Future Mine: A Globally Distributed Cloud Computing Power Platform

Future Mine Limited is building a world-leading distributed cloud computing power platform. Leveraging an open computing power system and its own infrastructure, Future Mine provides professional cloud computing power solutions, backed by a strong technical team. It offers a one-stop service covering FM public chain technology, DApp solutions, computing power sales/leasing, power supply, mine operation, and more.

As a comprehensive blockchain hardware and software platform, Future Mine's industrial layout spans chip design, mining machine production, mine deployment, mine construction, mining pool development, PoW project incubation, miner communities, and computing power sales/leasing across various sectors.

Business Model

Future Mine distinguishes itself as the first blockchain platform encompassing the entire industry chain, covering:

• Hardware: Chip design, mining machine production, mine deployment

• Software & Services: Mining pool R&D, PoW project incubation, miner community building

• Computing Power Marketplace: Sales, leasing, and C2C exchange

• Financial Services: Digital currency financial derivatives

Beyond its established ASIC-based mining operations, Future Mine actively integrates GPU-based computing, offering:

• Containerized Mining: Deploys computing power nodes within containers for lower barriers to entry and enhanced physical security.

• Optimal Algorithm Model: Automatically identifies GPU hardware and switches to the most profitable algorithm based on real-time cryptocurrency prices and mining difficulty.

• Traditional Computing Power Output: Utilizes GPU mining rigs for big data processing, AI algorithm training, edge computing, and fog computing, providing diverse revenue streams and affordable computing power to clients.

Solutions

Future Mine addresses the challenges of centralized computing power and limited access by creating a decentralized, blockchain-based platform for sharing computing resources. This platform ensures:

• Openness: Equal opportunity for participation.

• Fairness: Transparent and equitable resource allocation.

• Transparency: Traceable and auditable operations.

• Low Barrier to Entry: Accessible to a wide range of users.

Future Mine's comprehensive services include:

• Mine construction

• Computing power leasing

• Mine operation

• Equipment procurement

• Computing power investment

• Digital asset trading, circulation, and exchange

Key Advantages:

1. Low Electricity Costs: Strategically located mines in regions with low electricity prices, such as Russia, Canada, and Sweden, ensure stable returns on investment. Average electricity costs are $0.045/kWh, with some mines utilizing nuclear power.

2. Global Presence: Mitigates risks associated with individual country regulations and promotes operational stability.

3. Multi-Mode Mining: Offers both Proof-of-Work (PoW) and Proof-of-Stake (PoS) mining options, including ASIC, GPU, CPU, IPFS, and CDN bandwidth mining, providing flexibility for users.

4. CDN Core Network: Employs a robust CDN network for high-speed access, enhanced node stability, and robust DDoS attack mitigation.

5. Comprehensive Computing Power Trading Platform: Connects users with self-operated and mainstream mining pools, facilitating easy access to computing power and diverse digital asset investment opportunities.

Technical Mechanisms

Core Algorithm:

Future Mine leverages Docker containers and Kubernetes architecture to dynamically allocate computing power based on real-time cryptocurrency prices and mining difficulty.

• Automatic Hardware Detection: Identifies and matches hardware with optimal mining algorithms.

• Profitability-Based Resource Allocation: Dynamically adjusts mining workloads based on profitability calculations.

• Customizable Weighting Factors: Allows for fine-tuning resource allocation based on specific application requirements such as IO throughput, latency, and geographical location.

Five-Layer Security Protocol:

1. Smart contract security mechanisms

2. Consensus layer security

3. Container physical isolation

4. Resource filtering for suspicious nodes

5. IPFS data encryption and access control

Platform Applications:

• Mining Platform: Users can access a user-friendly interface for purchasing/leasing cloud computing power and managing their assets.

• Operator Backend: Provides tools for platform administration, user management, asset control, and transaction monitoring.

Application Architecture:

Future Mine offers a unified platform accessible through:

• Operator backend

• PC user center

• Android app

• iOS app

This multi-platform approach ensures 24/7 accessibility and consistent user experience.

Underlying Technology:

Future Mine utilizes a microservices architecture with distinct layers:

• Client Layer: User interface built with AJAX, HTML, and CSS, accessible through web browsers and mobile apps.

• Service Layer: Includes a SpringBoot-based gateway for load balancing and Dubbo RPC for service discovery and resource allocation.

• Storage Layer: Employs MySQL, Redis, and FastDFS technologies for secure and scalable data storage, ensuring user privacy.

Use Cases:

• FM Zone: Purchase Future Mine computing power contracts using FM tokens.

• Transaction Fee Deduction: Offset withdrawal fees with FM tokens.

• Idle Computing Power Hosting Fees: Pay for hosting services like electricity and maintenance with FM.

• Electricity Bill Deduction: Use FM tokens to cover electricity costs for hosted mining rigs.

• Public Chain Node Fees: New PoW projects can stake FM tokens to secure dedicated computing power for network security.

• Token Buyback and Burn: Future Mine uses a portion of its operational revenue to repurchase and burn FM tokens, enhancing token value and platform stability.

Future Mine is well-positioned to become a major player in the rapidly growing cloud computing power market. By leveraging blockchain technology and a user-centric approach, it offers accessible, secure, and profitable solutions for both individuals and businesses seeking to participate in the future of computing.