Sovereign ZkFlywheel (V2) Vimalakīrti Nirdeśa Sūtra

📌 Vision & Architecture

A production-grade Pure DePIN + ZK-TLS ecosystem operating on a Sovereign-Led Proposed, Tri-Party Weighted Consensus mechanism. This architecture mitigates governance hostile takeovers while maximizing social mobility and baseline employment.

📊 Tokenomics & Consensus Alignment

• 60% Public/Citizens Pool: Absolute veto and strategic direction layout (SBT-verified).
• 30% Enterprise Investors Pool: Capital stability and infrastructure scaling.
• 10% Core Developers & Scientific R&D Pool: Continuous protocol advancement.
• CEO/Sovereign (0.5% - 5% Golden Share): Global notification payload delivery and emergency circuit breaking.

🛠️ Smart Contract Audit

The codebase is located in SovereignZkFlywheel.sol. It encapsulates intra-group peer-review mechanics (filterGroupProposal) and cryptographic fiat verification loops.

Sovereign-ZkFlywheel-V2

Pure DePIN + ZK Architecture with Sovereign-Led Governance // SPDX-License-Identifier: MIT pragma solidity ^0.8.26;

interface IZKTLSVerifier { function verifyBankReceipt( bytes calldata zkProof, uint256 amountInSatang, string calldata bankTxId ) external view returns (bool); }

/**

• @title SovereignZkFlywheel_v2

• @notice Pure DePIN + ZK Architecture integrating Sovereign-Led Administration with Tri-Party Weighted Governance.

• @dev Eliminates complete key-destruction vulnerabilities by establishing a secure, immutable checks-and-balances framework. */ contract SovereignZkFlywheel {

  IZKTLSVerifier public immutable zkTLSVerifier; address public depinAiConsensusNetwork; address public ceo; // The Sovereign Admin: holds exclusive broadcast and tie-breaker rights.

  enum Role { Public, Investor, Dev } enum ProposalStatus { Filtering, ActiveVoting, Passed, Rejected }

  struct Proposal { uint256 id; address proposer; string description; Role creatorRole; ProposalStatus status; uint256 filteringVotes; // Internal peer-review counter within the sub-group. uint256 yesVotesWeighted; // Global weighted approval consensus. uint256 noVotesWeighted; // Global weighted rejection consensus. uint256 createdAt; }

  struct PoolState { uint256 totalLpDeposited;
  uint256 quarterlyCashbackPool; uint256 gasSubsidyPaymaster; // 0.5% allocation dedicated to subsidizing user gas fees. }

  PoolState public globalPool; uint256 public proposalCount;

  mapping(uint256 => Proposal) public proposals; mapping(uint256 => mapping(address => bool)) public hasVoted; mapping(uint256 => mapping(address => bool)) public hasFiltered;

  // Cryptographic & Role registries mapping(address => bool) public soulboundHumanRegistry; // Verified Citizens (60% collective weight) mapping(address => bool) public isRegisteredDev; // Technical Auditors (5% collective weight) mapping(address => bool) public isRegisteredInvestor; // Capital Providers (30% collective weight)

  mapping(address => uint256) public ownedAIFleets; mapping(address => uint256) public enterpriseLpShares; mapping(string => bool) public processedBankTxIds;

  // Fee Allocation Constants (Basis Points: 10000 = 100%) uint256 public constant DUAL_FEE_BPS = 500; // 5% dual-sided platform fee uint256 public constant CASHBACK_BPS = 400; // 4% allocated to Quarterly SME Yield uint256 public constant GAS_SUBSIDY_BPS = 50; // 0.5% allocated to Gas Paymaster uint256 public constant MAX_AI_PER_HUMAN = 10;

  // Hardcoded Voting Weights (Total = 100) uint256 public constant PUBLIC_VOTE_WEIGHT = 60; uint256 public constant INVESTOR_VOTE_WEIGHT = 30; uint256 public constant DEV_VOTE_WEIGHT = 5; uint256 public constant CEO_VOTE_WEIGHT = 5;

  // Cryptographic & Application Telemetry event CEODashboardBroadcast(string message, uint256 timestamp); event CitizenComplaintSubmitted(address indexed citizen, string complaintText, uint256 timestamp); event ProposalSubmitted(uint256 indexed proposalId, address indexed proposer, Role role, string description); event ProposalMovedToGlobalVoting(uint256 indexed proposalId); event VoteCast(uint256 indexed proposalId, address indexed voter, bool support, uint256 weight);

  event ZKFiatDepositVerified(address indexed user, uint256 creditAmount, string bankTxId); event ZKTransactionExecuted(address indexed payer, address indexed receiver, uint256 grossVolume); event QuarterlyCashbackDistributed(address indexed enterpriseLP, uint256 payoutAmount); event DePINFleetDeployed(address indexed humanOwner, uint256 fleetId);

  modifier onlyCEO() { require(msg.sender == ceo, "Auth Error: Only the Sovereign CEO can execute this action."); _; }

  modifier onlyHumanWithSBT() { require(soulboundHumanRegistry[msg.sender], "DePIN Auth: Missing Soulbound Human Token"); _; }

  modifier onlyDePINConsensus() { require(msg.sender == depinAiConsensusNetwork, "DePIN Security: Only Web3 DePIN Compute Network can trigger"); _; }

  constructor(address _zkTLSVerifier, address _depinAi, address _ceo) { zkTLSVerifier = IZKTLSVerifier(_zkTLSVerifier); depinAiConsensusNetwork = _depinAi; ceo = _ceo; }

  // ========================================================= // 1. SOVEREIGN BROADCAST & HOTLINE PIPELINE // =========================================================

  /**

  • @notice Broadcasts immutable status updates directly to the application dashboard.
  • @dev Restricted exclusively to the Sovereign CEO to prevent system-wide coordination spam. */ function broadcastToAllUsers(string calldata message) external onlyCEO { require(bytes(message).length > 0, "Error: Message cannot be empty"); emit CEODashboardBroadcast(message, block.timestamp); }

  /**

  • @notice Allows any verified citizen via SBT to submit un-censorable complaints directly to the CEO.
  • @dev Bypasses developer/intermediary interfaces, storing the cryptographic signal directly on-chain. */ function submitComplaintToCEO(string calldata complaintText) external onlyHumanWithSBT { require(bytes(complaintText).length > 0, "Error: Complaint cannot be empty"); emit CitizenComplaintSubmitted(msg.sender, complaintText, block.timestamp); }

  // ========================================================= // 2. INTRA-GROUP PEER-REVIEW & FILTERING (SUB-DAO) // =========================================================

  /**

  • @notice Registers a decentralized proposal originating from any system tier. */ function submitProjectProposal(string calldata description, Role creatorRole) external { if (creatorRole == Role.Public) { require(soulboundHumanRegistry[msg.sender], "Auth: Must be a verified Citizen"); } else if (creatorRole == Role.Dev) { require(isRegisteredDev[msg.sender], "Auth: Must be a registered System Developer"); } else if (creatorRole == Role.Investor) { require(isRegisteredInvestor[msg.sender], "Auth: Must be a registered Partner Investor"); }

    proposalCount++; proposals[proposalCount] = Proposal({ id: proposalCount, proposer: msg.sender, description: description, creatorRole: creatorRole, status: ProposalStatus.Filtering, filteringVotes: 0, yesVotesWeighted: 0, noVotesWeighted: 0, createdAt: block.timestamp });

    emit ProposalSubmitted(proposalCount, msg.sender, creatorRole, description); }

  /**

  • @notice Internal peer-review filtering system to mitigate malicious or low-effort proposals.

  • @dev Developers audit developers, citizens review citizens. Reaching threshold pushes to global charts. */ function filterGroupProposal(uint256 proposalId) external { Proposal storage prop = proposals[proposalId]; require(prop.status == ProposalStatus.Filtering, "State Error: Proposal is not in filtering stage"); require(!hasFiltered[proposalId][msg.sender], "Auth Error: Duplicate review submission detected");

    if (prop.creatorRole == Role.Public) { require(soulboundHumanRegistry[msg.sender], "Filter Guard: Only Citizens can review Public initiatives"); } else if (prop.creatorRole == Role.Dev) { require(isRegisteredDev[msg.sender], "Filter Guard: Only Developers can audit technical modules"); } else if (prop.creatorRole == Role.Investor) { require(isRegisteredInvestor[msg.sender], "Filter Guard: Only verified Investors can review liquidity plans"); }

    hasFiltered[proposalId][msg.sender] = true; prop.filteringVotes += 1;

    // Automatically activates global voting once 10 internal peer confirmations are achieved if (prop.filteringVotes >= 10) { prop.status = ProposalStatus.ActiveVoting; emit ProposalMovedToGlobalVoting(proposalId); } }

  // ========================================================= // 3. WEIGHTED CONSENSUS VOTING ENGINE // =========================================================

  /**

  • @notice Executes global weighted consensus voting on active, pre-filtered proposals.

  • @dev Allocates immutable weights: Public (60), Investors (30), Devs (5), CEO (5). */ function voteOnProject(uint256 proposalId, bool support) external { Proposal storage prop = proposals[proposalId]; require(prop.status == ProposalStatus.ActiveVoting, "State Error: Global voting window is closed"); require(!hasVoted[proposalId][msg.sender], "Auth Error: Account has already voted");

    uint256 voteWeight = 0;

    if (msg.sender == ceo) { voteWeight = CEO_VOTE_WEIGHT; } else if (soulboundHumanRegistry[msg.sender]) { voteWeight = PUBLIC_VOTE_WEIGHT; } else if (isRegisteredInvestor[msg.sender]) { voteWeight = INVESTOR_VOTE_WEIGHT; } else if (isRegisteredDev[msg.sender]) { voteWeight = DEV_VOTE_WEIGHT; }

    require(voteWeight > 0, "Auth Error: Account lacks validated ecosystem voting weight");

    hasVoted[proposalId][msg.sender] = true;

    if (support) { prop.yesVotesWeighted += voteWeight; } else { prop.noVotesWeighted += voteWeight; }

    emit VoteCast(proposalId, msg.sender, support, voteWeight);

    // Immediate state finalization if absolute majority (>50% of global system weight) is achieved if (prop.yesVotesWeighted > 50) { prop.status = ProposalStatus.Passed; } }

  /**

  • @notice Admin interface for managing participant access tiers. */ function managementRegistry(address target, Role role, bool status) external onlyCEO { if (role == Role.Dev) { isRegisteredDev[target] = status; } else if (role == Role.Investor) { isRegisteredInvestor[target] = status; } else if (role == Role.Public) { soulboundHumanRegistry[target] = status; } }

  // ========================================================= // 4. DEPIN CORE & AUTOMATED COMPUTATION LOOP // =========================================================

  function verifyAndCreditFiatDeposit( bytes calldata zkProof, uint256 amountInSatang, string calldata bankTxId ) external onlyHumanWithSBT { require(!processedBankTxIds[bankTxId], "Security Guard: Bank Transaction ID already processed"); require(zkTLSVerifier.verifyBankReceipt(zkProof, amountInSatang, bankTxId), "Security Guard: Fraudulent ZK Proof");

   processedBankTxIds[bankTxId] = true;
   emit ZKFiatDepositVerified(msg.sender, amountInSatang, bankTxId);
  

  }

  function processZKTransaction( address payer, address receiver, uint256 grossVolumeSatang ) external onlyDePINConsensus returns (uint256 finalReceiverNet) { uint256 feeFromPayer = (grossVolumeSatang * DUAL_FEE_BPS) / 10000;
  uint256 feeFromReceiver = (grossVolumeSatang * DUAL_FEE_BPS) / 10000;

   finalReceiverNet = grossVolumeSatang - feeFromReceiver;
  
   uint256 cashbackAllocation = (grossVolumeSatang * CASHBACK_BPS) / 10000;   
   uint256 paymasterAllocation = (grossVolumeSatang * GAS_SUBSIDY_BPS) / 10000; 
   
   globalPool.quarterlyCashbackPool += cashbackAllocation;
   globalPool.gasSubsidyPaymaster += paymasterAllocation; 
  
   emit ZKTransactionExecuted(payer, receiver, grossVolumeSatang);
   return finalReceiverNet;
  

  }

  function claimQuarterlyCashback() external { uint256 totalPoolShares = globalPool.totalLpDeposited; uint256 userShare = enterpriseLpShares[msg.sender]; require(userShare > 0, "Auth Error: Caller is not a registered Enterprise LP");

   uint256 payoutAmount = (globalPool.quarterlyCashbackPool * userShare) / totalPoolShares;
   require(payoutAmount > 0, "State Error: No rewards available");
  
   globalPool.quarterlyCashbackPool -= payoutAmount;
   enterpriseLpShares[msg.sender] = 0; 
  
   emit QuarterlyCashbackDistributed(msg.sender, payoutAmount);
  

  }

  function scaleAutonomousFleetByDePIN( address riderAddress, uint256 localizedDemandRate, uint256 humanCapacityLimit ) external onlyDePINConsensus { require(localizedDemandRate > humanCapacityLimit, "DePIN Constraint: Human labor capacity is sufficient."); require(ownedAIFleets[riderAddress] < MAX_AI_PER_HUMAN, "Limit Guard: Max 10 autonomous assets per Human SBT.");

   ownedAIFleets[riderAddress] += 1;
   emit DePINFleetDeployed(riderAddress, ownedAIFleets[riderAddress]);
  

  } }