Table of Contents
- Introduction
- Classic VE(3,3): A Quick Recap
- Reward Emission
- Vote Escrow (ve)
- Weekly Voting & Epochs
- Voting Outcomes: Why It Works
- Algebra’s VE(3,3): Same Philosophy, Stronger Infrastructure
- Emission Design
- Eternal Farming: Incentives That Track Real Activity
- VE(3,3) Pool Configuration
- ALM-Native Participation
- Reward Distribution Flow
- Why Launch VE(3,3) with Algebra
- Final Thoughts
Do not index
Introduction
The VE(3,3) model was originally introduced by Solidly and has since become a cornerstone of modern DEX tokenomics. Over time, leading protocols like Aerodrome, Thena, and Blackhole have refined the concept — proving that VE(3,3) is not just a launch mechanic, but a long-term coordination system between liquidity providers, token holders, and the protocol itself.
At its core, VE(3,3) aligns three groups:
- Liquidity providers, who supply depth and execution quality
- Token holders, who govern incentives and capture fees
- Protocols, which need sustainable emissions and sticky liquidity
Algebra’s VE(3,3) builds on this proven foundation, while extending it with the unique capabilities of Algebra Integral — notably Eternal Farming, modular pool architecture, and ALM-native liquidity participation. The result is a system that is both familiar to DeFi users and meaningfully more capital-efficient for new DEX launches.
Classic VE(3,3): A Quick Recap
Reward Emission
On traditional DEXes, LPs earn swap fees directly from the pools they provide liquidity to.
VE(3,3) flips this model:
- LPs earn protocol reward tokens instead of fees
- Fees are redirected to veToken holders
- Emissions are continuous but decay over time to avoid runaway inflation
This separation between fees and emissions is what enables deeper governance and long-term alignment.
Vote Escrow (ve)
Vote escrow is the heart of VE(3,3).
Users lock protocol tokens for a predefined period and receive:
- veTokens (non-transferable)
- Voting power, proportional to lock amount × lock duration
Because emissions are ongoing, older ve positions would naturally be diluted. To counter this, rebase mechanics are introduced:
- A portion of emissions is distributed to existing ve holders
- Voting power is preserved (or even increased), incentivizing long-term commitment
Weekly Voting & Epochs
VE(3,3) systems operate in epochs (typically weekly):
- veToken holders vote for pools
- Votes determine:
- How fees will be distributed
- How emissions will be allocated next epoch
3. Pools without votes receive zero emissions
This creates a continuous feedback loop between liquidity performance, governance decisions, and capital efficiency.
Voting Outcomes: Why It Works
Two important dynamics emerge:
- Popular pools attract more votes, but individual fee share per voter decreases
- Under-voted pools may offer asymmetric upside for attentive voters
In practice, this turns ve holders into active capital allocators rather than passive stakers.
Algebra’s VE(3,3): Same Philosophy, Stronger Infrastructure
Algebra’s implementation follows the proven VE(3,3) logic — but integrates it deeply into Algebra Integral’s modular DEX architecture, as illustrated in the system design above. More about it here.
Emission Design
Algebra splits emissions into three configurable streams:
- Gauge (LP incentives)
- Rebase (ve holders)
- Treasury (protocol sustainability)
Example configuration:
- Initial emission: 2% of total supply
- Gauge decay: 0.99 coefficient per epoch, floor at 0.2%
- Rebase: 10–40% of emissions
- Treasury: up to 5%
This flexibility allows each partner DEX to tune emissions to its market, chain, and growth stage.
Eternal Farming: Incentives That Track Real Activity
Unlike legacy farming systems, Algebra Eternal Farming allocates emissions only to:
- Positions that are actively participating in swaps
- Liquidity that is actually improving execution
Idle capital is naturally deprioritized.
For new DEX launches, this dramatically improves:
- Capital efficiency
- Volume-to-emission ratios
- Long-term LP retention
VE(3,3) Pool Configuration
When a pool is VE-enabled:
- All LPs participate collectively
- Pool fees are fully captured as community fees
- Individual LP positions do not claim fees directly
This design ensures:
- Clean accounting
- Predictable fee routing
- Strong alignment between LPs and ve voters
ALM-Native Participation
Algebra’s VE(3,3) is ALM-aware by design.
If an Automated Liquidity Manager integrates with the Algebra ALM Vault:
- ALM positions can receive emissions
- Rewards are accumulated at the Vault level
- LPs claim proportionally to their share
This unlocks VE(3,3) for professional liquidity strategies without breaking governance or incentive logic.
Reward Distribution Flow
At the start of each epoch:
- VotingReward is triggered (manually or automated)
- Fees are distributed to voters
- Emissions are assigned via gauges
- Eternal Farming allocates rewards to active liquidity
This flow can be easily automated with a simple script or oracle-based trigger — no heavy backend required.
Why Launch VE(3,3) with Algebra
For teams planning a new DEX or migrating from a legacy AMM, Algebra offers:
✅ Battle-tested VE(3,3) mechanics
✅ Modular, configurable emissions
✅ ALM-compatible liquidity design
✅ Capital-efficient farming via Eternal Farming
✅ White-label deployment with clean, original codebase
You get the economic gravity of VE(3,3) without inheriting rigid assumptions or outdated infrastructure.
Final Thoughts
VE(3,3) is no longer an experiment — it’s a proven coordination mechanism for DeFi liquidity. Algebra takes the model one step further by embedding it into a modular, upgradeable DEX engine that’s ready for modern liquidity strategies and real-world scaling.
If you’re building a DEX, launching a new chain ecosystem, or designing tokenomics that need to last beyond the first incentive cycle — Algebra VE(3,3) is a foundation worth building on.
Let’s build it together.
