Learn to verify contracts independently on blockchain
On blockchain, you don't need to trust anyone. Everything is independently verifiable. This guide teaches you how.
Advantage: Once you learn this, you can verify ANY contract on blockchain, not just ours.
Contract Address:
0xa9BB791c4aFCccF8b7Ac6Cc11c75d455A2d42366Network:
Polygon Mainnet
Payment Token:
USDC (Native - 0x3c499...3359)
Contract Address:
0xCA7839E9F054E9F6Cc7a55d4DfA651aE445a899cNetwork:
Polygon Mainnet
Payment Token:
USDC.e (PoS - 0x2791...4174)
PolygonScan is the official Polygon blockchain explorer. It's like "Google" for all transactions and contracts on Polygon.
On the contract page, look for the green badge that says "Contract Source Code Verified". This means the source code has been published and verified.
Click on the "Contract" tab and then "Code". Here you'll see the complete smart contract code written in Solidity.
function processMembershipPayment(
address[5] memory uplines,
bool[5] memory activeMemberships
) external {
// Calculate distribution
uint256[6] memory amounts;
uint256 platformTotal = 0;
// Level 1 commission (3.5 USDC = 35%)
uint256 level1Amount = (MEMBERSHIP_AMOUNT * 3500) / 10000;
if (uplines[0] != address(0) && activeMemberships[0]) {
amounts[0] = level1Amount;
} else {
platformTotal += level1Amount;
}
// Levels 2-5 commissions (1 USDC each = 10% each)
uint256 levelAmount = (MEMBERSHIP_AMOUNT * 1000) / 10000;
for (uint8 i = 1; i < 5; i++) {
if (uplines[i] != address(0) && activeMemberships[i]) {
amounts[i] = levelAmount;
} else {
platformTotal += levelAmount;
}
}
// Platform commission (2.5 USDC = 25% + unclaimed)
uint256 basePlatformAmount = (MEMBERSHIP_AMOUNT * 2500) / 10000;
amounts[5] = basePlatformAmount + platformTotal;
// Execute transfers and emit events
_executeDistribution(msg.sender, uplines, amounts);
}Go to the "Transactions" tab to see ALL transactions that have gone through the contract.
Events are records that the contract emits on each transaction. Look for events like "MembershipPaymentProcessed" and "CommissionPaid".
Copy this prompt and paste it into ChatGPT, Claude, or any AI. It will give you an objective analysis of the contract.
Analyze this Polygon smart contract and tell me if it's legitimate or fraudulent: Contract Address (Native USDC): 0xa9BB791c4aFCccF8b7Ac6Cc11c75d455A2d42366 Contract Address (PoS USDC): 0xCA7839E9F054E9F6Cc7a55d4DfA651aE445a899c Network: Polygon Mainnet Explorer: https://polygonscan.com/address/0xa9BB791c4aFCccF8b7Ac6Cc11c75d455A2d42366#code Please: 1. Verify if the contract is verified on PolygonScan 2. Analyze the source code if available 3. Review transaction history 4. Identify the main payment function and explain what it does 5. Verify funds distribution (where do payments go?) 6. Give me your opinion on whether this is a legitimate MLM contract or a scam Additional notes: - It's an MLM (Multi-Level Marketing) contract that distributes commissions across 5 levels - Total payment: 10 USDC per membership (every 28 days) - Exact distribution: * Upline level 1: 3.5 USDC (35%) * Upline level 2: 1 USDC (10%) * Upline level 3: 1 USDC (10%) * Upline level 4: 1 USDC (10%) * Upline level 5: 1 USDC (10%) * Platform: 2.5 USDC (25%) Give me an objective response based on the code and public transactions.
Advantage: AIs can access PolygonScan and analyze code objectively and impartially. They have no conflict of interest.
Automatic systems detect MLM patterns (payments to multiple addresses, recurring memberships) and flag them preventively. They cannot distinguish between legitimate and fraudulent MLM.
Yes. PolygonScan is Polygon's official explorer and is independent from any project. It reads directly from the blockchain and cannot be manipulated.
If you find anything in the code or transactions that seems suspicious, DO NOT proceed with payment. Contact your upline or support for clarification. Your security comes first.
Both are USDC stablecoins on Polygon, but Native USDC is issued directly by Circle (the USDC issuer), while PoS USDC (USDC.e) is bridged from Ethereum. We support both for user convenience. Both contracts have the same distribution logic and security.