How fees, emissions, and voting incentives steer liquidity to where users actually trade.
Status: Pre-launch design overview for Paragon Protocol
Most “governance tokens” rot into hype machines: emissions chase mercenary TVL, fees don’t flow to the people doing the work, and voting becomes a popularity contest. veXPGN is different:
Lock XPGN → receive veXPGN (time-weighted voting power).
veXPGN directs emissions only toward pools that earn usage and pass safety checks.
veXPGN earns a share of protocol fees and can accept voting incentives from protocols that want deeper, productive liquidity.
Anti-ponzi guardrails: emission decay, utilization gates, scorecard transparency, and capture-resistance.
Goal: Align emissions and fees with actual on-chain usage—so liquidity flows to the markets people use, not the ones that shout the loudest.
The Problem We’re Solving
Traditional “ve” models proved that time-aligned voting can bootstrap liquidity. But three recurring issues keep showing up:
Spray-and-pray emissions. Printing tokens without measuring utility invites farm-and-dump behavior.
Opaque routing & fees. If traders can’t verify execution quality and LPs can’t see fee flows, governance loses legitimacy.
Governance capture. Whales can steer emissions to vanity pools that users don’t actually touch.
veXPGN addresses each with enforceable mechanics and public metrics.
What veXPGN Is (and Isn’t)
Is: A simple, enforceable way to align fees + emissions + voting incentives with usage.
Isn’t: A promise of yield, an airdrop scheme, or a blank check for insiders.
Core Principles
Usage-aligned: Emissions follow measurable demand and safety criteria.
Transparent: Fees, emissions, vote weights, and pool KPIs are public.
Minimally gameable: Utilization gates, quorum floors, and scorecards deter wash activity.
Composable: Protocols can add voting incentives (a.k.a. “bribes”) that are visible and auditable.
Mechanics in Plain English
Lock → Vote
Lock XPGN for a chosen duration to mint veXPGN.
Longer locks → higher voting power (decays linearly to expiry).
veXPGN votes allocate the next epoch’s XPGN emissions across approved pools (gauges).
Fees → ve Lockers
A portion of protocol fees (e.g., swap fees, router fees) streams to veXPGN lockers.
Lockers are paid in assets actually earned by the protocol (not just more XPGN).
Voting Incentives (Optional, Transparent)
Any project can post voting incentives to encourage ve voters to support its pool.
Incentives are distributed pro-rata to ve voters who voted for that gauge in that epoch.
All incentives are on-chain and disclosed—the market can judge their quality.
Emission Routing (With Guardrails)
Votes convert to emission weights only for pools that pass gates, such as:
Utilization threshold: minimum real volume/liquidity ratio.
Safety score: routing checks (TWAP/oracle sanity, MEV-aware pathing) and asset allowlists.
Concentration bounds (where relevant): to discourage toxic ranges.
Pools that fail gates receive reduced or zero emissions regardless of votes.
Why This Isn’t Ponzinomics
Ponzinomics = value props that rely primarily on new buyers subsidizing earlier ones. veXPGN avoids this in four ways:
Fees first. ve lockers receive a share of real protocol revenue. No circular promises.
Emission decay. Emissions follow a declining schedule and are budgeted; they don’t expand to chase hype.
Utilization gates. Emissions require usage. Idle pools can’t farm by committee.
Public scorecards. KPIs (volume, fees, depth, volatility, shield checks) are visible—anyone can call out waste.
The Scorecard (What We Publish Each Epoch)
For every incentivized pool, we display:
Volume & Fees: 24h/7d/epoch.
Depth & Slippage: effective price impact across bands.
Safety Pass Rate: % of trades that passed Paragon Shield pre-checks.
Utilization Ratio: volume ÷ TVL.
Emission Efficiency: fees earned ÷ emissions paid.
Vote & Incentive Summary: who voted, how much, and what incentives were claimed.
If a pool burns emissions without real usage, it’s visible to everyone—voters, partners, and analysts.
Example (Illustrative Only)
ve epoch budget: 1,000,000 XPGN
Three pools pass all gates: A (stable), B (blue-chip), C (long-tail)
Votes (normalized): A 45%, B 40%, C 15%
Emissions allocated: A 450k, B 400k, C 150k
Fees (epoch): A $120k, B $95k, C $12k
Emission efficiency:
A: $120k / 450k XPGN
B: $95k / 400k XPGN
C: $12k / 150k XPGN → flagged for low efficiency
Next epoch, voters can react. If C can’t improve utilization, its emissions trend down despite any narrative.
(Numbers are examples—not projections.)
Anti-Capture Safeguards
Quorum & caps: Minimum voter participation per pool; per-gauge caps to avoid single-pool drain.
Decay & cliffing: Vote weights decay with lock time; fast flips are discouraged.
Safety gates: Pools must pass Shield checks (MEV-aware routing, TWAP/oracles, asset allowlists).
Partner quality bar: Teams posting incentives must meet disclosure requirements.
Public audits: Emission routing, fees, and incentive flows are on-chain and queryable.
Where Volts (AI Agent) Fits
ve-gated strategies: Certain Volts templates (e.g., conservative DCA, fee-claim + compound) can be boosted or gated for ve holders.
Governance UX: Volts can remind lockers to review efficiency scorecards before voting.
Safety by default: All agent actions respect allowlists, budget caps, and simulate → then submit policy.
For Builders & Protocols
Get whitelisted: Apply to add a gauge for your pair.
Offer voting incentives: Attract votes transparently; publish your case (volume, roadmap).
Integrate safely: Conform to routing & oracle requirements so your pool passes Shield gates.
Earn trust: Show up in public dashboards with strong efficiency.
(Partner form link here.)
FAQ
Is veXPGN inflationary? Emissions are budgeted and follow a declining schedule. Fees to lockers derive from real usage.
Can whales capture votes? Caps, quorums, and efficiency scorecards make capture costly and obvious. Emissions still require passing gates.
What happens if a pool cools off? If utilization drops or safety fails, that pool’s emissions diminish automatically in the next epochs unless voters redirect.
Is this live? No—this is the pre-launch design. Exact parameters will be finalized publicly before open-beta.
How to Participate (Pre-Launch)
Join the waitlist for veXPGN and governance previews. (link)
Hop in Discord for governance workshops and parameter discussions.
Builders: request a gauge + set up voting incentives.
Contributors: follow the repos, propose dashboards/queries, or suggest metrics.
Docs · paragon-protocol.gitbook.io/paragon-protocol
Discord · discord.gg/kM5TfBpF66
Disclosures & Policy Notes
Paragon is pre-launch. Features and parameters may change.
Nothing here is financial advice. Yields, if any, are variable and market-driven.
Regional access may be restricted. Review docs/audits when available.
veXPGN channels emissions and fees toward markets that users actually touch—backed by safety gates and public scorecards—so governance rewards usage, not hype.