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“Is voting power concentrated in a few wallets, or is governance broadly distributed?”

Yes, governance exhibits dual tendencies: whale concentration often dominates token counts, while active participation shapes true decentralization.

Analyze how voting power is distributed across wallets to assess whether a DAO is truly decentralized or controlled by a few large holders. Adjust whale concentration, delegation, and quorum participation to see how these factors influence governance.

DAO Voting Power & Decentralization Calculator

Model whale concentration, delegation shift, and quorum participation in real-time

Governance Parameters

Nakamoto Coeff
3
Concentration Risk
High

Voting Cluster Map

Whales
Delegates
Retail Pool

Benefits of the DAO Voting Power & Decentralization Calculator

This interactive tool empowers Web3 builders, researchers, and tokenholders to instantly evaluate on-chain governance health by modeling wallet concentration risks, delegation shifts, and quorum participation thresholds.

How This Tool Works

  1. Adjust Governance Sliders: Modify the top wallet supply share, token delegation rate, and voter turnout percentages using the sliders.
  2. Analyze Decentralization Metrics: View real-time calculations for the Nakamoto coefficient and overall governance concentration risk.
  3. Explore the Cluster Map: Visualize the shifting distribution dynamics between whales, delegates, and the retail pool on the interactive canvas map.

“Will this proposal pass under different turnout and voting scenarios?”

Yes, proposal outcomes depend heavily on balancing minimum quorum requirements with active voter participation and majority approval shares.

Simulate proposal outcomes across variable turnout and voting thresholds to determine whether governance initiatives clear required quorum limits or face defeat.

DAO Proposal & Quorum Simulator

Simulate proposal outcomes across variable turnout and voting thresholds

Simulation Parameters

Quorum Status
Met
Proposal Outcome
Passed

Outcome Distribution Map

For Votes
Against
Unvoted / Deficit

Benefits of the DAO Proposal & Quorum Simulator

This interactive tool enables Web3 contributors and governance leads to model governance outcomes by testing variable voter turnouts, quorum minimums, and approval thresholds in real time.

How This Tool Works

  1. Configure Parameters: Adjust eligible voting power, expected voter turnout percentage, required quorum, and approval thresholds using the sliders.
  2. Analyze Simulation Results: Review real-time metrics showing whether the quorum is met and if the proposal achieves the required majority to pass.
  3. Visualize Vote Breakdown: Inspect the comparative canvas visual mapping ‘For’ votes against ‘Against’ votes and unmet quorum buffers.

“Can attackers exploit governance vulnerabilities before community detection?”

Yes, inadequate timelocks, low quorums, and high token concentration expose protocols to hostile takeovers and treasury drains.

Map DAO vulnerability paths in real-time by analyzing holder concentration, quorum rules, and timelock delays to quantify overall governance risk before attackers exploit them.

Governance Attack Vector Mapper

Map DAO vulnerability paths — identify voting concentration, bribery vectors, proposal exploits, and governance capture risk before attackers do

Attack surface mapping | Governance intelligence layer
35%
% owned by top 5 wallets
4%
Minimum votes to pass
48h
Execution delay after passing
1%
% needed to submit a proposal
42
Moderate Risk
Governance Risk Score
⚡ ATTACK PROBABILITY RADAR
Vote BuyWhaleQuorumTimelockTreasury
Estimated takeover
—
🎯
Vote Buying
—
—
📜
Malicious Proposal
—
—
👑
Whale Takeover
—
—
⚡
Flash Loan Governance
—
—
🔒
Timelock Bypass
—
—
🏦
Treasury Drain
—
—
Adjust parameters to see specific mitigation strategies

Risk Distribution

Score Trend (simulated)

Time →

Attack Vector Severity

Compare your current settings against predefined attack scenarios.

Export current configuration or import saved settings.
Builder Intelligence Module — Governance Attack Surface Mapper | Part of Crypto Decision Intelligence OS

 

Benefit of this Tool

This interactive utility empowers Web3 developers, security auditors, and DAO governance architects to proactively model systemic threats, evaluate ownership concentration risks, and fortify protocol resilience before deployment on-chain.

How it work

  1. Input Core Parameters: Adjust token concentration weights, quorum minimums, proposal thresholds, and timelock delays using interactive controls.
  2. Analyze Real-Time Risk: Review dynamic vulnerability scoring, estimated takeover windows, and vector-specific safety metrics instantly.
  3. Simulate & Export: Benchmark against preset hostile scenarios and export custom assessment summaries for audit documentation.

“Is voting power concentrated in a few wallets, or is governance broadly distributed?”

Yes, governance exhibits dual tendencies: whale concentration often dominates token counts, while active participation shapes true decentralization.

Analyze how voting power is distributed across wallets to assess whether a DAO is truly decentralized or controlled by a few large holders. Adjust whale concentration, delegation, and quorum participation to see how these factors influence governance.

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