Future  Mine  Limited is committed to building the world's leading distributed cloud computing power distribution platform. Through an open source computing power system, relying on its own infrastructure, with professional cloud computing power solutions as the core and a strong technical team as the guarantee, it provides customers with one-stop services such as FM public chain technology, DAPP solutions, computing power sales/leasing, power supply and mining operations. As one of the blockchain hardware and software full industrial chain platforms, the future industrial planning and layout of mines covers multiple sub-industry such as chip design, mining machine production, mining farm layout, mining farm construction, mining pool research and development, PoW project incubation, mining community, computing power sales/leasing, etc.

Business Model

As the world's first blockchain software and hardware full industrial chain platform, Future Mine's industrial planning and layout covers multiple sub-industry such as chip design, mining machine production, mining farm layout, mining pool research and development, POW project incubation, mining community, computing power sales/leasing, C2C exchanges, digital currency financial derivatives and other sub-industry.
Based on the complete industrial chain of ASIC (application-specific integrated circuit) and special mining machines, Future Mine has deeply accessed related industries based on GPU (image processing chip) general chips. By supporting system research and development and integrating upstream and downstream resources in the industry, it has creatively achieved the following:
Container-based mining: computing power nodes are deployed in a containerized manner, lowering the threshold for use and improving physical security isolation;
Optimal algorithm model: Automatically identify GPU hardware according to the current computing power difficulty of different currencies to realize the optimal return algorithm switching for the current computing power node;
Traditional computing power output: GPU mining machines provide a richer profit model for GPU general-purpose chips and provide a lower computing power channel for computing power demanders.

Solution

In response to all the above problems, the future mining team has proposed a new solution - a decentralized computing power resource sharing platform based on blockchain technology. In the future, the mine will build an open, fair, transparent and low-threshold decentralized digital currency computing resource sharing platform for users based on the technical characteristics of blockchain, and at the same time, it will provide better services to global customers with rich industry experience.
In the future, mining farms will provide mining services such as mining farm construction, computing power leasing, mining farm operations, equipment procurement, computing power investment, digital asset trading, circulation, and redemption to node users around the world through an open source computing power system and relying on their own mining infrastructure. By reducing mining costs, such as big data, cloud mining, CDN network core computer room network, computing power contract mechanism, etc., it will make mining services more universal, thus building a new mining service based on FM digital assets. The FUTURE MINE platform ensures stable returns to the mining pool through a global multi-national layout and a parallel mechanism of POW and POS mining, and provides a computing power trading platform to provide users with convenient participation methods. The FUTURE MINE platform has the following five advantages:
1. Low power cost channels to ensure that the project generates stable returns
At present, encrypted digital currency mining requires a large amount of resources, especially electricity resources. The heavy power consumption has caused policy makers in many countries to take strict measures against mining. In the future, the mines estimate the electricity costs of many countries and finally selected Russia, Canada and Sweden as the preferred overseas layout countries, and ensure that project investment generates stable returns through low-power cost resource channels. At present, 23 modern mines have been built, including China, the United States, and Europe, and nearly 100,000 mining machines have distributed cloud computing power supply networks, and have become a global large-scale cloud computing power sharing platform. The average electricity consumption cost is 0.045USD/kW, and some mines use nuclear power.
2. Multi-national strategic layout to avoid the risk of a single country
As an emerging technology, blockchain technology is a very enthusiastic about blockchain. However, in the face of cryptocurrencies based on blockchain, different countries have different regulatory attitudes and formulated different regulatory policies, and their attitudes and policies are unstable. In the future, the mines will take into account the legal risks and adopt a development strategy of multiple countries to avoid the risk of termination of projects due to the policies of a certain country.
3. Multi-mode mining investment, POW computing power and POS nodes are parallel
At present, the mining model is mainly divided into two modes: POW computing power layout and POS node layout. The POW algorithm, namely the proof of work algorithm - proof of work, comes from economics; it was first proposed by two economists in 1993 to effectively block economic strategy by preventing the abuse of services or resource abuse. This computing power layout method rewards miners based on the contribution value of the node to mining; the latter generates it to the node based on the amount and time the node holds digital assets
New digital asset model. Future Mining provides mining services that combine ASIC, GPU, CPU, lPFS and CDN bandwidth mining. Users can independently select mining mode through the future mining mode. At the same time, the mines plan to lay out ETH nodes in advance in the future and will provide users with ETH to POS services in the future.
4.CDN core computer room network improves the stability of mining nodes
In the future, the mine will adopt CDN full-network core computer room network. Setting up local caches in different regions accelerates the access speed of different nodes and greatly improves the stability of the above mining nodes. The widely distributed CDN nodes in clusters and the intelligent redundancy mechanism between nodes can effectively prevent hacker intrusions and reduce the impact of various DoS attacks on the website, while ensuring good service quality.
5. The entire computing power trading platform is connected to large mining pools/mines around the world
In the future, the mines are committed to solving the practical problems of mining, opening up the road between ordinary users and mainstream high-quality mines including FM's self-built mining pools, so that more ordinary users can enjoy the benefits brought by increased computing power. In the future, the computing power trading platform of mines will be easy to operate and have high security, which will allow more people who are interested in blockchain to participate in the global digital asset allocation and obtain diversified digital asset returns.

Technical Mechanism

Core Algorithm
The Future Mine platform is based on Docker containers and Kubernetes underlying architecture, and uses parameters such as real-time price and computing power difficulty of related digital currencies to obtain the optimal return algorithm for different configurations. The system automatically recognizes the hardware and matches it with the optimal algorithm, and mines the idle computing power based on the income. The calculated order is matched through the weight coefficients of each hardware configuration parameter and network condition, and the order container is automatically loaded, deployed and tested.
For certain specific application requests, such as fog computing resource requests with IO throughput requirements, transmission rate limits, and obvious geographical coordinate marks, the system uses manual adjustment of weight coefficients and intelligent allocation to call the entire network to meet the best experience of application requests.
FM's creative container expansion optimal algorithm has the following advantages:
- Low access threshold;
- No security vulnerabilities;
- Free access and exit;
- Only docker is required to load online;
- Fast deployment of distributed operating environment;
At the same time, in order to ensure the safe operation of the container-based computing power distribution platform, the FUTURE MINE platform has developed and designed a five-layer protocol stack:
- Smart contract guarantee mechanism;
- Consensus protocol layer security mechanism;
- Container physical isolation safety mechanism;
- Resource Intelligent Filtering Protocol to Filter Suspicious Nodes;
- IPFS data layer encryption and node permission control;

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Platform Application
Future Mine has now developed a digital asset allocation platform for digital currency enthusiasts around the world. Users can realize a series of operations in the entire mining industry chain through PC user center or APP, including cloud computing power purchase/leasing, asset management, etc. Future Mine operators implement operation management and maintenance of platform users, assets, computing power packages and transactions through the operation backend.
Application Architecture
The Future Mine platform provides four sets of user-oriented (including operator users) systems, including operational backend, PC user center, Android platform and IOS platform APP, all based on the same underlying architecture and data, providing users with 7*24-hour uninterrupted services.

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Basic Technology
The FUTURE MINE platform is based on the microservice architecture and is mainly divided into customer layer, service layer and storage layer:

                                                                                                                                                                       
- Customer layer: User interaction interface, through ALAX, HTML, and CSS protocols, users can interact with the platform through PC browser, Android and IOS;
- Service layer: mainly includes gateways (SpringBoot server is load balancing by flow control, and load balancing is discovered through Dubbo RPC services to realize intelligent resource allocation;
- Storage layer: Use MySQL, Redis, FastDFS and other technologies to achieve secure storage of data and ensure user privacy.
User scenarios
Native application: mining platform
- Special area computing power purchase
After the platform is launched, an FM zone will be launched and FM will be used to purchase Future Mine's computing power contract.
- Withdrawal fee
The withdrawal fee for daily mining coins during the contract period can be deducted using FM.
- Idle computing power custody fee
Personal idle mining machines can use FM to pay for custody fees, including electricity bills, operation and maintenance fees, etc.
- Electricity Deduction
The electricity bill of an idle miner can be deducted by FM.
- Public chain project node fee
After some new POW projects are launched, they have suffered from insufficient computing power to support the security of the main network. After pledging a certain amount of FM, Future Mine can allocate some computing power to support the security node.
- Token Repurchase
Future Mine will use a certain percentage of operating income in the secondary market to repurchase FM every week for destruction, stabilizing the credit value of the FM platform.