# Overview Supernova is the next-generation decentralized exchange on Ethereum, functioning as a specialized liquidity hub to accelerate the success of emerging projects and champion active community participation within Web3 ecosystems. Supernova builds on the insights and success formula from our ve(3,3) DEX on Avalanche, which quickly established Blackhole as the number #1 DEX by every metric, such as TVL, trading volume, and community metrics, including token distribution, active user participation, and transaction counts. Blackhole is the #1 ranked Avalanche DEX by 24h, 7d and 30d volume:
Source: DeFiLlama, 13 Feb 2026

Source: DeFiLlama, February 13 2026

Blackhole dominates on multiple key metrics, such as Dex Volume Distribution:
Blackhole's high number of daily active users and transaction counts further underscore strong organic engagement:
### Why Ethereum? Launching a new ve(3,3) DEX on Ethereum mainnet makes strategic sense today for several compelling reasons. First, Ethereum commands unparalleled dominance in DeFi with over 60% of total value locked (TVL), providing instant access to the deepest liquidity pools, blue-chip assets, and institutional-grade infrastructure that L2s often lack in scale. Secondly, upgrades of Ethereum over the past couple of years, have eliminated the economic barriers that once drove ve(3,3) forks to L2s like Base or Optimism. Since 2022, Ethereum has undergone transformative upgrades that have dramatically improved its gas fee dynamics. Key milestones include the Merge in September 2022, which shifted the network to Proof of Stake for greater efficiency; the Dencun upgrade in March 2024, introducing proto-danksharding and blob transactions that slashed L2 costs by over 95% while alleviating mainnet congestion; and the Pectra upgrade in 2025, which optimized data availability and validator performance further.

Source: https://milkroad.com/ethereum/gas/

These enhancements have delivered tangible results. Average gas fees, which exceeded 70 gwei in early 2024, now typically range below 1 gwei, often 0.03–0.5 gwei as of early 2026. Consequently, a sophisticated ve(3,3) DEX transaction costing $50–$100 in 2022 can now be executed for just cents to a couple of dollars. Finally, Ethereum offers unmatched composability with well-established top DeFi protocols like Aave, Uniswap, and Maker, allowing a ve(3,3) DEX to integrate bribe markets, emissions, and veNFT incentives directly into the heart of DeFi prime. ### Enhanced ve(3,3) Tokenomics Supernova evolves the traditional ve(3,3) model by introducing two distinct classes of veNFTs: Singularity veNFTs and Supermassive veNFTs. Supermassive veNFTs represent a premium, supply-reducing form that can only be minted through the permanent removal of $NOVA tokens from circulation. To further enhance ecosystem alignment, Supernova’s open incentive marketplace allows partners to make weekly incentive deposits, motivating veNFT holders to direct voting power toward their liquidity pools. This dynamic reward mechanism encourages long-term collaboration between projects and the community, ensuring liquidity is distributed where it creates the greatest strategic value. ### AMM Offering Supernova provides a comprehensive suite of Automated Market Maker (AMM) models designed to accommodate diverse liquidity strategies. The platform integrates Concentrated Liquidity AMMs, Classic UniV2-style AMMs, and Stablecoin AMMs, allowing users to tailor their liquidity provisioning according to asset characteristics and trading objectives. ### AMM Modularity Powered by the Algebra Integral framework, Supernova’s AMMs offer unparalleled modularity and customization. Through a flexible plugin architecture, partners can fine-tune core market-making parameters, introduce new features, and optimize trading efficiency to meet their specific operational and strategic goals. ### How It Works The protocol enables seamless token swaps and collects trading fees to sustain and incentivize liquidity across the ecosystem. During each epoch, liquidity providers (LPs) are rewarded with $NOVA emissions proportional to the voting weight their pools receive. Only staked liquidity within active protocol gauges qualifies for these emissions. Participants can lock their $NOVA tokens to obtain veNOVA, granting them the ability to vote on emission distribution for the upcoming epoch. veNOVA voters earn a share of all trading fees generated in the previous epoch, along with any additional incentives contributed by projects seeking to attract votes in the current cycle. ### Epochs An epoch is a 7-day period that starts every Thursday at 00:00 UTC and ends Wednesday at 23:59 UTC. Votes, emissions, fees, and incentives are all calculated on a per-epoch basis. # Protocol Design
#### ve(3,3) Model The ve(3,3) tokenomics model strengthens governance by enabling users to lock their tokens in exchange for voting power and rewards. Its name combines "vote-escrowed" (ve), representing tokens locked to align participants' long-term interests, with the game theory concept "(3,3)," which encourages cooperative behavior among stakeholders. This design incentivizes active participation and aligns stakeholders’ goals with the protocol’s sustainable success over time. #### How It Works Supernova leverages an enhanced ve(3,3) model featuring a dual veNFT system. **Singularity veNFT** Users lock $NOVA governance tokens for 1 week up to 4 years to mint veNFTs granting voting power. This allows holders to allocate emissions by voting weekly on specific liquidity pool gauges. Projects can incentivize veNFT holders through bribes to boost gauge attractiveness and optimize emissions distribution. Additionally, veNFT holders earn swap fees and liquidity incentives from pools they support. **Supermassive veNFT** The Supermassive veNFT is an exclusive veNFT that can only be minted by permanently locking $NOVA tokens through sending them to a burn address, effectively removing these tokens from circulation forever. Key benefits for Supermassive veNFT holders include: * Non-decaying voting power that does not diminish over time. * A 10% boost to voting power. * A 10% increase in rebase rewards. Importantly, the team has committed to burning all their tokens to mint Supermassive veNFTs, eliminating any future sell pressure from team token unlocks and signaling their unwavering dedication to the protocol’s long-term success. Unlike other ve(3,3) projects where trust is placed in the team to repeatedly re-lock their tokens, Supernova adopts a fully transparent, on-chain approach embodied by the principle: "don’t trust, verify on-chain." This ensures complete accountability and aligns all stakeholders with the protocol’s sustainable growth and governance integrity. #### Rewards LP providers receive emissions each epoch. veNFT holders receive protocol revenue and bribes from the previous epoch, proportional to their LP stakes. #### Benefits This model creates a sustainable ecosystem by aligning incentives and fostering collaboration. Benefits include: * Multiple reward streams for veNFT holders (protocol fees and bribes) * Efficient allocation of emission rewards to the most valuable liquidity pools * Reduced circulating supply of governance tokens Previous: Emissions How to Swap # How to Swap {% stepper %} {% step %} ### Select the SWAP page from the top menu From the main Swap menu, select the token you want to swap and the token you would like to receive and enter the swap amount manually or use one of the quick buttons for 25%, 50%, 75% or MAX amount you have available in your connected wallet:
{% endstep %} {% step %} ### Review the swap details in the right-hand-side menu On the right hand side you see the swap details, showing the exchange rate found, the slippage applied, minimum amount to be received and the price impact. Adjust the slippage and/or refresh the exchange rate, if needed.
Click on Adjust if you want to change the slippage setting. You can select one of the slippage preset settings or enter it manually: ![](/files/cNwuhiw3N9ECiI9LYPRS) {% endstep %} {% step %} ### Approve token allowance
{% endstep %} {% step %} ### Initiate the swap After the approval transaction has been committed, the SWAP button appears so you can initiate the swap transaction. ![](/files/mwUvYjyRHTnybNbHRPsn) {% endstep %} {% step %} ### Confirm swap completion and view transaction details After successful completion of the swap transaction a toast message will appear showing that the swap executed successfully. Click on the icon in the toast to view the transaction details on the block explorer. ![](/files/VwautMt4GvreSVcPWJ5K) {% endstep %} {% endstepper %} # Liquidity Pools The core functionality of liquidity pools is to allow users to exchange tokens securely, with low fees and minimal price impact. {% hint style="info" %} Price impact is the change in an asset's market price caused by your own, usually large, trade absorbing liquidity.\ \ Slippage refers to the difference between the current market price of a token and the price at which the exchange/swap is executed. This difference can cause the user to receive fewer or more tokens than expected. {% endhint %} To provide access to the best rates on the market, the protocol distinguishes between two primary token types: * Correlated tokens (e.g., stablecoins: $USDC, $USDT, $DAI, etc.) * Uncorrelated tokens (e.g., $NOVA, $ETH, $BTC) The protocol's router evaluates both pool types to determine the most efficient price quote and trade execution route. Generally, the greater the liquidity in a pool (higher value locked), the lower the price impact. ### Variable AMM (vAMM) Pools vAMM pools are designed for trading pairs of volatile, uncorrelated assets (e.g., WBTC/USDT). They use the constant product formula to determine pricing, which allows the pool to accommodate wide price swings but typically results in higher slippage for large trades. Pricing formula (constant product): Standard trading fees are higher in vAMM pools to compensate for increased volatility and risk. ### Stable AMM (sAMM) Pools Stable pools are designed for efficient trading of correlated assets with minimal relative volatility (e.g., USDT/USDC). The pricing formula used by these pools allows for much lower slippage even with large trading volumes. Pricing formula (stable pools): $$ x^3 y + y^3 x \ge k $$ ### Concentrated Pools Concentrated Pools enable Liquidity Providers (LPs) to define custom price ranges for their positions, offering precise control over capital deployment and strategy. #### Price range selection * LPs choose the specific price range in which their liquidity will be active. Liquidity is only provided for trades that occur within that selected range. * Each liquidity position is unique, allowing LPs to set different strategies for the same trading pair (e.g., wide range vs. narrow range). #### Higher capital efficiency * By concentrating liquidity around the current market price, LPs can earn more fees with less capital compared to traditional AMMs where liquidity is spread across all possible prices. #### Benefits * Increased fee earnings due to higher capital efficiency. * Customizable risk/reward by selecting price ranges and fee tiers. #### Risks * Impermanent loss can be magnified if the price moves sharply outside the chosen range. * Requires more active management compared to traditional AMMs. These pools are primarily designed for market makers—individuals or institutions—who want fine-grained control or to build on top of Supernova. ### Calculating APRs APRs are calculated using the total staked liquidity. #### Formulas (reference) * vAMM: x × y ≥ k * sAMM: x³y + y³x ≥ k # Providing Liquidity {% stepper %} {% step %} ### Getting Started (All Pool Types) Go to the Liquidity Page:
{% endstep %} {% step %} ### Click CONNECT (top right) to connect your wallet.
{% endstep %} {% step %} ### Browse the Pool List You can leave the filters on ALL or filter by Basic, Concentrated, Stable, or Volatile. Alternatively you can enter the name or pool address in the search field:
{% endstep %} {% step %} ### Click DEPOSIT on the pool you want to enter
{% endstep %} {% step %} ### Example 1: vAMM Pool (Basic Volatile) Example: vAMM-NOVA/USDC What it is: A classic UniV2-style AMM. Your liquidity is spread evenly across the entire price range (0 to ∞). Simple, passive, no active management needed.
How to deposit: • The interface shows pool info (pair, fee tier, APR, current liquidity) • Enter an amount for either token — the other auto-calculates based on the current pool ratio • Use the 25% / 50% / 75% / Max buttons for quick allocation • Approve the token(s) if first time • Confirm the deposit transaction • After depositing, stake your LP position to earn NOVA emissions Key characteristics: • No price range to set — fully passive • Lower capital efficiency (liquidity spread thin) • Lower impermanent loss risk vs. concentrated pools • Best for: volatile pairs where you want set-and-forget exposure {% endstep %} {% step %} ### Example 2: CL1 Pool (Concentrated Stable) In this example we are depositing into CL-USDC/USDT What it is: A Concentrated Liquidity AMM with tick spacing of 1, the tightest possible. Designed for stablecoin pairs that trade near 1:1. Maximum capital efficiency in a narrow band.
• The interface shows the Current Price (e.g., 1.0 USDC ≈ 0.95645 USDT) • Choose a range preset: Narrow, Common, Wide, or Full → Narrow = tightest range, highest APR, highest risk of going out of range → Common = balanced (recommended for most users) → Wide = safer range, lower APR → Full = entire price range (behaves like a basic AMM) • The preset auto-fills LOW and HIGH price boundaries • You can manually adjust with +/- buttons or type custom values. Alternatively you can also drag the sliders in the liquidity distribution chart. • Enter deposit amounts for both tokens • Approve tokens → Confirm deposit → Stake * On the next Staking page provide access to deposits:
Once deposit access is granted, a STAKE button appears to stake your LP position:
After the stake transaction is executed, you can return to the Portfolio page where it should show your staked LP position:
Key characteristics: • Tick spacing of 1 = extremely granular price ranges • Ideal for stable pairs (USDC/USDT, USDe/USDC) • Very high capital efficiency within range • Requires monitoring and rebalancing, if price moves outside your range, you stop earning fees • Best for: stablecoin pairs that rarely deviate from peg {% endstep %} {% step %} ### Example 3: CL200 Pool (Concentrated Volatile) Example: CL200-XAUT/USDC, CL200-WBTC/USDT
What it is: A Concentrated Liquidity AMM with tick spacing of 200 — wider steps between price ticks. Designed for more volatile assets. How to deposit: • Same interface as CL1, but default ranges are much wider • Shows Current Price (e.g., 1.0 XAUT ≈ 4,821 USDC) • Choose a range preset: Narrow / Common / Wide / Full → Common for CL200 covers a much wider band than CL1 (e.g., $4,534 – $5,113 for XAUT) • Adjust LOW and HIGH boundaries as needed • Enter deposit amounts → Approve → Confirm → Stake
Key characteristics: • Tick spacing of 200 = larger price steps, suitable for volatile assets • Wider default ranges reduce risk of going out of range • Still more capital-efficient than vAMM • Requires periodic rebalancing if price trends strongly • Best for: volatile pairs (BTC/USDT, XAUT/USDC) where you want concentrated efficiency without constant management {% endstep %} {% endstepper %} ⚡ Quick Comparison
* vAMM (Basic): Full range, no management, low efficiency, standard IL, passive LPs * CL1 (Conc. Stable): Tick spacing 1, very narrow, very high efficiency, active monitoring, suitabled for stablecoins * CL10, CL50, CL100 & CL200 (Conc. Volatile): Tick spacing ranging from 10, 50 100 to 200, wider range, high efficiency, moderate monitoring, suitable for BTC/gold/majors 📌 After Depositing View positions in Portfolio. To earn NOVA emissions, stake your LP in the pool's gauge. # Locks Supernova uses two tokens to manage its utility and governance: * $NOVA— ERC-20 utility token of the protocol * $veNOVA— ERC-721 governance token in the form of an NFT (non-fungible token) Liquidity providers earn $NOVA tokens through emissions. $veNOVA is used for governance. Any $NOVA holder can vote-escrow their tokens and receive a Lock or veNFT in exchange. Additional tokens can be added to the $veNOVA NFT at any time. Supernova sets itself apart from other vote-escrow protocols by making key improvements to the vote-escrowed model, specifically through the introduction of two distinct veNFTs: **Singularity and Supermassive**
### Singularity veNFT You can mint this veNFT by locking protocol tokens ranging from a week up to four years, mirroring Curve’s proven vote-escrow mechanism. 1\) To mint a Singularity veNFT, make sure to deactivate the Supermassive toggle:
2\) select the lock period
The lock period (also known as vote-escrowed period, hence the ve prefix) can be up to 4 years, following a linear relationship: * 100 $NOVA locked for 4 years will become 100 $veNOVA * 100 $NOVA locked for 1 year will become 25 $veNOVA The longer the duration, the higher the voting power (voting weight) of the underlying locked balance. When you lock $NOVA tokens, you receive a veNFT, which represents your voting power and claim on protocol revenue. * The veNOVA amount is calculated based on both the number of tokens and the length of the lock. For example, locking 100 tokens for 4 years may grant you 100 veNOVA, while locking the same 100 tokens for 1 year might only give you 25 veNOVA * With the same token amount, a longer lock duration always results in more veNOVA voting power and thus a larger share of the protocol's revenue. Example: four locks of the same token amount but different durations {% stepper %} {% step %} ### 1 year lock 1000 $NOVA locked for 1 year → lower veNOVA voting power (compared to longer locks).\ Same Rebase APR % but smaller share of revenue due to less veNOVA. {% endstep %} {% step %} ### 2 year lock 1000 $NOVA locked for 2 years → more veNOVA than 1-year lock, larger voting power share. {% endstep %} {% step %} ### 3 year lock 1000 $NOVA locked for 3 years → higher veNOVA than 2-year lock, larger voting power share. {% endstep %} {% step %} ### 4 year lock 1000 $NOVA locked for 4 years → maximum veNOVA for this example, largest voting power share. {% endstep %} {% endstepper %} 3\) Click on Allow NOVA and sign the transaction ![](/files/HckVzeRbgFqoZaV6ge5i) 4\) Click on LOCK to continue minting the Singularity veNFT:
5\) After succesful creation of the new lock a confirmation message should appear at the bottom of your screen:
Each lock has the same Rebase APR %, but the amount of veNOVA (and therefore the share of protocol revenue) increases with lock length. Locks can be set into Auto-Max Lock, which the protocol treats as being locked for the maximum duration of 4 years, and their voting power does not decay. The Auto-Max Lock feature can be turned on and off for each lock in the EXTEND option showing on your Locks page:
### Supermassive veNFT Supermassives can only be minted by perma-locking tokens. These tokens are effectively burned by sending them to a burn address. Make sure the Supermassive toggle is enabled and click on Allow to provide allowance to $NOVA: 1\) Supermassive lock toggle
2\) Click on Lock:
A window will appear asking for confirmation to create a Supermassive:
3\) Click on the button that says "I understand, create Supermassive". After succesful completion of the transaction the Supermassive minted, should be in your wallet and a confirmation message should appear at the bottom of your screen:
#### Benefits of the Supermassive veNFT The Supermassive veNFT stands out as the superior choice for users and stakeholders committed to Supernova’s long-term success. Its benefits include: * Permanent Voting Power: Unlike Singularity veNFTs, which require re-locking to maintain influence, Supermassive veNFTs provide non-decaying voting power. This ensures holders retain consistent influence over governance decisions. * Enhanced Rewards: A 10% boost on rebase rewards increases returns for Supermassive veNFT holders. These rewards, tied to protocol emissions and the locked-to-circulating supply ratio, make Supermassive veNFTs more lucrative as the protocol grows. * Deflationary Impact: Permanently burning $NOVA tokens reduces circulating supply, increasing token scarcity and potential value over time. This aligns with Supernova’s goal of long-term price stability and contrasts with Singularity veNFTs, which return tokens to circulation. * Alignment with Protocol Goals: The Supernova team exclusively receives Supermassive veNFTs, ensuring their tokens are permanently locked and burned. This eliminates team sell pressure and aligns incentives with the protocol’s long-term success. * Unique Market Positioning: The burning mechanism sets Supernova apart from other ve(3,3) protocols, appealing to projects and communities seeking sustainable liquidity solutions and governance models focused on long-term commitment. If rewards go unclaimed for more than 30 epochs, the lock might temporarily fall out of sync and pause normal operation. This can be easily fixed by merging the affected lock with another active one.
More about out-of-sync locks (merge fix) If a lock falls out of sync due to unclaimed rewards for 30+ epochs, merge the affected lock with an active lock to restore normal operation.
# Voting $veNOVA holders govern which liquidity pools receive $NOVA emissions by voting, and in return, voters receive all trading fees and bribes from the pool for which they vote. ### Instructions For each of your Locks (veNFTs), distribute 100% of your Lock's (veNFT) vote-power among your preferred pools and cast your vote. Each Lock (veNFT) can only cast votes once per epoch. * If you increase your Lock's (veNFT) balance during the epoch, or if you claim your rebase votes, your incremental votes will be allocated proportionally among the selected pools where the original votes were cast. * Unchanged votes will carry over into the next epoch. **You only need to cast your votes once per lock and the same allocation will be carried forward for all subsequent epochs.** * You only need to re-vote if you want to change your allocations. Navigate to the VOTES page and in the next screen you can distribute your voting power over the liquidity pool(s) of your choice. You can vote for one or multiple pools with your locks by selecting them:
At the bottom of the screen you can see how many pools you have selected for your specific locks. Click on the VOTE button to continue:
In the next screen you can select the percentage of votes you would like to assign for each selected pool, either by entering manually or selecting the % preset buttons. You can enter one decimal optionally, e.g. 10.5 %.
Once you have reached 100% in total for your lock, a vote button appears. Click on it and sign the transaction confirmation pop-up in your web3 wallet. Once the vote transaction completed succesfully a toast message should appear:
### veNOVA Voting Mechanism Voting operates on a weekly cycle called an Epoch, which resets every 7 days. At the end of each Epoch, rewards are distributed exclusively to veNOVA holders who have voted for specific gauges (liquidity pools). You earn revenue only from the pools you actively voted for during that Epoch. Once you vote from a lock, that lock continues to vote on the same pools with the same allocation percentages automatically in every epoch until you decide to reset the lock. Trading fees and voting incentives are claimable as a lump sum after each Epoch concludes. ### Timeline Voting stops Wednesdays at 23:00 UTC for each epoch. No voting will take place in the **final hour** of each epoch as this time is reserved for protocol operations/automations. ### Rewards Voting rewards for a given epoch will appear in your Portfolio after the epoch change on Thursday at 00:00 UTC. Rebase rewards for new locks will appear after the second epoch change. # Emissions ### Emissions Schedule The distribution schedule will comprise four distinct phases: {% stepper %} {% step %} ### Phase 0 - Singularity (epoch 0) This is the initial phase and will begin with a distribution of 8 million protocol tokens. {% endstep %} {% step %} ### Phase 1 - Event Horizon (epoch 1-4) Token distributions will increase by 4% with each new epoch to incentivize early adoption and participation in the protocol. This initial growth phase is designed to rapidly attract TVL and gain momentum. {% endstep %} {% step %} ### Phase 2 - Accretion Disk (epoch 5-48) Token distributions will gradually decrease by 1% per epoch to manage inflation and support long-term sustainability. {% endstep %} {% step %} ### Phase 3 - Hawking Radiation (epoch 49 => ) The rate of token distribution will be adjusted dynamically. The number of distributions, with respect to the previous epoch, may increase by 1%, decrease by 1%, or remain the same each epoch, based on votes from Supermassive veNFT holders. This governance model empowers stakeholders to influence the token's economic policy and respond effectively to changing market conditions. {% endstep %} {% endstepper %} The flexibility provided by these adjustments ensures that the protocol can respond effectively to changing market conditions and opportunities, maintaining a balance between incentivization and stability.
### Rebase All veNFT holders receive a rebase proportional to protocol token emissions and to the ratio of locked to circulating supply, reducing vote power dilution. The weekly rebase amount is calculated with the following formula: $$ \text{rebase} = \text{weeklyEmissions} \times \left(1 - \frac{\text{veNFT.totalSupply}}{\text{totalsupply}}\right)^2 \times 0.5 $$ This rebase formula will reward veNFT holders most when locking rates decrease, incentivizing new lockers to step in. *** #### Emission Rewards The listed emissions represent the maximum possible rate. The protocol includes mechanisms that allow emissions to be adjusted dynamically, enabling reductions below the maximum cap when necessary to maintain sustainable token distribution and protocol health. Each epoch, $NOVA emissions are distributed to liquidity pools proportionally to the votes that the pools receive. veNFT voters receive bribes to allocate their votes to different liquidity pools. Liquidity providers (LPs) can stake their LP positions to receive a share of the emission reward tokens distributed to each pool proportionally to the size of positions and time staked. These rewards are distributed during the whole epoch and available for claiming as these accrue. *** #### Foundation Emissions To ensure the sustainability and continued development of the protocol, a portion of the emissions, specifically 5%, will be directed to the protocol foundation address. This allocation will serve to cover the operational costs incurred by the protocol on an ongoing basis, as well as to provide funding for future development initiatives and enhancements. By dedicating a percentage of the emissions to the foundation, the protocol aims to establish a self-sustaining model that can support its growth and evolution over the long term. # Rewards ### Emissions Each epoch, $NOVA emissions are distributed to liquidity pools in proportion to the votes that the pools receive. veNFT voters are given bribes to allocate their votes to different liquidity pools. Liquidity providers (LPs) can stake their LP positions to receive a share of the emission reward tokens distributed to each pool in proportion to the size of positions and time staked. These rewards are distributed throughout the entire epoch and are available for claiming as they accrue. ### Fees Token pairs capture fees from the volume enabled by the liquidity in each pool. The fees collected by staked LPs the previous epoch are deposited as incentives for the current voting epoch. Fee rewards are distributed in the same tokens as the liquidity pool tokens they originate from (e.g., if the pool is NOVA/USDC the distributed tokens are $NOVA and $USDC) and can be claimed at any time. Fee rewards deposited as voter incentives are available for claim after the epoch changes (Thursday 00:00 UTC) and are distributed in proportion to the voting power cast by a voter ($veNOVA). #### Basic Volatile (v2) Pools * Unstaked LP positions receive 100% of the swap fees but no emissions * Staked positions receive NOVA emissions, while fees go to the gauge. #### Concentrated Liquidity (v3) Pools * Unstaked positions do not earn rewards since all fees go towards the gauge * Staked positions earn NOVA emissions from the gauge ### Voting Incentives (Bribes) and Gauges The gauge voting system is designed to create a dynamic liquidity marketplace for projects looking to grow and maintain sustainable liquidity. Projects can stimulate and expand their liquidity by depositing voting incentives into their pools. By adjusting the amount of incentives they contribute each week, protocols can actively manage their pool’s liquidity, ensuring it aligns with their evolving strategic objectives. These voting incentives are allocated to veNOVA holders who vote for the respective pools. After each epoch, these voters can claim their rewards as a lump sum. Additionally, any whitelisted token can be used as a voting incentive deposit. These rewards are available for claim after the epoch changes and are distributed in proportion to the voting power cast by a voter (veNOVA).
### Rewards Claim Rebase rewards are claimable 1 hour after a new epoch has started (Thursday 01:00 UTC). The epoch flip itself is on Thursday 00:00 UTC. In the 2 hour window from 1 hour before till 1 hour after the epoch flip, rebases cannot be claimed. Example of incentives, voting, and rewards claim timeline: {% stepper %} {% step %} ### New epoch start A new epoch starts Thursday (00:00 UTC). {% endstep %} {% step %} ### Deposit incentives Incentives are deposited by projects and foundation at any point in the epoch. {% endstep %} {% step %} ### Voting Voters vote for their preferred pools. {% endstep %} {% step %} ### Claim rewards Once the next epoch arrives (the following Thursday), users are able to claim rewards. {% endstep %} {% endstepper %} # Dynamic Fees In pools with Dynamic Fees enabled, trading fees are automatically adjusted in response to market conditions. During periods of high trading volume or volatility, fees may increase slightly to compensate for elevated risk and potential slippage. Conversely, in stable market conditions, fees decrease to make swaps more cost-efficient. This mechanism maintains fair and market-aligned pricing without manual intervention, optimizing outcomes for both traders and liquidity providers. **Adaptive fee calculation**: By dynamically calibrating fees in response to market indicators (such as volatility, trading volume, and available liquidity) this mechanism enables Supernova to remain competitive and attract higher trading volumes.\ \ **Real-Time Adjustment**: The system recalibrates fees after each transaction, ensuring accurate, up-to-date alignment with current market conditions.\ \ Dynamic Fees will be introduced progressively after the mainnet launch, on a pool-by-pool basis. # MEV Protection ### Reflex MEV Protection & Redistribution Layer MEV has plagued DeFi from the start. Front-running and sandwich attacks quietly siphon value from LPs and traders, padding block builders' pockets instead. Supernova introduces an MEV protection and redistribution layer that captures extracted profits and routes them back to the protocol’s participants. Supernova has integrated Reflex into its ve(3,3) DEX design. No redeployments, no liquidity shifts, just instant MEV protection and shared rewards at the pool level. How it works: * **Blocks toxic MEV**: Makes sandwich attacks and front-running unprofitable by design. * **Recycles profits**: Captures arbitrage opportunities onchain which can be redistributed to Liquidity Providers and Traders. MEV extraction no longer just pads the pockets of miners, validators, and MEV bots, but can be captured by the Supernova DEX and routed back to the value creators: LPs, traders, and our protocol ecosystem. This solution is integrated in Supernova in collaboration with Reflex, our technology partner specializing in MEV mitigation and value recapture. ### Just-in-Time Liquidity (JIT) Protection Just-in-Time (JIT) liquidity attacks are a specialized MEV strategy that exploits concentrated liquidity AMMs like Uniswap v3–style CLMMs. An attacker watches the mempool for a large incoming swap, then injects a huge amount of highly concentrated liquidity just before the trade, and removes it immediately after it executes. Because the swap routes almost entirely through this temporary position, the JIT LP captures most of the fees (and often additional MEV), while long‑term LPs are diluted despite bearing the ongoing price risk. Empirical analyses show that these attacks are capital‑intensive “whale games” dominated by a few bots but still significantly harmful to organic LPs. To protect long‑term LPs, Supernova has integrated a JIT protection mechanism, which can be enabled to activate a minimum hold‑duration that prevents JIT attacks. Liquidity positions must remain active for a short mandatory period before becoming fully eligible for rewards, which disincentivizes atomic in‑and‑out behavior optimized purely for fee extraction around large swaps. As a risk‑management measure, this protection is wired with a contingency configuration: we can cap the enforced hold time of up to 10 minutes, ensuring the mechanism cannot be used to lock LPs for longer than intended under adverse conditions. Additionally, the system includes a provision to fully disable this feature, allowing us to take away the provision to enable this JIT feature. # Supercharged Pools Supercharged Pools allow LP providers to earn extra rewards: * Standard emissions or swap fees from Supernova. * Additional rewards by also counting their LP on the relevant partner protocols. This creates more yield opportunities while deepening liquidity for both ecosystems ## How it works Provide liquidity in the above pools through Supernova → LP tokens are automatically tracked on the partner platform → You farm extra incentives on top of your emission. These pools will be added progressively after launch, in collaboration with relevant partners offering these additional rewards. # Genesis Pools Launchpads and Liquidity Bootstrapping Pools (LBPs) have been go-to methods for launching new crypto projects, yet they often fall short in delivering long-term price stability and alignment. The Supernova Genesis Pool redefines this process with a more equitable and sustainable model, designed to empower projects and their communities. The Genesis Pool is a purpose-built mechanism designed to jump-start liquidity for nascent projects. It facilitates the creation of an initial liquidity pool, crucial for enabling trading and price discovery of a new token. Genesis Pools enable projects to seed initial liquidity in a more capital-efficient way as projects and community members collaborate to create the initial liquidity. Participants contribute paired assets (p-tokens) in exchange for LP (Liquidity Provider) tokens, which represent their share of the pool and grant them a portion of the fees and emission rewards.
{% stepper %} {% step %} ### Campaign Launch Projects applying for a Genesis Pool undergo a review process. Once approved, the campaign becomes visible to potential contributors. A project initiates a Genesis Pool campaign by allocating a portion of its token supply and setting key parameters such as: * The implied Fully Diluted Valuation (FDV) * Incentives for the first epoch * The campaign end date (coinciding with an upcoming epoch) {% endstep %} {% step %} ### Fixed Price Pairing The campaign operates with a fixed token price throughout the "Genesis Period," providing certainty to contributors about the price at which they commit. {% endstep %} {% step %} ### Contributions Participants who believe the fixed price is fair commit a desired amount of p-tokens. These contributions are held in escrow until the campaign concludes. {% endstep %} {% step %} ### Genesis Pool Threshold The Genesis Pool must meet certain criteria (for example, a minimum p-token contribution threshold) for the liquidity pool to be created. If the campaign fails to meet the threshold, committed paired assets can be claimed back by participants. {% endstep %} {% step %} ### Liquidity Pool Formation If the campaign is successful, the collected p-tokens and the project's allocated tokens are combined to form the liquidity pool. This transition marks the end of the Genesis Period and the formation of a standard liquidity pool. {% endstep %} {% step %} ### LP Token Distribution and Automatic Staking LP tokens, which represent ownership shares in the pool, are distributed to contributors and the project. These LP tokens are automatically staked so participants begin earning $SNOVA emission rewards from the first epoch. Note: Participants may need to claim their LP tokens on the Dashboard before they can claim rewards. {% endstep %} {% step %} ### Ongoing Liquidity LP tokens generated during the Genesis Period behave the same as LP tokens created later. Holders may un-stake and withdraw their underlying assets at any time. {% endstep %} {% step %} ### Voting Gauge A voting gauge is established for the project, enabling allocation of incentives for the first epoch to encourage participation and trading activity. {% endstep %} {% endstepper %} {% hint style="info" %} LP tokens allocated to the project's foundation are subject to a lock-up period (for example, 90 days or longer) to ensure long-term commitment. {% endhint %} # Tokenomics ### Total Supply The total minted supply of NOVA at launch is **500 MM tokens of which 450 MM is burned.** A key differentiator of the Supernova protocol is its advanced vested-escrow mechanism, which enhances traditional ve(3,3) frameworks by innovating how locked tokens affect supply metrics. Unlike conventional models where all ve-locked tokens remain included in the Total Supply, Supernova introduces a dual veNFT architecture combined with a built-in burn mechanism: **Singularity veNFT**: functions similarly to existing ve protocols with lock durations ranging from one week to four years. **Supermassive veNFT**: involves a permanent lock achieved by burning the underlying NOVA tokens. Holders of Supermassive veNFTs benefit from three distinct advantages: 1. non-decaying voting power 2. 10% rebase bonus 3. 10% voting power boost Each issuance of a Supermassive veNFT permanently removes the corresponding NOVA tokens from circulation by sending them to a burn address. This deflationary mechanism progressively reduces the total NOVA token supply, enhancing scarcity and supporting sustainable long-term value accrual. By combining deflationary mechanics with functional utility, Supernova establishes a uniquely resilient and value-accretive tokenomics model.
**50 million tokens** will be the circulating supply at launch, with **10 million** allocated to the initial liquidity pool and **40 million** dedicated to voter incentives. The remaining **450 million tokens** have been **burned**, permanently removing them from circulation. This includes **150 million tokens** that have been burned to mint a Supermassive for Public Goods, which will serve as a yield-generating asset, providing sustainable funding for future Escape Velocity Seasons, voter incentive programs, and other ecosystem growth efforts. Team and foundation tokens have also been burned to mint Supermassive veNFTs, effectively removing these tokens from circulation. The team and foundation retain only the Supermassive veNFTs and hold no vested NOVA tokens, ensuring no future selling pressure from vested allocations. This mechanism is a core innovation of the Supernova protocol, setting it apart from traditional ve(3,3) models that rely on vested escrow systems without a token-burn component. We designed our tokenomics and the sizeable airdrop with the intent to give back to our loyal community that have helped us build Blackhole, the leading DEX on Avalanche, and give them ownership and the right to earn part of the protocol revenue from our next-gen ve3,3 DEX on Ethereum. A total of 132 MM tokens will be burned to airdrop the corresponding Supermassive veNFTs to the community, distributed as follows: * 8 million tokens allocated to the [Cosmic Ignition ](https://paragraph.com/@supernovadex/introducing-cosmic-ignition)Liquidity Acceleration Program, an **additional** incentives program on top of the liquidity incentives that contributors already receive as part of the ve(3,3) flywheel. * 20 million tokens airdropped to [Warp Speed ](https://paragraph.com/@blackholedex/announcing-warp-speed-the-fast-track-to-supernova)participants * 104 million tokens allocated to Supermassive veBLACK holders
*** #### # Security ### Smart Contract Audits Supernova has undergone a smartcontract audit by: * Paladin: [link](https://resources.supernova.xyz/Paladin_Supernova_Final_Report.pdf)
Supernova represents the next generation of our DEX technology, built on the battle-tested codebase of Blackhole, our leading DEX on Avalanche, which has undergone multiple independent audits. ### Hexagate Supernova leverages Chainanalysis' [Hexagate](https://www.chainalysis.com/product/hexagate-for-protocols/) platform to deliver continuous, real-time on‑chain threat monitoring across its smart contracts and tokens. This setup enables proactive detection of suspicious activity, exploits, or anomalous fund movements, and supports rapid incident response through automated alerts and mitigation workflows tailored to improve Supernova's security posture.
### Open Source Attributions In keeping with the spirit of open source development, we would like to express our gratitude to Andre Cronje, often regarded as the “Godfather of DeFi,” for his groundbreaking contributions to decentralized finance and for creating Solidly, the project that introduced the innovative ve(3,3) model and redefined DeFi protocol design. Supernova’s custom architecture and new features build on an adaptation of the Thena v2 codebase, which itself evolved from the Solidly smart contracts that Andre Cronje released under the GPL3 license. This legacy highlights the deeply collaborative and iterative nature of DeFi innovation, and we remain thankful for the foundation established by Andre and the wider open source community. Supernova also integrates Algebra Integral, the latest advancement in concentrated liquidity AMMs and a strong alternative to Uniswap V4. Algebra Integral retains the key advantages of concentrated liquidity: capital efficiency, customizable price ranges, and optimized fee structures, while introducing a modular and upgradeable architecture built around a hook plugin system. This allows Supernova to deliver greater flexibility, improved gas efficiency, and access to an expanding ecosystem of plugins, placing it at the forefront of next generation AMM innovation. # Technical AMM Documentation ### Project Context ### Overview Supernova is a ve(3,3) DEX built on Ethereum, forking from Blackhole and incorporating multiple AMM types: * Basic Pools: Uniswap V2-style constant product pools * Concentrated Pools: Algebra DEX-based range AMM Supernova uses a vote-escrow model with $NOVA and $veNOVA to align liquidity incentives and long-term governance, with auto-voting capabilities. *** ### Pool Types #### Basic Pools **Basic Volatile Pools** * AMM Model: Constant product formula x \* y = k * Use Case: Token pairs with high volatility and uncorrelated prices **Basic Stable Pools** * AMM Model: Stable-swap invariant (inspired by Curve) x³y + y³x ≥ k * Formula: Custom implementation that flattens the price curve around 1:1 to reduce slippage on similarly priced tokens * Use Case: Pairs like USDC/USDT, stablecoins, and synthetics **Common Features:** * Fee Structure: Flat LP fee, configurable by pool (e.g., 0.5% default) * Routing Logic: Integrated with Supernova router to handle swaps across both pool types **Key Highlights:** * Volatile pools for broader DeFi assets * Stable pools for low-slippage stablecoin swaps * Low gas cost and composable architecture * TWAP oracles and on-chain price feeds *** #### Concentrated Pools (Algebra Integral’s modular architecture) * **AMM Model**: Customizable tick-based range liquidity AMM * **Fee Structure**: Static and Dynamic fee model Key Features: * Efficient capital use with narrow-range liquidity *** ### AMM Architecture #### Router Layer * Unified router handles route discovery and execution * Multi-hop support across Algebra and Uniswap V2 pools * Implements price impact protection, slippage checks, and gas optimizations #### Liquidity Positions Basic Pools * Staked: Earn protocol emissions, and fees contribute to the pool's gauge. * Unstaked: Earn the generated fees. Concentrated Pools * Staked: Receive protocol emissions for positions within the active liquidity range. Fees contribute to the pool's gauge. * Unstaked: Receive neither fees nor emissions. Fees contribute to the pool’s gauge. *** ### ve(3,3) Architecture #### Voting & Incentives * Uses ve(3,3) mechanism (vote-escrowed $NOVA) * Weekly epochs where veNFT holders vote on pools to receive emissions * Epoch flips on Thursday at 00:00 UTC every week * First Epoch Flip - TBD #### Emissions * Emissions to pools are based on vote weights *** ### Technical Details #### Derive Pool addresses **Basic Pool:** {% code overflow="wrap" %} ``` bytes32 salt = keccak256(abi.encodePacked(token0, token1, stable)); // notice salt includes stable as well, 3 parameters pair = address(new Pair{salt: salt}(factory, token0, token1, stable)); ``` {% endcode %} **Concentrated Pool:** {% code overflow="wrap" %} ``` function computePoolAddress(address token0, address token1) public view override returns (address pool) { pool = address(uint160(uint256(keccak256(abi.encodePacked(hex'ff', poolDeployer, keccak256(abi.encode(token0, token1)), POOL_INIT_CODE_HASH))))); } bytes32 public constant POOL_INIT_CODE_HASH = 0xeaa3eea3233916c82fe1281a51bd9cde844b7c4673c0714ca0028a57f5634752; ``` {% endcode %}
#### Custom Pool Deployer Contracts
CustomPoolDeployer tick10xc815b4e0abae3155f8f4f9e404f17c9fa6928eb8
CustomPoolDeployer tick 100x1c798614ef4c6a8f8a1aab25785714933e59e963
CustomPoolDeployer tick 500x44acd9579650d300ebbeac2e483b97fdcacdddc0
CustomPoolDeployer tick 1000xd7b7cc843331cbdc857d5e7615d320b8b4ac090e
CustomPoolDeployer tick 2000x42f5ecd6497d42e093de05bec73e33ceb82493da
#### Sampling **Basic Pool** * There is a function in PairContract called getAmountOut * It takes Amount in and token in and returns the amount for the second token
**Concentrated Pool** * Contract: QuoterV2 * Function: quoteExactInputSingle * Takes below input: {% code overflow="wrap" %} ``` address tokenIn; address tokenOut; address deployer; uint256 amountIn; uint160 limitSqrtPrice; ``` {% endcode %} * deployer will be different for different tick\_spacing(mentioned above) * limitSqrtPrice: The price limit of the pool that cannot be exceeded by the swap #### Settling **Non native tokens** * Contract: RouterV2 * Function: swapExactTokensForTokens * Params: ``` uint amountIn, uint amountOutMin, IRouter.route[] calldata routes, address to, uint deadline ``` * Router: ``` address pair; address from; address to; bool stable; bool concentrated; address receiver; ``` **Native Tokens** * Contract: RouterV2 * Function: swapExactETHForTokens * Params: {% code overflow="wrap" %} ``` uint amountOutMin, IRouter.route[] calldata routes, address to, uint deadline ``` {% endcode %} * Router ``` address pair; address from; address to; bool stable; bool concentrated; address receiver; ``` **FOT Tokens** * Contract: RouterV2 * Function: swapExactTokensForTokensSupportingFeeOnTransferTokens * Params: ``` uint amountIn, uint amountOutMin, IRouter.route[] calldata routes, address to, uint deadline ``` * Router ``` address pair; address from; address to; bool stable; bool concentrated; address receiver; ``` * Gauge addresses for a pool The GaugeManager contract includes a function called gauges that returns the corresponding gauge address when provided with a pool address. GaugeManager Address: 0x19a410046afc4203aece5fbfc7a6ac1a4f517ae2
* Stake NFT for emissions You can deposit the NFT by calling the deposit function with the tokenid on the gauge contract associated with the respective pool. ### Mainnet Contract Addresses
Contract NameAddress
superNova0x00da8466b296e382e5da2bf20962d0cb87200c78
PermissionsRegistry0x344eec31c725187cd026db73ed8805e72967c28d
PairGenerator0x42a7a5baafb1818da3a39ce1b97a58799d69bbb8
PairFactory0x5aef44edfc5a7edd30826c724ea12d7be15bdc30
VotingBalanceLogic0xed686a5b0bf0df5c97f8eabd1b776ae399319847
VeArtProxyUpgradeable0x87e3982313661a08cb1f0bb9de472eb407397551
GaugeFactory0x66647a19452e98e98a9f479883f241e33016adb0
GaugeFactoryCL0x8d38206e38ec86b14530186aa36cc3b1ed8cd674
VoterFactoryLib0xbd08f4d76ca903cc922ec14fcfef90d4e1a95278
GaugeManager0x19a410046afc4203aece5fbfc7a6ac1a4f517ae2
VoterV30x1c7bf2532dfa34eeea02c3759e0ca8d87b1d8171
BribeFactoryV30xeb37f11c573ab01358d5fefb10f5de2b4237344c
AlgebraPoolAPIStorage0x3d219d5089331f6bf99cb20b9b199ab3b429337a
AlgebraPoolAPI0x0ee8553a64edf161b3daa6907a4ff45b0a12ea59
RouterHelper0xd8377aea61c4c4d43bf0588956f4e861720803c6
RouterV20xbFAe8E87053309fDe07ab3cA5f4B5345f8e3058f
BlackholePairAPIV20x2B9FC4714589544Aa1e0a75596c611a1364963Dc
RewardsDistributor0xb3410a30af5033af822b8ea5ad3bd0a19490ea97
VeNFTAPI0x85dc70913e49e5ebd888ada03034e3be109e5881
SuperNovaClaims0x313fdfcc9f19a90748072baec39d786d34961309
TokenAPI0x227534a66e521cfd95abb9e65c48d69ae5810b31
PairBootStrapper0x7f8f2b6d0b0aae8e95221ce90b5c26b128c1cb66
TokenHandler0xa1154fe44a3d5c740644b9028e4d68fd876de201
MinterUpgradeable0xfe29ea1348f0990273db5e19ad521e45acda84a2
VotingEscrow0x4c3e7640b3e3a39a2e5d030a0c1412d80fee1d44
CustomPoolDeployer0x2493b36759fb77e40ef863ca59807a9d7689af4a
#### #### Algebra Contracts
NameAddress
poolDeployer0x45bc0f9855a626743d57d37d989f3b9462deba45
factory0x44b7fbd4d87149efa5347c451e74b9fd18e89c55
vaultFactory0xafc0497f052a3b5274659308d0b875271c03038d
entryPoint0xb86a85acf0e658e4d3ac02c9fac3e122e5831288
tickLens0x4e6a86199fc06adbf1ff59634c1a806116a7d6c9
quoter0xf9439cd803dcb11fa574bcc8421207f89b529e41
quoterV20x8217550d36823b1194b58562dac55d7fe8efb727
swapRouter0x72d63a5b080e1b89cc93f9b9f50cbfa5e291c8ac
nftDescriptor0xabca00f6e3fb9fe4c8adbecc5f2daffe8c851045
nonfungiblePositionManager0x00d5bbd0fe275efee371a2b34d0a4b95b0c8aaaa
BasePluginV3Factory0xdbfd67d12cadb8925c1417ff3638693f2bf99b97
SecurityRegistry0x454e62e725ad5a47931043f7e6369cfbb879bdfd
PluginV3Deployer0x48012a780779f12b27f0f7f558cab5511d92eee3
FeeDiscountRegistry0x31eda5529b8f219243e8248eff368bc36a3f5975
NonfungibleTokenPositionDescriptor0xf9bc949bab0969ec4e32d725d9ffab226ab6535c
AlgebraInterfaceMulticall0xc9ba2ef71d4c5ca59b426c4c3dae6aeabe041f18
AlgebraEternalFarming0x1e862624eda92b8fe532c16253356d17dd70a337
FarmingCenter0x428ea5b4ac84ab687851e6a2688411bdbd6c91af
#### Custom Pool Deployer Contracts
CustomPoolDeployer tick10xc815b4e0abae3155f8f4f9e404f17c9fa6928eb8
CustomPoolDeployer tick 100x1c798614ef4c6a8f8a1aab25785714933e59e963
CustomPoolDeployer tick 500x44acd9579650d300ebbeac2e483b97fdcacdddc0
CustomPoolDeployer tick 1000xd7b7cc843331cbdc857d5e7615d320b8b4ac090e
CustomPoolDeployer tick 2000x42f5ecd6497d42e093de05bec73e33ceb82493da

basic graph link - algerba graph link - \
### Testnet Contract Addresses
Contract NameAddress
superNova0xb2Ef7B653DbeD27E36c005091c6112F181E3b29a
PermissionsRegistry0x0a3CeF5FC2Ed55AC8C72c2A8a727b4EcCeC884ae
PairGenerator0x60FBea626B5DbB2aa3aAC5595dE04dc56AAa9FA5
PairFactory0xA55647E1476533742324e9D1b04Fd22EE2fb9395
VotingBalanceLogic0x36DE4600a37caD52Ed8CadAfB16f94494CCcA47e
VeArtProxyUpgradeable0xF12E1158b6e7C13f97910478e7f2297214C87592
GaugeFactory0xf7EB780846AF098d7CAE9B6775fAC5150944C1eF
GaugeFactoryCL0x319E1BBE86853E68d44C99481F1B649a1d872E68
VoterFactoryLib0x9f8749212E000Baa58E8B47ABb231876fEB8f4fE
GaugeManager0xc5DEdBf267f6099758552601451CAf649597C411
VoterV30x9408d319d01c858E130c14Fd6ae4ca8de2157D86
BribeFactoryV30xE6caF7f584Fd99A9957b23e3c9C1686d6D0190dc
AlgebraPoolAPIStorage0x1886Ff6cC5CFC5ef1AD32b7E2e8711Ec7F431aC2
AlgebraPoolAPI0x9f52E2b043ed71c7E58168B8Ba0D433410A40AF3
RouterHelper0x9228fd7d15E5c8C59e0DCA895B157E11870FFA42
RouterV20x6284fe70EAf5B74b0b1F3d17E83843115d6029c6
BlackholePairAPIV20xAc5D47BdC6CE689DDbccA70dC8c74E7262742459
RewardsDistributor0x9b7aB771AA60096F3D27E441ECE968809ADDAC6c
VeNFTAPI0x0802E33C458891BEA1Cd2994d86DB25BE78a07b7
SuperNovaClaims0xDE818029FCE704ce2a5eCD6d20d6BeB3B7fe8885
TokenAPI0x07C81982Bb618D0f461425Bc19d8e5e690626318
PairBootStrapper0x823DA2c4372B493bf04d62F71B5fDF99011a7c7d
TokenHandler0xC534a17E0B8DefB5Eb9c57fB9875836Bff7679d9
MinterUpgradeable0xc89aE099c28a86151B7d0708fB7EF6D1c02228D1
VotingEscrow0x13cb217885Ec53F3A52d114FC7A66A3357875254
CustomPoolDeployer0xE1Bb451c7026fCaF5b9F6f728e9a281a2B467763
#### #### Algebra Contracts
NameAddress
poolDeployer0xED638309E8639c4Bc7dFC8f2F8BACc7F07ED338F
factory0xFc58e73C2F9Fc8e6C711654575faE6c2fd3b2237
vaultFactory0x63e0729C49b490c510231af7f11B840E55b097eB
BasePluginV1Factory0xebf6f5Ef7dC16b94bc37b01F4c58AFFd9fe418da
wrapped0xfff9976782d46cc05630d1f6ebab18b2324d6b14
entryPoint0xdab3c086f0194974994Facd60eD303FC2589ee98
tickLens0xdD7F4e3DF68247c8391719c0Dc4d60De6a48EC57
quoter0x597C84e1Cca9754A46F5d825a0A0FF89b98E07F0
quoterV20x37C793Ed76D336AfaA44698c42b8383C22847f71
swapRouter0x9C19A37D2C66300c5b8f7219D2D5EBb95230dD49
nftDescriptor0xF943F74c243dE7cc25352fFE77745Df8Aa331944
proxy0xF6E3A9ABeA6Cb56A7bd8F750f2Cb8Fa7A84AAD98
admin0xf6DACcfe3d9E8370d7DF84654ab2D893804B7D0B
nonfungiblePositionManager0xb0764222392298BE9F538C464Aaa1C6c3fa971aC
mcall0x327BbcCBA12b19bf428A213F88c499328f43a76A
eternal0xd6Ca86BF3FA1d43766f9cf1335C96fA8BEAb0122
fc0x00b07Ca11a9F97cdA5B4419a013E5CA71CA2b26F
BasePluginV3Factory0xfCD46Fc0D003115D433bD994442495956f18765e
SecurityRegistry0x88506a980D4A639D8e3eA2Ab98d6E888841D6724
PluginV3Deployer0x01f4b84e8720c5171044C3A86c3993a5B0973C2b
FeeDiscountRegistry0x8b9568B5a4A7B1EFA3d53F71C6cf3ea108428aeA
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Arbitration will be conducted on an individual basis, and class arbitrations or representative proceedings are not permitted. {% endstep %} {% step %} ### Changes to Terms We reserve the right to revise these Terms at any time in our sole discretion. All changes are effective immediately upon posting and apply to all access to and use of the Website thereafter. Your continued use of the Website constitutes acceptance of the revised Terms. {% endstep %} {% step %} ### Third-Party Services and Content The Website may include links to third-party services or content ("Third-Party Content"). We do not control, endorse, or adopt any Third-Party Content and are not responsible for its accuracy, completeness, or legality. Your interactions with third parties are solely between you and the third party, and we are not liable for any loss or damage arising from such interactions. For ALM Vault integrations, please review the policies from our integration partners: * Steer Protocol: [link](https://www.steer.finance/) * Gamma Strategies: [link](https://gammastrategies.org) For cross-chain bridge integrations, please review the policies from our integration partners: * Bungee: [link](https://www.bungee.exchange/) * LayerZero: [link](https://layerzero.network/terms) For TWAP/Limit order integration please review the policy from our integration partner: * Orbs Network: [link](https://www.orbs.com/liquidity-hub-terms-of-use/) For Wallet integrations, please review the following third-party policies: * Rainbow Wallet: * WalletConnect: * Coinbase Wallet: * Gnosis Safe: {% endstep %} {% step %} ### Intellectual Property Rights The Website and its content, including but not limited to text, graphics, logos, images, and software, are owned by the Foundation or its licensors and are protected by intellectual property laws. You may not use any intellectual property without prior written permission from the Foundation or the respective owner. You are granted a limited, revocable, non-exclusive right to create hyperlinks to the Website, provided such links do not portray the Foundation or the Website in a false, misleading, derogatory, or offensive manner. {% endstep %} {% step %} ### Privacy Policy #### Information We Collect We may collect non-personal information, such as browser type, IP address, and usage data, to improve the Website. #### Use of Information Non-personal information is used to enhance the functionality and security of the Website. #### Third-Party Services Third-party services integrated with the Website (e.g., WalletConnect, Coinbase Wallet) may collect and process information in accordance with their own privacy policies. #### Changes to Privacy Policy We may update this Privacy Policy from time to time. Continued use of the Website constitutes acceptance of the updated policy. {% endstep %} {% endstepper %} By using the Website, you acknowledge that you have read, understood, and agreed to these Terms. # Official Links Website: Twitter: Discord: Blog: