How to write dimensions adapters

This guide will help you create adapters for DefiLlama's various dashboards, including fees, volumes, aggregators, derivatives, Bridge Aggregators, Options, and others.

What is an Adapter?

An adapter is some code that:

1. Collects data on a protocol by calling some endpoints or making blockchain calls

2. Computes a response and returns it

It's a TypeScript file that exports an async function which takes a FetchOptions object containing:

• startTimestamp: Unix timestamp for start of period

• endTimestamp: Unix timestamp for end of period

• startBlock: Block number corresponding to start timestamp

• endBlock: Block number corresponding to end timestamp

• createBalances: Helper function to track token balances

• api: Helper for making contract calls

• getLogs: Helper for fetching event logs

The function returns an object with metrics (like fees, volume, etc.) for that time range.

Introduction to Dimension Adapters

DefiLlama's dashboards track various metrics (dimensions) for DeFi protocols. Each dashboard focuses on specific dimensions:

• Dexs dashboard: Tracks trading volume from DEXs (spot/swaps)

• Fees dashboard: Tracks fees and revenue from all types of protocols

• Aggregators dashboard: Tracks volume from DEX aggregators

• Derivatives dashboard: Tracks volume from derivatives protocols

• Bridge Aggregators dashboard: Tracks volume from bridge aggregators

• Options dashboard: Tracks notional and premium volume from options DEXs

How to List Your Project

The majority of adapters for DefiLlama dashboards are contributed and maintained by their respective communities, with all changes being coordinated through the DefiLlama/dimension-adapters GitHub repo.

To add your protocol to any dashboard, follow these steps:

1. Fork the dimension-adapters repository

2. Create a new file at [dashboard]/yourProtocolName/index.ts or [dashboard]/yourProtocolName.ts (where [dashboard] is the relevant folder like fees, dexs, aggregators, aggregator-derivatives, bridge-aggregators, options, etc.)

3. Implement your adapter following the guidelines in this document

4. Test your adapter using npm test [dashboard] yourProtocolName

5. Submit a PR! A llama will review it and merge it. Once merged, it can take up to 24h to be available in the dashboard

Seeing issues getting logs or with calls at historical blocks? You can replace the RPC being used by creating a .env file and filling it with rows like this: ETHEREUM_RPC="https://..." BSC_RPC="https://..." POLYGON_RPC="https://..." ...

Basic Example

Let's start with a simple, complete example of a fees adapter:

import { FetchOptions, SimpleAdapter } from "../../adapters/types";

const FeeCollectedEvent = "event FeesCollected(address indexed _token, address indexed _integrator, uint256 _integratorFee, uint256 _lifiFee)"

const LIFIFeeCollector = '0xbD6C7B0d2f68c2b7805d88388319cfB6EcB50eA9';

const fetch = async (options: FetchOptions) => {
    const dailyFees = options.createBalances();
    const data: any[] = await options.getLogs({
        target: LIFIFeeCollector,
        eventAbi: FeeCollectedEvent,
    });
    data.forEach((log: any) => {
        dailyFees.add(log._token, log._integratorFee);
    });
    return { dailyFees, dailyRevenue: dailyFees, dailyProtocolRevenue: dailyFees };
};

const adapter: SimpleAdapter = {
    version: 2,
    adapter:{
      [CHAIN.ETHEREUM]: {
          fetch,
          start: '2023-07-27',
          meta: {
            methodology: {
              Fees: 'All fees paid by users for swap and bridge tokens via LI.FI.',
              Revenue: 'Fees are distributed to LI.FI.',
              ProtocolRevenue: 'Fees are distributed to LI.FI.',
            }
          }
      }
    }
};

export default adapter;

Adapter Structure

The object exported by your adapter file defines its behavior. The main configuration object holds a version key and an adapter key.

The adapter object contains chain-specific configurations, keyed by CHAIN.<ChainName>. Each chain configuration is a BaseAdapter object.

BaseAdapter Properties

The BaseAdapter includes several important properties:

• fetch: The core async function that returns different dimensions of a protocol. The dimensions returned depend on which dashboard you're targeting (e.g., dailyVolume for the dexs dashboard, dailyFees for the fees dashboard). See "Core Dimensions" below.

• start: The earliest timestamp (as YYYY-MM-DD or unix timestamp) we can pass to the fetch function. This tells our servers how far back we can get historical data.

• runAtCurrTime: (Optional, defaults to false) Boolean flag. Set to true if the adapter can only return the latest data (e.g., last 24h) and cannot reliably use the startTimestamp and endTimestamp passed to fetch.

• meta: (Optional) Object containing metadata about the adapter, including:

  • methodology: Object describing how different dimensions are calculated. See "Metadata and Methodology" below.

  • hallmarks: Set of events that significantly affected protocol data (displayed on the chart).

Testing Your Adapter

Test your adapter locally before submitting a PR:

> npm test [dashboard] [protocolSlug]
> npm test [dashboard] [protocolSlug] [timestamp]

npm test fees katana

To test at specific day (unix format or yyyy-mm-dd):

npm test fees katana 1662110960
npm test dexs katana 2025-04-10

This checks if your adapter correctly returns data for the requested time period.

Adapter Version

The top-level version key specifies the adapter version:

• Version 2 (Recommended): version: 2. These adapters accept arbitrary start and end timestamps as input to fetch, allowing for flexible time ranges.

• Version 1: version: 1. Use this only if your fetch function can run for fixed time periods only (00:00 to 23:59 of a given day), typically because the underlying data source only provides daily data.

Core Dimensions

Your fetch function should return an object containing properties corresponding to the metrics (dimensions) relevant to the dashboard you are targeting. All dimensions should be returned as balance objects (Object<string>) where keys are the token identifiers (e.g., ethereum:0x...) and values are the raw amounts (no decimal adjustments).

Minimum Requirements: To be listed, your adapter must provide accurate dailyFees and dailyRevenue dimensions. Other daily dimensions like dailyHoldersRevenue are highly encouraged for better insights but are secondary. Cumulative total* dimensions are deprecated and should not be used.

Here are the standard dimensions grouped by dashboard type:

Dexs, Dex Aggregators, and Derivatives Dimensions:

• dailyVolume: (Required for these dashboards) Trading volume for the period.

Options Dimensions:

• dailyNotionalVolume: Notional volume of options contracts traded/settled.

• dailyPremiumVolume: Premium volume collected/paid.

Fees Dimensions:

• dailyFees: (Required) All fees and value collected from all sources (users, LPs, yield generation, liquid staking rewards, etc.), excluding direct transaction/gas costs paid by users to the network. This represents the total value flow into the protocol's ecosystem due to its operation.

• dailyUserFees: (Optional, but helpful) The portion of dailyFees directly paid by end-users (e.g., swap fees, borrow interest, liquidation penalties, marketplace commissions paid by buyers/sellers).

• dailyRevenue: (Required) The portion of dailyFees kept by the protocol entity itself, distributed either to the treasury (dailyProtocolRevenue) or governance token holders (dailyHoldersRevenue).

  • dailyRevenue = dailyProtocolRevenue + dailyHoldersRevenue

• dailyProtocolRevenue: (Optional, clarifies revenue split) The portion of dailyRevenue allocated to the protocol's treasury or core team.

• dailyHoldersRevenue: (Optional, but important for protocols distributing to holders) The portion of dailyRevenue distributed to governance token holders (e.g., via staking rewards, buybacks, burns).

• dailySupplySideRevenue: (Optional, but helpful) The portion of dailyFees distributed to liquidity providers, lenders, or other suppliers of capital/resources essential to the protocol's function.

• dailyBribeRevenue: (Optional, specific use case) Governance token paid as bribe/incentive for token holder action.

• dailyTokenTax: (Optional, specific use case) Fees generated from a tax applied to token transfers.

Fee/Revenue Attribution Examples by Protocol Type:

If you are unsure how to classify fees and revenues, refer to this table or contact us at [email protected] or ask on Discord:

Attribute	DEXs	Lending	Chains	NFT Marketplace	Derivatives	CDP	Liquid Staking	Yield	Synthetics
UserFees	Swap fees paid by users	Interest paid by borrowers	Gas fees paid by users	Fees paid by users	Fees paid by users	Interest paid by borrowers	% of rewards paid to protocol	Paid management + performance fees	Fees paid by users
Fees	=UserFees	=UserFees	=UserFees	=UserFees	UserFees + burn/mint fees	=UserFees	Staking rewards	Yield	=UserFees
Revenue	% of swap fees going to protocol governance	% of interest going to protocol governance	Burned coins (fees-sequencerCosts for rollups)	Marketplace revenue + creator earnings	Protocol governance revenue	=ProtocolRevenue	=ProtocolRevenue	=ProtocolRevenue	=ProtocolRevenue
ProtocolRevenue	% of swap fees going to treasury	% of interest going to protocol	*	Marketplace revenue	Value going to treasury	Interest going to treasury	=UserFees	=UserFees	% of fees going to treasury
HoldersRevenue	Money going to gov token holders	*	*	*	Value going to gov token holders	*	*	*	% of fees going to token holders
SupplySideRevenue	LPs revenue	Interest paid to lenders	*	*	LP revenue	*	Revenue earned by stETH holders	Yield excluding protocol fees	LPs revenue

Notes:

• Protocol governance includes treasury + gov token holders.

• Revenue = HoldersRevenue + ProtocolRevenue.

• Asterisk (*) indicates typically not applicable or zero for that category.

Implementation Steps

Building the fetch function is the core task. Here's a breakdown:

1. Identify Supported Chains: Determine which blockchains your protocol runs on by referencing the chains.ts file. You'll need a BaseAdapter entry for each chain.

2. Define Start Dates: For each chain, find your protocol's deployment date to set the start property. This enables proper data backfilling.

3. Choose Data Source(s): Select the appropriate method(s) to retrieve the necessary data for calculating dimensions. Common approaches are detailed below.

Data Source Examples

Choose the appropriate data source based on your protocol's architecture. The fetch function receives an options object containing helper utilities like createBalances, getLogs, api (for contract calls), queryDuneSql, etc.

On-Chain Event Logs

Ideal for tracking specific events that generate fees or volume:

const fetch = async ({ getLogs, createBalances }) => {
  const dailyFees = createBalances();
  const dailyRevenue = createBalances();
  
  const logs = await getLogs({
    target: "0xcf205808ed36593aa40a44f10c7f7c2f67d4a4d4",
    eventAbi: 'event Trade(address trader, address subject, bool isBuy, uint256 shareAmount, uint256 ethAmount, uint256 protocolEthAmount, uint256 subjectEthAmount, uint256 supply)'
  });
  
  logs.forEach(log => {
    dailyFees.addGasToken(log.protocolEthAmount * 2);  // Example: Total fees
    dailyRevenue.addGasToken(log.protocolEthAmount);   // Example: Protocol's share
  });
  
  return { dailyFees, dailyRevenue };
};

Example: Ostium

Token Transfer Tracking

Track tokens received by protocol treasury/fee addresses:

import { addTokensReceived } from '../../helpers/token';

const fetch = async (options: FetchOptions) => {
  // Track ERC20 token transfers to treasury
  const dailyFees = await addTokensReceived({
    options,
    tokens: ["0x4200000000000000000000000000000000000006"], // WETH on Base
    targets: ["0xbcb4a982d3c2786e69a0fdc0f0c4f2db1a04e875"] // Treasury
  });

  // Example: Assuming all received tokens are fees and revenue
  return { dailyFees, dailyRevenue: dailyFees }
}

Example: Synthetix

Subgraphs

Fast queries for protocols with well-maintained subgraphs:

import { request } from "graphql-request";

const fetch = async (options: FetchOptions) => {
  const dailyVolume = options.createBalances();
  
  const query = `{
    volumeStats(where: {timestamp_gte: ${options.startTimestamp}, timestamp_lt: ${options.endTimestamp}}) {
      volumeUSD
      token
    }
  }`;
  
  const { volumeStats } = await request("https://api.thegraph.com/subgraphs/name/protocol/subgraph", query);
  
  volumeStats.forEach(stat => {
    // Assuming volumeUSD needs conversion if not directly usable
    dailyVolume.add(stat.token, stat.volumeUSD); 
  });
  
  return { dailyVolume };
};

Examples:

• Curve

• LlamaLend

• TheGraph

• Dackieswap

Query Engines (Dune, Flipside, Allium)

For complex queries or when direct blockchain access is too expensive:

const fetch = async (options: FetchOptions) => {
  const dailyFees = options.createBalances();
  
  const results = await options.queryDuneSql(`
    SELECT 
      SUM(amount) as fees,
      token_address
    FROM ethereum.transactions
    WHERE to_address = '0x123...abc' -- Example fee address
      AND block_time >= FROM_UNIXTIME(${options.startTimestamp})
      AND block_time < FROM_UNIXTIME(${options.endTimestamp})
    GROUP BY token_address
  `);
  
  if (results && results.length > 0) {
    results.forEach(row => {
      dailyFees.add(row.token_address, row.fees);
    });
  }
  
  return { dailyFees };
};

Example: Pumpswap

Contract Calls

For protocols where data is accessible through view functions or requires multiple contract interactions:

const fetch = async (options: FetchOptions) => {
  const dailyFees = options.createBalances();
  
  // Example: Get plugin data through contract calls
  const plugins = await options.api.call({
    target: "0xd7ea36ECA1cA3E73bC262A6D05DB01E60AE4AD47", // Contract address
    abi: "address[]:getPlugins",
  });
  
  // Use multiCall for efficiency when making multiple similar calls
  const bribes = await options.api.multiCall({
    abi: "function getBribe() returns (address)",
    calls: plugins
  });
  
  // Example: Collect fee data from events emitted by bribe contracts
  for (const bribe of bribes) {
    const logs = await options.getLogs({
      target: bribe,
      eventAbi: "event Bribe__RewardNotified(address indexed rewardToken, uint256 reward)",
    });
    
    logs.forEach((log) => {
      dailyFees.add(log.rewardToken, log.reward);
    });
  }
  
  return { dailyFees };
};

Example: Beradrome

Metadata and Methodology

Always include a methodology object within the meta property of your BaseAdapter to explain how your metrics are calculated. This is crucial for transparency.

// Inside the BaseAdapter config for a specific chain
meta: {
  methodology: {
    Fees: "Describes how total fees are calculated (e.g., Users pay 0.3% on each swap).",
    Revenue: "Describes how protocol revenue is calculated (e.g., Protocol keeps 0.05% of each swap).",
    SupplySideRevenue: "Describes how revenue distributed to LPs/suppliers is calculated (e.g., LPs receive 0.25% of each swap)."
    // Add methodology for other dimensions like Volume, PremiumVolume etc. as applicable
  }
}

Important Considerations

Precision

Use the BigNumber library (available via options.createBalances() or direct import) for mathematical operations involving token amounts, especially when dealing with different decimals or potentially large/small numbers, to avoid JavaScript precision issues.

import BigNumber from "bignumber.js";

// ... inside fetch function
const feesInGas = new BigNumber(graphRes["fees"]);
const ethGasPrice = await getGasPrice(timestamp); // Assuming getGasPrice helper exists
const dailyFees = options.createBalances(); // Create a Balances object

dailyFees.addGasToken(feesInGas.multipliedBy(ethGasPrice).toString()); 

return {
  dailyFees,
  dailyRevenue: dailyFees
}; 

Helper Functions Reference

DeFiLlama provides numerous helper functions to simplify common tasks in adapter development. These are available either via direct import or through the options object passed to your fetch function.

Protocol-Specific Helpers (Common Abstractions)

These helpers provide high-level abstractions for common DeFi protocol archetypes.

Uniswap V2/V3-like Protocols

• uniV2Exports / getUniV2LogAdapter: Generates adapter configurations for Uniswap V2-style DEXes across multiple chains.

  import { uniV2Exports } from '../helpers/uniswap';
  
  // Example for a Uniswap V2 fork on BSC
  export default uniV2Exports({
    [CHAIN.BSC]: {
      factories: ['0x123...abc'], // Factory address
      fees: {
        type: 'fixed', // Or 'variable' or 'stable'
        feesPercentage: 0.3 // Swap fee percentage
      }
    }
    // Other chains...
  });

  Examples:

  • Nile Exchange V1 (V2-style)

  • Hydrometer

  • ABCDEFX

• uniV3Exports: Creates adapters for Uniswap V3-style DEXes, supporting variable fees and multiple pools.

  import { uniV3Exports } from '../helpers/uniswap';
  
  // Example for a Uniswap V3 fork on Scroll
  export default uniV3Exports({
    [CHAIN.SCROLL]: { 
      factory: '0xAAA32926fcE6bE95ea2c51cB4Fcb60836D320C42',
      // Optional custom fee handling or additional configurations
    }
    // Other chains...
  })

  Example:

  • 2thick (V3-style)

Compound V2-like Protocols

• compoundV2Export: Creates an adapter for Compound V2-like protocols, taking config parameters and returning an object that tracks fees, revenue, and distribution among holders and suppliers.

  import { compoundV2Export } from '../helpers/compound';
  
  // Example for a Compound V2 fork on Ethereum
  export default compoundV2Export({
    reserveFactor: 0.1, // Example: 10% of interest goes to protocol
    markets: {
      [CHAIN.ETHEREUM]: {
        comptroller: '0x123...abc', // Comptroller address
        // ... other market parameters like specific cToken addresses if needed
      }
      // Other chains...
    }
  });

  Example:

  • Strike

Token Tracking Helpers

Functions for tracking native and ERC20 token movements.

• addTokensReceived: Tracks ERC20 token transfers received by specified addresses. Supports filtering by sender/receiver and custom token transformations. Uses indexer first, then logs.

  import { addTokensReceived } from '../../helpers/token';
  
  const fetch: any = async (options: FetchOptions) => {
    const dailyFees = await addTokensReceived({
      options,
      tokens: ["0x4200000000000000000000000000000000000006"], // WETH on Base
      targets: ["0xbcb4a982d3c2786e69a0fdc0f0c4f2db1a04e875"] // Treasury
    })
  
    return { dailyFees, dailyRevenue: dailyFees }
  }

  Example Implementation - Synthetix

• addGasTokensReceived: Tracks native token transfers (like ETH) received by specified multisig addresses.

  import { addGasTokensReceived } from '../../helpers/token';
  
  const fetch = async (options: FetchOptions) => {
    const dailyFees = await addGasTokensReceived({
      options,
      multisigs: ["0x123...abc", "0x456...def"] // Treasury multisig addresses
    });
    
    return { dailyFees, dailyRevenue: dailyFees };
  }

• getETHReceived: Tracks native token transfers on EVM chains via Allium DB queries.

  import { getETHReceived } from '../../helpers/token';
  
  const fetch = async (options: FetchOptions) => {
    const balances = options.createBalances();
    await getETHReceived({
      options,
      balances,
      target: "0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045" // Treasury address
    });
    
    return { dailyFees: balances, dailyRevenue: balances };
  }

  Example Implementation - DexTools

• getSolanaReceived: Fetches token transfers to specified Solana addresses, allows blacklisting senders/signers.

  import { getSolanaReceived } from '../../helpers/token';
  
  const fetch = async (options: FetchOptions) => {
    const dailyFees = options.createBalances();
    await getSolanaReceived({
      options,
      balances: dailyFees,
      target: "9yMwSPk9mrXSN7yDHUuZurAh1sjbJsfpUqjZ7SvVtdco", // Treasury
      blacklists: ["3xxxx..."] // Optional senders to exclude
    });
    
    return { dailyFees, dailyRevenue: dailyFees };
  }

  Example Implementation - Jito

EVM Data Helpers

Functions for querying EVM logs and indexers.

• getLogs (Available via options.getLogs): Retrieves event logs based on filters (target, signature, topics).

  const fetch = async (options: FetchOptions) => { // options includes getLogs
    const dailyFees = options.createBalances();
    const logs = await options.getLogs({
      target: "0xcf205808ed36593aa40a44f10c7f7c2f67d4a4d4",
      eventAbi: 'event Trade(address trader, address subject, bool isBuy, uint256 shareAmount, uint256 ethAmount, uint256 protocolEthAmount, uint256 subjectEthAmount, uint256 supply)'
    });
    
    logs.forEach(log => {
      dailyFees.addGasToken(log.protocolEthAmount);
    });
    
    return { dailyFees };
  }

  Example Implementation - Ostium

• queryIndexer: Executes queries against DeFi Llama's indexers (transfers, events, etc.).

  import { queryIndexer } from '../../helpers/indexer';
  
  const fetch = async (options: FetchOptions) => {
    const transfers = await queryIndexer({
      chain: options.chain,
      fromTimestamp: options.startTimestamp, 
      toTimestamp: options.endTimestamp,
      type: 'Transfer', // Example: query token transfers
      filter: { to: "0x123...abc" } 
    });
    
    const dailyFees = options.createBalances();
    transfers.forEach(t => dailyFees.add(t.token, t.value));
    
    return { dailyFees };
  }

  Example Implementation - Sudoswap V2

Query Engine Helpers

Functions for querying external data platforms.

• queryDuneSql (Available via options.queryDuneSql): Executes SQL queries against Dune Analytics.

  const fetch = async (options: FetchOptions) => { // options includes queryDuneSql
    const dailyFees = options.createBalances();
    const results = await options.queryDuneSql(`
      SELECT SUM(fee_amount) as fees
      FROM ethereum.transactions
      WHERE to = '0x123...abc'
      AND block_time BETWEEN to_timestamp(${options.startTimestamp}) AND to_timestamp(${options.endTimestamp})`
    );
    
    if (results && results.length > 0) {
      dailyFees.addGasToken(results[0].fees);
    }
    
    return { dailyFees };
  }

  Example Implementation - Pumpswap

• queryAllium (Available via options.queryAllium): Queries the Allium database.

  const fetch = async (options: FetchOptions) => { // options includes queryAllium
    const dailyFees = options.createBalances();
    const result = await options.queryAllium(`
      SELECT SUM(value) as revenue
      FROM ethereum.transactions
      WHERE to_address = '0x123...abc'
      AND block_timestamp BETWEEN TO_TIMESTAMP_NTZ(${options.startTimestamp}) AND TO_TIMESTAMP_NTZ(${options.endTimestamp})
    `);
    
    if (result && result.length > 0) {
      dailyFees.addGasToken(result[0].revenue);
    }
    
    return { dailyFees };
  }

Chain-Specific Helpers

Helpers tailored for specific chains or L2s.

• fetchTransactionFees (Available via options.fetchTransactionFees): Retrieves total native token transaction fees burned/collected by the network.

  const fetch = async (options: FetchOptions) => { // options includes fetchTransactionFees
    const dailyFees = await options.fetchTransactionFees(); 
    // Assumes network fees are protocol revenue
    return { dailyFees, dailyRevenue: dailyFees }; 
  }

General Helpers

Utility functions for common adapter patterns.

• startOfDay (Available via options.startOfDay): Converts options.endTimestamp to 00:00:00 UTC for data sources requiring exact day timestamps.

  const fetch = async (options: FetchOptions) => {
    const startOfDayTimestamp = options.startOfDay; 
    // Use startOfDayTimestamp in API calls requiring a 00:00:00 timestamp
    // e.g., const data = await fetchAPI(`...?date=${startOfDayTimestamp}`);
    // ...
  }

Helper Source Code Reference

You can find the full source code for these helper functions in the DeFi Llama GitHub repository:

• Token Helpers - Contains functions like addTokensReceived, getETHReceived, etc.

• Uniswap Helpers - Contains uniV2Exports, uniV3Exports

• Compound Helpers - Contains compoundV2Export

• Graph Helpers - Contains querySubgraph

• Uniswap Subgraph Helpers - Contains getGraphDimensions2

Frequently Asked Questions

How does DeFiLlama ensure data quality and accuracy?

Code Review Process: Each protocol adapter undergoes peer review by llamas through GitHub pull requests. This ensures code quality, data accuracy, and that a consistent methodology is applied to all protocols for the same metrics before any adapter goes live.

Methodology Consistency: We maintain a uniform methodology across all protocol adapters and chains. Whenever the methodology evolves, our team propagates the update to every relevant adapter to ensure figures remain fully comparable across protocols.

Monitoring Systems: We maintain internal alert systems that detect unusual data spikes, broken adapters, and anomalies across both TVL and dimension adapters (fees/revenue/volume). This allows the team to quickly identify and fix issues.

Historical Data Integrity: When protocols add new components (like treasury wallets, new contracts, etc.), we backfill historical data to maintain completeness and accuracy. This ensures users have access to accurate historical insights.

How we handle data integrity and keep data organic?

Wash Trading Detection: We actively identify and remove wash trading volumes to prevent them from undermining legitimate trading data.

TVL Percentage Rules: For pools with very low fee percentages (like 0.01%) that enable wash trading, we apply minimum TVL percentage rules. Only volume from pools meeting these thresholds is counted, effectively filtering out wash trading while preserving legitimate activity.

Chain-Specific Considerations:

• Solana: Due to lower transaction fees that make wash trading more viable, we apply TVL percentage filters to major Solana DEXs while maintaining legitimate volumes

• BSC: During farming campaigns that create wash trading incentives for low-liquidity pairs, we remove affected pairs to maintain data integrity

How can I report data issues or provide feedback?

You can report issues or provide feedback by sending an email to [email protected]

Llamas regularly review feedback and implement necessary fixes to maintain the highest data quality standards across all adapters.