Proposal Threshold

What Is Proposal Threshold?

A proposal threshold is the minimum amount of governance tokens required to submit a formal on-chain proposal in a DAO (Decentralized Autonomous Organization). Think of it as the entry fee for participating in protocol governance — not a financial fee, but a stake requirement that proves you're invested in the protocol's future.

Most people focus on voting power, but the ability to create proposals is where real influence begins. You can't vote on what isn't proposed. This threshold acts as the first filter in DAO governance, separating casual token holders from those with enough conviction (or capital) to shape protocol direction.

How Proposal Thresholds Work in Practice

When you hold enough governance tokens to meet the threshold, you can submit proposals through the DAO's governance interface. Here's what typically happens:

The submission process starts when you connect your wallet to the governance platform (like Tally or Boardroom). The smart contract checks your token balance against the proposal threshold. If you meet it, you can submit your proposal text, code changes, or parameter adjustments.

Delegation changes the game. Most protocols allow token holders to delegate their voting power to other addresses. This means you don't necessarily need to own the threshold amount — you just need that many tokens delegated to you. Compound's governance model pioneered this approach, and it's now standard across DeFi protocols.

Time-locks matter. Many DAOs implement snapshot blocks to prevent manipulation. Your token balance gets checked at a specific past block, not the current moment. This stops someone from borrowing tokens, submitting a proposal, and immediately returning them. Uniswap takes a snapshot 1 block before proposal creation.

Real Protocol Examples

Let's look at how major protocols set their thresholds:

These numbers aren't arbitrary. At March 2026 prices, Uniswap's threshold represents approximately $10-15 million worth of UNI tokens. That's enough to make spam attacks economically irrational while remaining achievable for serious governance participants.

Compound's approach became the template most protocols follow. Their 25,000 COMP threshold has remained constant since launch, though its dollar value has fluctuated dramatically. During the 2021 bull run, this threshold briefly exceeded $20 million. By early 2024, it had fallen to around $2 million.

Aave's higher percentage (0.5% vs 0.25%) reflects a more conservative governance culture. They've explicitly designed their system to favor established community members and risk management committees over individual large holders.

Why Thresholds Exist: The Spam Problem

Without proposal thresholds, DAO governance becomes unusable fast. Ethereum Name Service (ENS) learned this the hard way during their early governance experiments. Before implementing a 100,000 ENS threshold, they received dozens of low-effort proposals daily — ranging from "change the logo color" to obvious scams requesting treasury funds.

The economics are simple. If submitting a proposal costs nothing, rational actors will spam the system with:

• Joke proposals for attention/marketing
• Phishing attempts disguised as governance
• Multiple variants of the same idea to increase visibility
• Proposals designed to confuse voters and pass malicious code

But there's a counterargument. Critics say high thresholds create oligarchies where only whales and VCs can participate in governance. They're not wrong. Check out our analysis of DAO Voting Systems Comparison Analysis: Token-Weighted vs Quadratic and Beyond for the full debate on governance centralization.

The Delegation Workaround

Here's where it gets interesting. Most protocols don't actually require you to own the threshold — just control it through delegation. This creates a class of governance delegates: community members who accumulate delegated voting power specifically to submit proposals on behalf of smaller holders.

a16z's crypto fund holds massive delegated power across protocols like Uniswap, Compound, and Maker. They didn't buy all those tokens — thousands of smaller holders delegated to them, believing a16z's interests align with long-term protocol success. Whether that's true is debatable, but the mechanism works.

Professional delegates have emerged as a new role in crypto. Addresses like "GFX Labs" and "Penn Blockchain" actively solicit delegations, write detailed proposals, and participate in governance forums. They've made the threshold more accessible by letting small holders pool their influence.

I've seen delegates accumulate enough power to meet thresholds in 5-10 protocols simultaneously. That's significant influence over DeFi's direction.

Threshold Design Tradeoffs

Setting the right threshold is genuinely hard. Too low, and you get spam. Too high, and governance becomes an exclusive club. Most protocols start conservatively high and adjust based on participation data.

The 0.25% standard (Uniswap, Compound) emerged as a rough equilibrium. It's high enough that you need serious capital or community trust, but low enough that 10-20 independent actors could theoretically meet it in any given protocol.

Dynamic thresholds are gaining traction. Protocols like Optimism adjust thresholds based on participation rates. If governance engagement drops, thresholds automatically lower to encourage more proposals. If spam increases, they rise. This adaptive approach shows promise but hasn't been battle-tested through a full market cycle yet.

Graduated thresholds offer another solution. Submit your idea as a "temperature check" with no threshold, then as a "formal proposal" requiring tokens. This lets good ideas build momentum before requiring capital backing.

When Thresholds Backfire

High thresholds can freeze governance during crises. When Solend tried to take over a whale's position during the May 2022 crash, they needed emergency governance action. But meeting the proposal threshold while coordinating delegates in a 12-hour window? Nearly impossible. They eventually pushed through a controversial proposal that many considered illegitimate.

Flash loan attacks present another risk. Someone could briefly borrow enough tokens to meet the threshold, submit a malicious proposal, and return the tokens — all in one transaction. Most protocols prevent this with snapshot blocks and time delays, but the theoretical vulnerability exists. This relates to the security considerations we cover in Smart Contract Security Vulnerabilities in DeFi Protocols.

Governance attacks become profitable when the threshold is too low relative to treasury size. If a protocol has $100M in the treasury but only requires $1M in tokens to submit proposals, an attacker could buy the threshold, submit a proposal to drain the treasury, and vote it through if they also meet the quorum requirement.

Proposal Threshold vs Quorum

Don't confuse proposal thresholds with quorum requirements. The threshold is what you need to submit a proposal. Quorum is the minimum participation needed for a vote to pass. You might meet the threshold but still fail to achieve quorum if too few token holders vote.

Uniswap requires 2.5M UNI to propose but 40M UNI voting "yes" to pass (4% quorum). That's a 16x difference. This two-stage filter ensures proposals have both serious backers and broad community support.

The Future: Lower Barriers or Higher Standards?

The trend in 2026 is toward lower thresholds combined with better filtering mechanisms. Protocols are experimenting with:

• Reputation-based thresholds: Reduce requirements for addresses with strong governance track records
• Multi-sig proposals: Allow groups to collectively meet thresholds
• Staking multipliers: Count staked tokens at 2x-3x weight toward thresholds
• Progressive thresholds: Start low for minor changes, increase for treasury access

Some protocols are ditching fixed thresholds entirely. Snapshot, while not a DAO itself, pioneered token-weighted signaling where anyone can create a proposal, but only those with tokens can vote meaningfully. This flips the traditional model: spam proposals simply get ignored rather than prevented.

Ultimately, proposal thresholds solve a real problem — spam and governance attacks — but create another: plutocracy and stagnation. The DAOs that'll thrive are those finding creative ways to balance accessibility with quality control. We're still early in figuring that out.