Microsoft has a big cloud data center for cloud services. So think a Different way to solve the problem. Microsoft has innovate a new Idea . They decided to place one of their servers at the bottom of the sea. The project, known as Project Natick. The  data center placed inside the 17 ton cylindrical container measuring 3 x 2 meters. And sinking into the 800 meters deep water from the Pacific coast of the USA.

The power of the data center, which is placed in the container, is equivalent to the power of 300 desktop computers. Data center remained under water for three months starting in August of last year. Its management and monitoring is by remote way. Data center is ordinary cold by ocean water, which removes heat from the heat exchanger mounted on the outer skin of the vessel.

But for receiving power in underwater, its need wires, so it will be difficult. For such problem, they use renewable energy; their machine will collect power from underwater currents or waves.

This system is now populated in coastal areas because such data center installed and running under water can be very convenient, because it’s saving place on earth.

This feature is considered as very important, because the delay in the transfer of information increases proportionally with the distance between the receiving station and the data center itself.

Microsoft has a big cloud data center. So think a Different way to solve the problem. Microsoft has innovate a new Idea . They decided to place one of their servers at the bottom of the sea. The project, known as Project Natick. The  data center placed inside the 17 ton cylindrical container measuring 3 x 2 meters. And sinking into the 800 meters deep water from the Pacific coast of the USA.

The power of the data center, which is placed in the container, is equivalent to the power of 300 desktop computers. Data center remained under water for three months starting in August of last year. Its management and monitoring is by remote way. Data center is ordinary cold by ocean water, which removes heat from the heat exchanger mounted on the outer skin of the vessel.

But for receiving power in underwater, its need wires, so it will be difficult. For such problem, they use renewable energy; their machine will collect power from underwater currents or waves.

This system is now populated in coastal areas because such data center installed and running under water can be very convenient, because it’s saving place on earth.

This feature is considered as very important, because the delay in the transfer of information increases proportionally with the distance between the receiving station and the data center itself.