MOTIVATION
Even after 200 years of innumerable medical breakthroughs, life-threatening diseases still afflict a broad field of humanity. About 8 million people die from cancer worldwide every year. Nearly half a billion people suffer from malaria every year and nearly millions of years children suffer from mosquito bites, but we still don't have an effective vaccine to fight it. Heart disease and stroke claimed the lives of 15 million others before their time. And there are a number of new pandemics, such as SARS, Ebola and Zika, suddenly appearing and cruelly shortening the lives of millions of children, women and men. Finding causes and healing for new imperialist challenges requires scientists to explore potential paths quickly and then focus on the most promising for further research. In modern medicine, the rapid exploration of various paths requires enormous computing power, which unfortunately our scientists don't have. However, we all have powerful computers with teraFLOPS capacity (1012) that sit quietly in our homes, in offices, in our pockets, and in our cars. If we can easily combine our backup computing power for the above noble goals, then we can build the strongest Supercomputer in the world. Exploring a variety of plausible paths quickly requires enormous computing power, which unfortunately our scientists don't have. However, we all have powerful computers with teraFLOPS capacity (1012) that sit quietly in our homes, in offices, in our pockets, and in our cars. If we can easily combine our backup computing power for the above noble goals, then we can build the strongest Supercomputer in the world, exploring a variety of plausible paths quickly requires enormous computing power, which unfortunately our scientists don't have. However, we all have powerful computers with teraFLOPS capacity (1012) that sit quietly in our homes, in offices, in our pockets, and in our cars. If we can easily combine our backup computing power for the above noble goals, then we can build the strongest Supercomputer in the world which our scientists unfortunately don't have. However, we all have powerful computers with teraFLOPS capacity (1012) that sit quietly in our homes, in offices, in our pockets, and in our cars. If we can easily combine our backup computing power for the above noble goals, then we can build the strongest Supercomputer in the world which our scientists unfortunately don't have. However, we all have powerful computers with teraFLOPS capacity (1012) that sit quietly in our homes, in offices, in our pockets, and in our cars. If we can easily combine our backup computing power for the above noble goals, then we can build the strongest Supercomputer in the world
Astra weaves billions of devicestos to build one of the strongest supercomputers in the world with processing capacity in exaFLOPs (1018) and storage capacity at zettaFLOPs (1021). This worldwide supercomputer will be available to researchers around the world. In addition, Astra utilizes the latest Trust Engine1 technology to design Astra's innovative Incentive System - Social Supercomputer
4so that all citizens of the world are given to share their backup computing resources for noble purposes. People will get a Social and Digital Currency Prize that is valuable for their contribution (including the original currency of the Astra ecosystem called STAR). Scientists in other disciplines, such as Climate Change, Subatomic Physics, Astronomy, Genomics, Material Research, Machine Learning, Economics, Linguistics, and Humanities also require unlimited computing power and storage capacity to solve difficult problems. Astra Supercomputer will also be used by these scientists for the discovery of breakthroughs
In recent years, another revolutionary discovery has arrived at the horizon that has the potential to empower people around the world to develop economically, politically and socially and reach their full potential. This can make our economy super efficient and transparent and free of corruption. This revolutionary technology is Trust Machines which allows us to automatically build and preserve collective social truths. However, trust automation requires the maintenance of many (thousands) of information and constant communication between them for verification and synchronization. As such, the Trust Machine is very compact, intensive storage and communication.
PROBLEMS There are four computational challenges that require more computing, storage, and network resources than are currently available. These are: 1.Medical, Scientific, and Humanities Research2. Public Information Verification for Trust Machines3. Large Data Analysis, Machine Learning, and Artificial Intelligence4. On Edge Computing Demand for Global Sensor Networks

Astra - The Social Supercomputer6 Finding causes and remedies for various terrible diseases that afflict humans requires endless computer simulations. Similarly, finding materials that can absorb maximum sunlight for solar panels requires scientists to examine millions of molecular combinations. For research efficiency, scientists want to conduct data-based research where complete simulations are carried out before promising pathways are identified for further investigation. The computing and data storage needs of scientists tend to grow in the coming years with large orders. With the arrival of the TrustMachines, it is now possible for the first time in human history to build data storage held by the public that can be publicly audited. Such reliable data repositories encourage people to work with others they don't know or trust. They will allow people to hold their companies, institutions and governments accountable. A strong data storage will lead to a highly efficient economy and transparent, corruption-free governance throughout the world. However, the Watch Machine requires many copies (thousands) of information and constant communication to keep it synchronized automatically. Thus, the new automatic trust system is in dire need of intensive computing, storage and communication. Adventof Internet in the 1990s allowed businesses and governments to collect large amounts of data from people and machines. Businesses and governments soon realize that they can gather valuable insights and intelligence by analyzing Big Data. Big statistical analysis Continuous data from Big Data requires extensive computing, storage and network resources. In addition, mountains of repeated data can be fed to the machine so that they can automatically study past patterns and then intelligently respond to future events. Again, this is Machine training with repetitive data (mountain data repetitive euphemis can be fed to the machine so they can automatically study past patterns and then intelligently respond to future events. Again, This is a training machine with repetitive data (repeated mountains of euphemis) data can be fed to the machine so that they can automatically study past patterns and then intelligently respond to future events. Again, this is Machine training with repeated data (euphemis
Astra - Social Supercomputer
7 known as Machine Learning) requires Supercomputing capabilities. Fourth is the proliferation of censorship in all walks of life. In particular, video sensors in smartphones, security cameras, and self-driving cars produce incredible data. This data must often be stored and processed where it comes from without the luxury of transporting it back to a centralized data center. In the coming years, the need for such computing on the edge of the network with stringent performance requirements will increase exponentially. To overcome the computing challenges above, we have three options. Are we building a large number of Super Fast 100 Million Supercomputers or large Data Centers ranging from $ 250 Million to $ 1 Billion. The third option is to connect billions of computing devices via the Internet and use their backup computing capacity to overcome the above challenges. There are a number of "Network Sharing" open sources that connect computers. However, this open source "Network Sharing" has three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected. This open source "Network Sharing" has three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected. This open source "Network Sharing" has three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected The first mission is to solve the three basic problems above to start the market for "Computer Sharing Online." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected. This open source "Network Sharing" has three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected The first mission is to solve the three basic problems above to start the market for "Computer Sharing Online." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected. This open source "Network Sharing" has three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open sources connected to Astra that will focus on data security and performance assurance issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected. The open source "Network Sharing" experience three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open sources connected to Astra that will focus on data security and performance assurance issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected. The open source "Network Sharing" experience three fundamental problems: 1. Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open sources connected to Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open sources connected to Comfort Problems 2. Causes of Market Problems3. Incentive Problems ATR's first mission is to solve the three basic problems above to start the market for "Online Computer Sharing." In the second stage, Astra will focus on data security and performance guarantee issues. Extraordinary Comfort There are a number of "Network Sharing" open source connected
computer. However, every "Network Sharing" requires complex software downloading, installation, parameter settings, and learning to operate it. In addition, for each computing resource (CPU, GPU, Storage, and Networking), users are expected to download and prepare a series of separate software programs. In addition, the prizes offered by various "Sharing Networks" vary with time and location. In addition, often the "Network" does not reveal beforehand how much consumers will produce by leasing their computing and backup storage capacity. The black market only deposits certain tokens in consumer accounts after their resources are consumed. So, for maximum profit, consumers are expected to download a number of programs "

Market-Seeding Problems Peer-to-computer management is a new market. Therefore, the next big challenge is how to grow and grow the market systematically. A demanding market requires the creation of an 'initial supply' of shareable computing resources and 'initial demand' with no capital for upfront investment.
Here is a review that I present to all of you in searching for information and knowing the ASTRA project that is currently being run by their team, if there are deficiencies in explaining this article, don't worry, I have prepared a link for you to get accurate information and of course You will be able to talk directly with or their team, at the link.
For more information and joining ASTRA social media today, please follow the following resources:
- web itus: https://www.goastra.network/
- Whitepaper: https://www.goastra.network/whitepaper/
- Facebook: https: / /www.facebook.com/Astra-The-Social-Supercomputer-1878604948822341/
- Twitter: https://twitter.com/AstraNetix
- Telegram: https://t.me/joinchat/GNbSLAxLtSll3H0yjkpPFw
- Linkedin: https://www.linkedin.com/company/astra-the-social-supercomputer/
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ETH : 0xDa2F65ea0ED1948576694e44b54637ebeCA22576
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