Future Mine Limited is committed to building the world's leading distributed cloud computing power distribution platform. Through the 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 core Guarantee, provide customers with one-stop services such as FM public chain technology, DAPP solutions, computing power sales/lease, power supply and mine operation. As one of the blockchain hardware and software industry chain platforms, the industrial planning and layout of the future mining farm covers chip design, mining machine production, mine layout, mine construction, mining pool research and development, PoW project incubation, miner community, computing power Sales/leasing and other subdivided industries.

Business model

As the world's first blockchain hardware and software industry chain platform, Future Mine's industrial planning layout covers chip design, mining machine production, mine layout, mining pool research and development, POW project incubation, miner community, and computing power sales / Leasing, C2C exchanges, digital currency financial derivatives and other subdivided industries.
On the basis of covering the complete industrial chain of ASIC (application-specific integrated circuit) dedicated mining machines, Future Mine has deep access to related industries based on GPU (image processing chip) general-purpose chips, and integrates upstream and downstream resources of the industry through support system research and development , in addition to providing hardware support for the GPU-based POW public chain, creatively realized:
containerized mining: computing power nodes are deployed in a containerized manner, lowering the threshold for use and improving physical security isolation;
the most Optimal Algorithm Model: According to the current computing power difficulty of different currencies, automatically identify GPU hardware, and realize the optimal profit algorithm switching for the current computing power node;
Traditional computing power output: GPU mining machine for big data computing, artificial intelligence Algorithm training, edge computing, and fog computing computing power output provide a richer profit model for GPU general-purpose chips, and provide cheaper computing power channels for computing power demanders.

Solution

In response to all the above problems, the Future Mine team has proposed a brand new solution - a decentralized computing power resource sharing platform based on blockchain technology. In the future, the mine will create an open, fair, transparent and low-threshold decentralized digital currency computing power resource sharing platform for users based on the technical characteristics of the blockchain, and at the same time combine rich industry experience to provide better services for global customers .
Through the open source computing power system, relying on its own mining infrastructure, the future mine provides mine construction, computing power leasing, mine operation, equipment procurement, computing power investment, and digital asset transactions for global node users , circulation, exchange and other services, by reducing mining costs, such as big data, cloud mining, CDN network-wide core computer room network, computing power contract mechanism, etc., make mining services more universal, thus building a set of FM digital Asset-based new mining services. The FUTURE MINE platform ensures the stable income of the mining pool through the global multi-country layout and the parallel mechanism of POW and POS mining, and provides a computing power trading platform to provide users with a convenient way to participate. The FUTURE MINE platform has the following five advantages:
1. Low electricity cost channels to ensure stable income for projects
Currently, encrypted digital currency mining needs to consume a lot of resources, especially electricity resources, Heavy electricity consumption has policymakers in many countries taking drastic measures against mining. Future Mine has estimated the electricity cost of multiple countries, and finally selected Russia, Canada, and Sweden as the preferred overseas deployment countries. Through the control of low-cost electricity resource channels, the project investment can be guaranteed to generate stable returns. At present, 23 modern mining farms in China, the United States, and Europe have been built, and a distributed cloud computing power supply network of nearly 100,000 mining machines has become a large-scale cloud computing power sharing platform in the world. The average electricity cost is 0.045USD/kWh, and some mines use nuclear power.
2. Multi-country strategic layout to avoid policy risks of a single country
Blockchain technology is an emerging technology, and all countries have great enthusiasm for blockchain. However, in the face of blockchain-based encrypted digital currency, different countries have different regulatory attitudes, and have formulated different regulatory policies, and attitudes and policies are unstable. Considering the legal risks involved, Future Mine has adopted a multi-country development strategy to avoid the risk of terminating the project due to the policies of a certain country.
3. Multi-mode mining investment, POW computing power and POS node parallel
At present, the mining mode is mainly divided into two modes: POW computing power layout and POS node layout. The POW algorithm, that is, the workload proof algorithm-workload proof, comes from economics; it was first proposed in 1993 by two economists as a strategy to prevent service abuse or resource abuse, and An effective blocking economic strategy adopted. This method of computing power layout rewards miners based on the contribution value of nodes to mining; while the latter generates
new digital asset models to nodes based on the amount and time of digital assets held by nodes. The Future Mine provides mining services combined with ASIC, GPU, CPU, lPFS and CDN bandwidth mining. Users can independently select the mining mode through the Future Mine mode. At the same time, the future mining farm plans to deploy ETH nodes in advance, and will provide users with ETH-to-POS services in the future.
4. CDN core computer room network to improve the stability of mining nodes
In the future, the mine will adopt the CDN 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. Cluster anti-attack Widely distributed CDN nodes and intelligent redundancy mechanism between nodes can effectively prevent hacker intrusion and reduce the impact of various DoS attacks on the website, while ensuring better service quality.
5. Full computing power trading platform, connected to the world's large mining pools/mines
The future mine is committed to solving the practical problems of mining, opening up ordinary users and including FM self-built The road between mainstream high-quality mines including mining pools allows more ordinary users to enjoy the benefits brought about by the increase in computing power. The computing power trading platform of the future mining farm is easy to operate and has high security. It will allow more people who are interested in the blockchain to participate in the global digital asset allocation and get a variety of digital asset returns.

Technical mechanism

Core Algorithm
The Future Mine platform is based on the underlying architecture of Docker containers and Kubernetes. According to the real-time price of relevant digital currencies, the difficulty of computing power and other parameters are substituted into the income formula to obtain the optimal income of different configurations algorithm. The system automatically identifies the hardware and matches it with the optimal algorithm, and loads the idle computing power into the mining container according to the income. Computing orders are matched through each hardware configuration parameter and equal weight coefficient of network conditions, and the order container is automatically loaded, deployed and tested.
For some specific application requests, such as fog computing resource requests with IO throughput requirements, transmission rate limitations, and obvious geographic coordinates, the system manually adjusts the weight coefficients, with intelligent allocation, to call the computing resources of the entire network Optimal experience for app requests.
FM's creative container expansion optimal algorithm has the following advantages:
- low access threshold;
- no security holes;
- free access and exit;
- only online loading Docker;
- 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 security mechanism;
- resource intelligent screening protocol to screen suspicious nodes;
- IPFS data layer encryption and node authority control;

Platform Application
Future Mine has developed a digital asset allocation platform for global digital currency enthusiasts. Users can realize a series of operations of the entire mining industry chain through the PC user center or APP , including cloud computing power purchase/lease, asset management, etc. Future Mine operators realize the operation management and maintenance of platform users, assets, computing power packages and transactions through the operation background.
Application Architecture
Future Mine platform provides four sets of user-oriented (including operator users) systems, including operation background, PC user center, Android platform and IOS platform APP, all based on the same bottom layer Architecture and data, providing users with 7*24 hours of uninterrupted service.

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Underlying technology
The FUTURE MINE platform is implemented based on the micro-service architecture, which is mainly divided into client layer, service layer and storage layer:

                                                                                                                                       : Mainly includes the gateway (SpringBoot server is controlled by traffic load balancing, load balancing is discovered through Dubbo RPC service, and resource allocation is realized intelligently;
- Storage layer: uses MySQL, Redis, FastDFS and other technologies to achieve secure data storage and protect user privacy .
Usage Scenario
Native Application: Mining Platform
- Special Area Computing Power Purchase
After the platform goes online, an FM zone will be launched, using FM to purchase Future Mine’s computing power contract .
- Withdrawal fee
FM can be used to deduct the withdrawal fee of the daily excavated currency during the contract period.
- Idle computing power hosting fee
Individual idle mining machines can use FM to pay for hosting Expenses, including electricity fees, operation and maintenance fees, etc.
- Electricity fee deduction
Electricity fees for personal idle mining machines can be deducted with FM.
- Public chain project node fees
Some new POW projects After going online, there is not enough computing power to support the security of the main network. After a certain amount of FM is pledged, Future Mine can allocate part of the computing power as a security node support.
- Token repurchase
Future Mine will be in the secondary In the market, a certain percentage of operating income is used to repurchase FM every week for destruction, stabilizing the credit value of the FM platform.