Neuromorphic calculations are new and utterly different from the previous approach to computer architecture. The main area of ​​the application here is neuroscience, whose operation is less associated with a traditional computer, and more with the action of the human brain. The most extensive neuromorphic computing system developed to date has been built by Intel, whose system is capable of recognizing cloud odors where the costs and other migration traps of Pohoiki Springs are hidden. Loihi processor, just like the brain, can handle demanding tasks up to 1000 times faster and 10,000 times more efficiently than conventional processors. Pohoiki Springs is a big step towards an architecture that allows you to assess the potential for solving problems with AI, but also a wide range of difficult tasks in calculations. Intel and INRC researchers have demonstrated the ability of Loihi to recognize gestures in real-time, read braille using innovative artificial leather, orientate according to learned landmarks, or learn fragrances. In essence, these possibilities are due to the use of tens of milliwatts of power. The values are minimal compared to computers with conventional architecture.