Follow the process of the Mit-Ra Purification Site. Each Mit-Ra sites is 600 square meters in different parts of the city that facing water problems. In the first phase, seven countries with the highest levels of freshwater scarcity have been selected. In each country, two purification sites are set up in major cities. The ultimate goal of the Mit-Ra Industries is to launch 700 purification and freshwater production sites in the world in the first stage, the waste and polluted water enters the AquaBoll® system. The device cleans up 70M/3 of water per hour to a size of 10 micrometers from any physical pollutants with a 6 -inch output tube.

By design, a Blockchain is inherently resistant to modification of the data.
It is “an open, distributed ledger that can record transactions between two parties and in a
verifiable and permanent way”.

Each block typically contains a cryptographic hash of the previous block, a timestamp and
transaction data.

Blockchain is a continuously growing list of records, called blocks, which are linked and secured
using cryptography

https://icoranker.com/ico/mit-ra - icoranker
https://www.icolighthouse.com/en/Mit_ra - icolighthouse

Land: $600000
Construction: $300000
Machinery: $350000
foundation: $150000
Material: $110000
R & D: $100000
marketing: $200000
Save system: $190000

Mit-ra Site Production Cost: 14M Tokens
Marketing & Business Development: 2M Tokens
Mitra U$D Reserve: 2M Tokens
Software development: 1.2M Tokens
Legal Expenses: 0.8M Tokens

Mit-Ra has access to and long-term usage capabilities with a large industrial complex with multiple facilities and acreage located in main United Health Group office in Minneapolis, MN, USA

Mit-Ra also has a 400M/2 technical lab in the University of Georgia College of Environment and Design (CED) with support from PhD students, Chemists, physicists and engineers in the region.

At Cape Town's Innovation Center, they have an excellent research and development unit that is equipped with the latest communication technologies.

Mit-Ra currently has a 500 square meter office located in Dubai that equipped with the
 latest networking equipment.

Of course there are always risks

A start has already been made. It remains only to wait for the results of ICO and the implementation of future plans.

Yes of course. Look at the media clipping.

Sure!
This whole race to optimize intelligent systems and chips did not start with Ammut or just this year, AI systems had been built in the ’80s when the whole IoT buzz was yet to stat. and just recently, Google announced its new product called “Coral” — a board designed with Edge TPU platform and custom ASIC having the same form factor and power budget as a Raspberry Pi. And what about Intel? They too have a Neural Compute Stick built to connect to a single board computer. These strides prove that there is indeed a new wave of revolution propelled by Ai, one that is not about the buzz, but the substance. As for the AmCU, it is one of the latest substances in the wave sweeping technology, and it offers two major things: portability and improved computing capacity.

Yes true, modern technology allows you to spend less resources.

The Ammut Computing Unit, designed with optimized machine learning and AI capabilities, is a Single Board Computer (SBC) about the same size as a Raspberry Pi. It was built with tech pros and hobbyists in mind. With the AmCU, AI developers would not have any challenges installing open-source frameworks such as TensorFlow, Caffe, and Keras for machine learning. Via SDK, other frameworks like OpenCV and ROS respectively for computer vision and robotics development can also be used. With AmCU, the thick computing requirements for systems running deep learning models and neural networks are dissolved and accelerated; it is indeed a breakthrough in the world of computer architecture.

Users located in the following countries are forbidden from participating in the Ammut ICO: United States of America (USA), China

The south Indian city’s water and sewer systems have struggled to keep up since with a population
boom and the rise of new property developments since the Bangalore’s rise as a technological
hub.
The city loses more than half its drinking water due to its antiquated plumbing system. Like
Egypt, India also struggles with water pollution.

97% of Egypt’s water comes from the Nile River, but it is increasingly becoming contaminated
with untreated agricultural and residential waste.
The UN estimates critical water shortages in Egypt by 2025.