coin, underwater datacenters could one day be cheap enough to be deployed temporarily, such as for disasters or major public events like the World Cup. Finally, underwater datacenters could one day harness ocean currents as a source of power, leading to more savings and less fuel consumption.

Source: www.technabob.com