Future Gold
  • Future Gold
  • Future Gold
    • FGT Decentralized
    • Financial Inclusion
    • FGT Ecosystem
    • FGT Blockchain
    • How the Blockchain Works
  • BLOCKCHAIN STRUCTURE
    • FGT Algorithm
    • FGT Platform Structure
    • FGT Cloud Mining
    • FGT Digital Wallet
    • FGT Token Digital Wallet
    • Marketing Strategy
    • Marketing Team
  • AI Arbitrage Trade System
    • 1. Market Introduction
      • 1.1. The Origins
      • 1.2. Current Metrics
      • 1.3. Performance
      • 1.4. Projections
      • 1.5. Regulation
      • 1.7. Liquidity
      • 1.8 Volatility
      • 1.9 Spread
    • 2. Problem Description
    • 3. Arbitrage Trading
    • 4. Product Solution
      • 4.1. Future Gold Arbitrage Platform
      • 4.2. Beta Phase: Arbitrage Pairs Trading
      • 4.3. Stage 1: Arbitrage Pairs Trading
      • 4.4. Stage 2: Simultaneous
      • 4.5. Stage 3: Arbitrage Chain Trading
      • 4.6. Stage 4: Fully Decentralized
    • 5. Technical Details
      • 5.1. Blockchain
        • 5.1.1. Proof-of-Stake Consensus Mechanism
        • 5.1.2. Fully Decentralized
        • 5.1.3. Fastest Transaction Speeds in the Industry
        • 5.1.4. Low Transaction Costs
        • 5.1.5. Differences between Bitcoin and Future Gold
        • 5.1.6. Future Gold wallet
        • 5.1.7. Staking
        • 5.1.8. Staking Rewards
        • 5.1.9. Future Gold Blocks
      • 5.2. APIs of Cryptocurrency Exchanges
        • 5.2.1. APIs in General
        • 5.2.2. APIs in the World Wide Web
        • 5.2.3. APIs of Cryptocurrency Exchanges
        • 5.2.4. API Response Normalization
      • 5.3 Latency Reduction
        • 5.3.1. Why Latency Is a Problem
        • 5.3.2. Our Latency Approach
      • 5.4. Beta Phase: Prototype
        • 5.4.1. System Architecture
        • 5.4.2. Routing
        • 5.4.3. Latency
      • 5.5. Stage 1: Arbitrage Pairs Trading
        • 5.5.1. System Architecture
        • 5.5.2. Routing
        • 5.5.3. Latency
      • 5.6. Stage 2: Simultaneous Short-Long Strategy
        • 5.6.1. System Architecture
        • 5.6.2. Routing
        • 5.6.3. Latency
      • 5.7. Stage 3: Arbitrage Chain Trading
        • 5.7.1. System Architecture
        • 5.7.2. Routing
        • 5.7.3. Latency
      • 5.8 Stage 4: Fully Decentralized Arbitrage Trading
        • 5.8.1 System Architecture
        • 5.8.2 Routing
        • 5.8.3 Latency
    • 6. Conclusion
    • Task Center
      • How to get a task
      • How to complete the task
      • Task Center Frequently Asked Questions
      • Task center conditions and terms of use
  • BINANCE EDUCATION
    • Account Functions
      • How to Register on Binance App
      • How to Register on Binance with Mobile Number
      • How to Register on Binance by Email
      • How to Use Binance Referral Program
      • How to Disable My Account
      • How to Unlock My Account on Binance App
      • How to Unlock an Account
      • How to Convert Small Account Balance to BNB
      • How to Manage Sub-Account Functions and Frequently Asked Questions
      • How to Reset Your Binance Account Password
      • How to Generate Binance Account Statements
    • Identity Verification
      • How to Complete Identity Verification
      • How to Apply for Corporate Account
    • Two-factor Authentication
      • How to Enable Google Authentication (2FA) and Frequently Asked Questions
      • How to Solve 2FA Code Error
      • How to Reset Google Authentication on Binance App
      • How to Reset Google Authentication
      • How to Reset SMS Authentication on Binance App
      • How to Reset SMS Authentication
      • Supported SMS countries
      • Why Can’t I Receive SMS Verification Codes
      • How to Use YubiKey for Two-factor Authentication (2FA) on Binance
      • How to delete YubiKey for Two-factor Authentication (2FA)
      • How to Enable Binance Authenticator
    • Email Issues
      • How to Change Account Email
      • Why Can’t I Receive Emails from Binance
      • How to Whitelist Binance Emails
    • Referral & Affiliates
      • How to Redeem a Futures Bonus Voucher/Cash Voucher
      • How to Redeem Savings Trial Fund
      • How to Redeem a VIP Upgrade Voucher
      • Cashback Voucher Terms and Conditions
      • How to Redeem a Cashback Voucher
      • How to Redeem a Margin 0% Interest Voucher
      • How to Redeem a Voucher Code
    • Wallets
      • How to Check Balance and Transfer Funds on Wallet Overview
      • How to Connect Binance Extension Wallet (BEW) via Wallet Direct
      • Frequently Asked Questions on Binance App Funding Wallet Migration
      • Frequently Asked Questions on P2P Wallet to Funding Wallet Migration
    • Task Center
      • How to get a task
      • How to complete the task
      • Task Center Frequently Asked Questions
      • Task center conditions and terms of use
  • Created Wallet Address
    • Metamask Wallet Address
    • Connecting MetaMask to BNB Smart Chain
    • Add BUSD token in Metamask
    • Trust Wallet Address
      • Protect Your Crypto Wallet
      • Recovery Phrase or Private Key
  • FUTURE GOLD ACADEMY
    • IDO FUTURE GOLD FGT
      • Daily Gold Farms Future Interest
      • Daily Gold Farms Fixed Interest
      • Daily Gold Farms Compound Interest
    • Telegram Chat Id
    • How To Buy FGT
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  1. Future Gold

How the Blockchain Works

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Last updated 1 year ago

The Blockchain system consists of two types of records, transactions and blocks. This transaction is stored together in one block. The unique thing about the Blockchain is that each block contains cryptographic hashes that form a network. Cryptographic hash function is to take data from the previous block and convert it to compact string. This string allows the system to easily detect sabotage.

With this method, it means that each block does not need to have a serial number, the hash allows each block to verify its integrity. Each block will confirm its validity from the previous block. Block connection is not the only thing that keeps the network safe. This technology is also decentralized, every computer with installed software has a copy of Blockchain that is constantly updated with new blocks. There is no centralized server that holds the transaction, and because each new block must meet the requirements in the chain or network, no one can overwrite the previous transaction.

Other transaction requirements, i.e. can be used to determine valid entries. In Bitcoin, for example, valid transactions must be digitally signed, and must issue one or more unused outputs from the previous transaction, as well as the number of outputs transactions cannot exceed the number of inputs.

Transactions using Blockchain technology are peer-to-peer, meaning that data (can be messages, money, or important information) can be transferred from one user to another without the help of a third party to process it.

With Blockchain, we no longer need to depend on one server because all transactions are replicated throughout the network so that we avoid various forms of fraud due to modified data, server down, or hacked accounts.

Instant, Safe, Efficient and Transparent

Data transmission occurs instantly and efficiently. All transactions and data storage are guaranteed to be safe because they are replicated throughout the blockchain network so that to change one data, the hacker must also change the same data on all other user's computers at the same time.This is very impossible to do. Blockchain is like a big book where all transactions are transparent and can be checked by everyone so that they ensure credibility.

Blockchain technology appears to revolutionize our technology into a more modern world with a more instant, transparent and efficient work system without the need to rely on centralized servers. Blockchain technology appears to revolutionize our technology into a more modern world with a more instant, transparent and efficient work system without the need to rely on a centralized server.