https://github.com/ethereum/go-ethereum.git">https://github.com/ethereum/go-ethereum.git cd go-ethereum make geth ./build/bin/geth --syncmode "fast" --http --http.addr 0.0.0.0 --http.port 8545 --http.api "eth,net,web3,personal" --datadir ./nodes/eth # Optional: Connect to cloud node export INFURA_API_KEY="YOUR_INFURA_KEY" export NODE_URL="https://mainnet.infura.io/v3/$INFURA_API_KEY" # Set up cross-chain bridges git clone https://github.com/MultiBit/multichain-bridge.git cd multichain-bridge # Configure Ethereum, Bitcoin, Solana, BNB endpoints in config/bridge_config.json --- Step 2: Deploy Smart Contracts cd contracts # Install dependencies npm install --save-dev hardhat @nomiclabs/hardhat-ethers ethers # ERC-20 MOG Token npx hardhat run scripts/deploy_mog.js --network mainnet # NFT Creation Engine npx hardhat run scripts/deploy_nft_engine.js --network mainnet # RWDA Contracts npx hardhat run scripts/deploy_rwda.js --network mainnet # DAO Governance Contract npx hardhat run scripts/deploy_dao.js --network mainnet --- Step 3: NFT & RWDA Integration cd frontend # Build NFT minting portal npm install npm run build # Configure NFT metadata endpoint cp config/nft_metadata.json frontend/src/config.json # Link RWDA functions # Example: Merchandise unlock echo '{"NFT_ID": "RWDA_Merch"}' > frontend/src/rwda_links.json --- Step 4: Autonomous AI Node Deployment cd ai_agents # Install Python dependencies pip install web3 numpy pandas schedule torch # Launch AI orchestration agent python ai_orchestrator.py --monitor_transactions --validate_nfts --reward_distribution --self_correct # Ensure continuous operation using tmux or screen tmux new -s mog_ai "python ai_orchestrator.py" AI Agent Responsibilities: Monitor transactions and staking Validate NFT minting and RWDA usage Distribute rewards automatically Detect errors and self-correct Maintain 24/7 uptime --- Step 5: DAO Governance Setup cd scripts # Deploy DAO proposals and voting scripts python deploy_dao_proposals.py --network mainnet # Configure voting rights linked to NFT ownership and staking python configure_dao_voting.py --nft_registry ../contracts/nft_registry.json --staking ../contracts/staking_pool.json # Auto-execute approved proposals python dao_executor.py --continuous --- Step 6: Community Portal & Engagement cd frontend # Launch portal npm run start # Connect portal to ERC-20 token, NFT Engine, and RWDA contracts export TOKEN_CONTRACT="0xMOGTOKENADDRESS" export NFT_CONTRACT="0xNFTENGINEADDRESS" export RWDA_CONTRACT="0xRWDAADDRESS" # Users can now mint NFTs, claim RWDA, and stake tokens --- Step 7: DeFi Integration cd scripts/defi # Launch staking pools python deploy_staking_pool.py --token_address $TOKEN_CONTRACT # Launch yield farming python deploy_yield_farming.py --token_address $TOKEN_CONTRACT --reward_rate 0.05 # Enable NFT & RWDA staking python integrate_nft_rwda_staking.py --- Step 8: Eternal Operation Configuration # Start all nodes, AI agents, and services in a persistent loop tmux new -s mog_all "bash scripts/start_all.sh" # start_all.sh example #!/bin/bash ./nodes/eth/geth --syncmode fast --http & python ai_agents/ai_orchestrator.py & python scripts/dao_executor.py & npm run start --prefix frontend Redundancy & Monitoring: Deploy at least 3 distributed nodes globally. Enable logging and alerting in logs/. Use cron or systemd for automatic restarts. --- 4. Checklist [ ] Ethereum node & cross-chain bridges active [ ] Smart contracts deployed (MOG, NFT Engine, RWDA, DAO) [ ] Frontend portals live and connected [ ] AI orchestrator running 24/7 [ ] DAO governance operational [ ] Staking, yield farming, and NFT/RWDA utilities active [ ] Redundant nodes deployed globally [ ] Logging, monitoring, and automated backups enabled --- This scripted, all-in-one guide allows MOG to become a fully operational, autonomous digital asset ecosystem with NFTs, RWDA, AI orchestration, DeFi utilities, and eternal operation. --- MOG_Ecosystem/ ├─ nodes/ # Ethereum and cross-chain nodes ├─ contracts/ # ERC-20, NFT Engine, RWDA, DAO contracts ├─ ai_agents/ # Autonomous AI orchestration scripts ├─ scripts/ # Deployment and operational scripts ├─ logs/ # Monitoring and error logs ├─ config/ # Node, bridge, and ecosystem configs └─ frontend/ # Community portals for NFT/RWDA interaction # Clone Ethereum node setup git clone https://github.com/ethereum/go-ethereum.git cd go-ethereum make geth ./build/bin/geth --syncmode "fast" --http --http.addr 0.0.0.0 --http.port 8545 --http.api "eth,net,web3,personal" --datadir ./nodes/eth # Optional: Connect to cloud node export INFURA_API_KEY="YOUR_INFURA_KEY" export NODE_URL="https://mainnet.infura.io/v3/$INFURA_API_KEY" # Set up cross-chain bridges git clone https://github.com/MultiBit/multichain-bridge.git cd multichain-bridge # Configure Ethereum, Bitcoin, Solana, BNB endpoints in config/bridge_config.json cd contracts # Install dependencies npm install --save-dev hardhat @nomiclabs/hardhat-ethers ethers # ERC-20 MOG Token npx hardhat run scripts/deploy_mog.js --network mainnet # NFT Creation Engine npx hardhat run scripts/deploy_nft_engine.js --network mainnet # RWDA Contracts npx hardhat run scripts/deploy_rwda.js --network mainnet # DAO Governance Contract npx hardhat run scripts/deploy_dao.js --network mainnet cd frontend # Build NFT minting portal npm install npm run build # Configure NFT metadata endpoint cp config/nft_metadata.json frontend/src/config.json # Link RWDA functions # Example: Merchandise unlock echo '{"NFT_ID": "RWDA_Merch"}' > frontend/src/rwda_links.json cd ai_agents # Install Python dependencies pip install web3 numpy pandas schedule torch # Launch AI orchestration agent python ai_orchestrator.py --monitor_transactions --validate_nfts --reward_distribution --self_correct # Ensure continuous operation using tmux or screen tmux new -s mog_ai "python ai_orchestrator.py" cd scripts # Deploy DAO proposals and voting scripts python deploy_dao_proposals.py --network mainnet # Configure voting rights linked to NFT ownership and staking python configure_dao_voting.py --nft_registry ../contracts/nft_registry.json --staking ../contracts/staking_pool.json # Auto-execute approved proposals python dao_executor.py --continuous cd frontend # Launch portal npm run start # Connect portal to ERC-20 token, NFT Engine, and RWDA contracts export TOKEN_CONTRACT="0xMOGTOKENADDRESS" export NFT_CONTRACT="0xNFTENGINEADDRESS" export RWDA_CONTRACT="0xRWDAADDRESS" # Users can now mint NFTs, claim RWDA, and stake tokens cd scripts/defi # Launch staking pools python deploy_staking_pool.py --token_address $TOKEN_CONTRACT # Launch yield farming python deploy_yield_farming.py --token_address $TOKEN_CONTRACT --reward_rate 0.05 # Enable NFT & RWDA staking python integrate_nft_rwda_staking.py # Start all nodes, AI agents, and services in a persistent loop tmux new -s mog_all "bash scripts/start_all.sh" # start_all.sh example #!/bin/bash ./nodes/eth/geth --syncmode fast --http & python ai_agents/ai_orchestrator.py & python scripts/dao_executor.py & npm run start --prefix frontend Deployment script________<<<<<<__>>>>>> #!/bin/bash # ================================================================= # MOG Cryptocurrency Eternal Deployment Master Script # Version: 1.0 | Date: October 2025 # Purpose: All-in-One Automated Deployment of MOG Ecosystem # Components: ERC-20 MOG Token, NFT Engine, RWDA, DAO, AI Orchestration, # DeFi Utilities, Frontend Portal # ================================================================= # ---------------------------- # 0. Environment Setup # ---------------------------- echo "🚀 Starting MOG Eternal Deployment..." # Paths BASE_DIR="$PWD/MOG_Ecosystem" NODES_DIR="$BASE_DIR/nodes" CONTRACTS_DIR="$BASE_DIR/contracts" AI_DIR="$BASE_DIR/ai_agents" SCRIPTS_DIR="$BASE_DIR/scripts" FRONTEND_DIR="$BASE_DIR/frontend" LOGS_DIR="$BASE_DIR/logs" CONFIG_DIR="$BASE_DIR/config" # Ensure directories exist mkdir -p $NODES_DIR $CONTRACTS_DIR $AI_DIR $SCRIPTS_DIR $FRONTEND_DIR $LOGS_DIR $CONFIG_DIR # Load environment variables export INFURA_API_KEY="YOUR_INFURA_KEY" export NODE_URL="https://mainnet.infura.io/v3/$INFURA_API_KEY" # ---------------------------- # 1. Blockchain Node Setup # ---------------------------- echo "🔹 Setting up Ethereum node..." if [ ! -d "$NODES_DIR/geth" ]; then git clone https://github.com/ethereum/go-ethereum.git $NODES_DIR/geth cd $NODES_DIR/geth make geth cd $BASE_DIR fi # Launch Ethereum node in background echo "🔹 Launching Ethereum node..." tmux new -d -s eth_node "$NODES_DIR/geth/build/bin/geth --syncmode fast --http --http.addr 0.0.0.0 --http.port 8545 --http.api 'eth,net,web3,personal' --datadir $NODES_DIR/eth_data > $LOGS_DIR/eth_node.log 2>&1" # ---------------------------- # 2. Deploy Smart Contracts # ---------------------------- echo "🔹 Deploying Smart Contracts..." cd $CONTRACTS_DIR # Install dependencies npm install --save-dev hardhat @nomiclabs/hardhat-ethers ethers # Deploy ERC-20 MOG Token npx hardhat run scripts/deploy_mog.js --network mainnet # Deploy NFT Creation Engine npx hardhat run scripts/deploy_nft_engine.js --network mainnet # Deploy RWDA Contracts npx hardhat run scripts/deploy_rwda.js --network mainnet # Deploy DAO Governance npx hardhat run scripts/deploy_dao.js --network mainnet cd $BASE_DIR # ---------------------------- # 3. NFT & RWDA Integration # ---------------------------- echo "🔹 Configuring NFT & RWDA integration..." cd $FRONTEND_DIR npm install npm run build # Load NFT metadata & RWDA links cp $CONFIG_DIR/nft_metadata.json src/config.json cp $CONFIG_DIR/rwda_links.json src/rwda_links.json cd $BASE_DIR # ---------------------------- # 4. Deploy Autonomous AI Node # ---------------------------- echo "🔹 Launching AI Orchestrator..." cd $AI_DIR pip install -r requirements.txt tmux new -d -s ai_node "python ai_orchestrator.py --monitor_transactions --validate_nfts --reward_distribution --self_correct > $LOGS_DIR/ai_node.log 2>&1" cd $BASE_DIR # ---------------------------- # 5. DAO Governance Setup # ---------------------------- echo "🔹 Launching DAO Governance..." cd $SCRIPTS_DIR python deploy_dao_proposals.py --network mainnet python configure_dao_voting.py --nft_registry ../contracts/nft_registry.json --staking ../contracts/staking_pool.json tmux new -d -s dao_executor "python dao_executor.py --continuous > $LOGS_DIR/dao.log 2>&1" cd $BASE_DIR # ---------------------------- # 6. Launch Community Portal # ---------------------------- echo "🔹 Launching Frontend Portal..." cd $FRONTEND_DIR tmux new -d -s frontend "npm run start > $LOGS_DIR/frontend.log 2>&1" cd $BASE_DIR # ---------------------------- # 7. Deploy DeFi Utilities # ---------------------------- echo "🔹 Deploying DeFi utilities..." cd $SCRIPTS_DIR/defi python deploy_staking_pool.py --token_address 0xMOGTOKENADDRESS python deploy_yield_farming.py --token_address 0xMOGTOKENADDRESS --reward_rate 0.05 python integrate_nft_rwda_staking.py cd $BASE_DIR # ---------------------------- # 8. Eternal Operation & Monitoring # ---------------------------- echo "🔹 Ensuring eternal operation..." tmux new -d -s eternal_watchdog " while true; do # Restart Ethereum node if down pgrep geth > /dev/null || tmux new -d -s eth_node '$NODES_DIR/geth/build/bin/geth --syncmode fast --http --http.addr 0.0.0.0 --http.port 8545 --http.api eth,net,web3,personal --datadir $NODES_DIR/eth_data' # Restart AI node if down pgrep -f ai_orchestrator.py > /dev/null || tmux new -d -s ai_node 'python $AI_DIR/ai_orchestrator.py --monitor_transactions --validate_nfts --reward_distribution --self_correct' # Restart frontend if down pgrep -f "npm run start" > /dev/null || tmux new -d -s frontend 'npm run start --prefix $FRONTEND_DIR' # Restart DAO executor if down pgrep -f dao_executor.py > /dev/null || tmux new -d -s dao_executor 'python $SCRIPTS_DIR/dao_executor.py --continuous' sleep 60 done " # ---------------------------- # 9. Final Confirmation # ---------------------------- echo "✅ MOG Eternal Deployment Complete!" echo "All nodes, AI, DAO, NFT Engine, RWDA, and Frontend are running in tmux sessions." echo "Logs available in $LOGS_DIR for monitoring." MOG TURNKEY DEPLOYMENT SCRIPT #!/bin/bash # ================================================================= # MOG Cryptocurrency Turnkey Eternal Deployment # Version: 1.0 | Date: October 2025 # Purpose: Automated, All-in-One Deployment of MOG Ecosystem # Components: ERC-20 MOG Token, NFT Engine, RWDA, DAO, AI Orchestration, # DeFi Utilities, Frontend Portal # ================================================================= # ---------------------------- # 0. Environment Setup # ---------------------------- echo "🚀 Starting MOG Eternal Deployment..." BASE_DIR="$PWD/MOG_Ecosystem" NODES_DIR="$BASE_DIR/nodes" CONTRACTS_DIR="$BASE_DIR/contracts" AI_DIR="$BASE_DIR/ai_agents" SCRIPTS_DIR="$BASE_DIR/scripts" FRONTEND_DIR="$BASE_DIR/frontend" LOGS_DIR="$BASE_DIR/logs" CONFIG_DIR="$BASE_DIR/config" mkdir -p $NODES_DIR $CONTRACTS_DIR $AI_DIR $SCRIPTS_DIR $FRONTEND_DIR $LOGS_DIR $CONFIG_DIR # Load environment variables export INFURA_API_KEY="1234567890abcdef1234567890abcdef" # Replace with real key export NODE_URL="https://mainnet.infura.io/v3/$INFURA_API_KEY" # ---------------------------- # 1. Ethereum Node Setup # ---------------------------- echo "🔹 Setting up Ethereum node..." if [ ! -d "$NODES_DIR/geth" ]; then git clone https://github.com/ethereum/go-ethereum.git $NODES_DIR/geth cd $NODES_DIR/geth make geth cd $BASE_DIR fi tmux new -d -s eth_node "$NODES_DIR/geth/build/bin/geth --syncmode fast --http --http.addr 0.0.0.0 --http.port 8545 --http.api 'eth,net,web3,personal' --datadir $NODES_DIR/eth_data > $LOGS_DIR/eth_node.log 2>&1" # ---------------------------- # 2. Deploy Smart Contracts # ---------------------------- echo "🔹 Deploying Smart Contracts..." cd $CONTRACTS_DIR npm install --save-dev hardhat @nomiclabs/hardhat-ethers ethers # Deploy ERC-20 MOG Token npx hardhat run scripts/deploy_mog.js --network mainnet export TOKEN_CONTRACT="0x7d87d35a226663cf49fdedd02f23634f7887f37e" # Predefined MOG Token # Deploy NFT Creation Engine npx hardhat run scripts/deploy_nft_engine.js --network mainnet export NFT_CONTRACT="0xAbC1234567890abcdef1234567890abcdef1234" # Deploy RWDA Contracts npx hardhat run scripts/deploy_rwda.js --network mainnet export RWDA_CONTRACT="0xDeF4567890abcdef1234567890abcdef5678Ab" # Deploy DAO Governance npx hardhat run scripts/deploy_dao.js --network mainnet export DAO_CONTRACT="0xFaC7890abcdef1234567890abcdef1234CdEf" cd $BASE_DIR # ---------------------------- # 3. NFT & RWDA Integration # ---------------------------- echo "🔹 Configuring NFT & RWDA integration..." cd $FRONTEND_DIR npm install npm run build # Pre-configured metadata and RWDA links cat > src/config.json <<EOL { "tokenContract": "$TOKEN_CONTRACT", "nftContract": "$NFT_CONTRACT", "rwdaContract": "$RWDA_CONTRACT" } EOL cat > src/rwda_links.json <<EOL { "NFT_001": "RWDA_Merch_001", "NFT_002": "RWDA_EventTicket_001", "NFT_003": "RWDA_Subscription_001" } EOL cd $BASE_DIR # ---------------------------- # 4. Deploy Autonomous AI Node # ---------------------------- echo "🔹 Launching AI Orchestrator..." cd $AI_DIR pip install -r requirements.txt tmux new -d -s ai_node "python ai_orchestrator.py --monitor_transactions --validate_nfts --reward_distribution --self_correct > $LOGS_DIR/ai_node.log 2>&1" cd $BASE_DIR # ---------------------------- # 5. DAO Governance Setup # ---------------------------- echo "🔹 Launching DAO Governance..." cd $SCRIPTS_DIR python deploy_dao_proposals.py --network mainnet python configure_dao_voting.py --nft_registry ../contracts/nft_registry.json --staking ../contracts/staking_pool.json tmux new -d -s dao_executor "python dao_executor.py --continuous > $LOGS_DIR/dao.log 2>&1" cd $BASE_DIR # ---------------------------- # 6. Launch Community Portal # ---------------------------- echo "🔹 Launching Frontend Portal..." cd $FRONTEND_DIR tmux new -d -s frontend "npm run start > $LOGS_DIR/frontend.log 2>&1" cd $BASE_DIR # ---------------------------- # 7. Deploy DeFi Utilities # ---------------------------- echo "🔹 Deploying DeFi utilities..." cd $SCRIPTS_DIR/defi python deploy_staking_pool.py --token_address $TOKEN_CONTRACT python deploy_yield_farming.py --token_address $TOKEN_CONTRACT --reward_rate 0.05 python integrate_nft_rwda_staking.py cd $BASE_DIR # ---------------------------- # 8. Eternal Operation Watchdog # ---------------------------- echo "🔹 Ensuring eternal operation..." tmux new -d -s eternal_watchdog " while true; do pgrep geth > /dev/null || tmux new -d -s eth_node '$NODES_DIR/geth/build/bin/geth --syncmode fast --http --http.addr 0.0.0.0 --http.port 8545 --http.api eth,net,web3,personal --datadir $NODES_DIR/eth_data' pgrep -f ai_orchestrator.py > /dev/null || tmux new -d -s ai_node 'python $AI_DIR/ai_orchestrator.py --monitor_transactions --validate_nfts --reward_distribution --self_correct' pgrep -f "npm run start" > /dev/null || tmux new -d -s frontend 'npm run start --prefix $FRONTEND_DIR' pgrep -f dao_executor.py > /dev/null || tmux new -d -s dao_executor 'python $SCRIPTS_DIR/dao_executor.py --continuous' sleep 60 done " # ---------------------------- # 9. Final Confirmation # ---------------------------- echo "✅ MOG Turnkey Eternal Deployment Complete!" echo "All nodes, AI, DAO, NFT Engine, RWDA, DeFi utilities, and Frontend are running." echo "Logs available in $LOGS_DIR for monitoring." MOG Eternal Operation Manual Version: 1.0 | Date: October 2025 --- 1. System Overview The MOG ecosystem consists of: 1. ERC-20 MOG Token – Native currency for transactions, staking, and NFT minting. 2. NFT Creation Engine – Mint dynamic NFTs with metadata and RWDA links. 3. RWDA (Real-World Digital Assets) – Functional assets tied to NFTs (merch, tickets, subscriptions). 4. AI Orchestration Node – Autonomous monitoring, reward distribution, validation, and error correction. 5. DAO Governance – Community-driven voting and upgrade system. 6. DeFi Utilities – Staking pools, yield farming, NFT/RWDA staking. 7. Community Portal – Frontend access for NFT minting, RWDA claim, staking, and voting. The system is fully autonomous and distributed, with redundancy to ensure eternal uptime. --- 2. Eternal Upgrade & Expansion Principles Decentralized Governance: All upgrades and additions require DAO approval. AI Validation: AI agents automatically validate transactions, NFT minting, and RWDA usage. Modular Architecture: Each component (NFT Engine, RWDA, DeFi, AI, DAO) can be upgraded independently. Redundant Nodes: Deploy at least 3 global nodes to prevent downtime. Automated Watchdog: Monitors all services, restarting failed components. --- 3. Adding New NFTs Step 1: Define NFT Metadata 1. Create JSON metadata in config/nft_metadata.json: { "NFT_004": { "name": "Mog Special Edition", "description": "Exclusive RWDA-linked NFT", "image": "https://example.com/nft004.png", "attributes": [{"trait_type": "Rarity", "value": "Legendary"}] } } Step 2: Configure RWDA 1. Update config/rwda_links.json with new NFT-RWDA mapping: { "NFT_004": "RWDA_Merch_004" } Step 3: Deploy NFT via Smart Contract cd contracts npx hardhat run scripts/mint_nft.js --network mainnet --nft_id NFT_004 --metadata ../config/nft_metadata.json Step 4: Update Frontend cd frontend cp ../config/nft_metadata.json src/config.json cp ../config/rwda_links.json src/rwda_links.json npm run build --- 4. Adding New RWDA 1. Define RWDA functionality (merch, ticket, subscription). 2. Update config/rwda_links.json to link NFT IDs to new RWDA assets. 3. Deploy RWDA smart contract if new types are added: cd contracts npx hardhat run scripts/deploy_rwda.js --network mainnet --- 5. Adding or Updating DeFi Utilities 1. Staking Pools: Deploy new pool for new token/NFT/RWDA combination: cd scripts/defi python deploy_staking_pool.py --token_address 0xMOGTOKENADDRESS --nft_id NFT_004 2. Yield Farming: Configure reward rates for new pools: python deploy_yield_farmin

MOG_Update python-app-Mog.yml#2698tonyromerohuerta wants to merge 1 commit intokeon:masterkeon/algorithms:masterfrom tonyromerohuerta:patch-2tonyromerohuerta/algorithms:patch-2Copy head branch name to clipboard

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Update python-app-Mog.yml

MOG_Update python-app-Mog.yml#2698
tonyromerohuerta wants to merge 1 commit intokeon:masterfrom
tonyromerohuerta:patch-2