CapIntel classifies token holders by control type, not just balance. Cut through raw holder lists into the true distribution structure of any token.
Most tools show you a leaderboard. They don't tell you that the top holder is a Uniswap pool, not a whale.
A liquidity pool holding 30% of supply reads identically to a single whale wallet. These are fundamentally different risk profiles yet every standard explorer conflates them into the same leaderboard.
DAO treasuries, staking contracts, and smart wallets carry different governance implications. Without classification, investors cannot distinguish operational supply from actual concentration risk.
Distribution clarity matters most in the first hours after a token launches, yet this is exactly when data is rawest, most misleading, and least interpreted by existing tools.
Inflated perceived risk from misread holder data causes traders and analysts to make decisions based on phantom concentration. This costs capital and undermines confidence in legitimate projects.
Every holder address classified by control type. Concentration metrics recalculated with LPs, burns, and protocol contracts excluded.
After excluding 2 Uniswap LPs and 1 staking contract, actual individual concentration drops 62% → 28%. Risk interpretation changes entirely.
Without multi-LP detection, 37% of supply appears as whale concentration. CapIntel identifies and aggregates all pools across AMMs.
Four steps from token address to structured control analysis.
CapIntel pulls the full holder list for any Base token balances, percentages, and transaction history.
Each address is analyzed EOA, LP, DAO multisig, staking contract, smart wallet, or burn address.
Concentration is recalculated excluding non-individual holdings. Raw vs. adjusted views surface side by side.
A structured breakdown of who truly controls the supply, with deployer analysis, LP aggregation, and risk indicators.
Three phases from prototype to full infrastructure layer.
Join the waitlist for CapIntel's full platform adjusted concentration metrics, multi-LP detection, and complete control reports.