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Indexing Hyperliquid with SQD

Overview​

SQD is a decentralized hyper-scalable data platform optimized for providing efficient, permissionless access to large volumes of data. SQD offers a powerful toolkit for creating custom data extraction and processing pipelines from over 200 networks, achieving an indexing speed of up to 150k blocks per second.

Supported Networks​

  • HyperEVM Testnet
  • HyperEVM Mainnet
  • HyperCore L1 Mainnet (coming soon)

See the full, always-up-to-date network list: docs.sqd.ai/subsquid-network/reference/networks

Quickstart: Drip.trade Events on HyperEVM​

This example shows how to index the NFT marketplace Drip.trade on Hyperliquid using SQD.

It captures:

  • ItemSold events (direct NFT sales)
  • BidAccepted events (successful bids)

Prerequisites​

  • Node.js
  • Docker
  • Basic terminal skills

🧪 Setup & Run​

# 0. Install the SQD CLI tool globally
npm i -g @subsquid/cli

# 1. Initialize the Drip.trade example project
sqd init hyperliquid-drip-trade -t https://github.com/subsquid-labs/hyperliquid-drip-trade-example
cd hyperliquid-drip-trade

# 2. Install Node.js dependencies
npm ci

# 3. Set up environment variables
mv .env.example .env

# 4. Start a Postgres container
sqd up

# 5. Start the processor to fetch and transform data
sqd process

# 6. In a new terminal, launch the GraphQL server
sqd serve

Explore the data in the GraphQL playground at: http://localhost:4350/graphql

This example shows how to build a custom on-chain indexer with SQD. It connects to the HyperEVM network starting from block #377,808, where the Drip.trade contract was deployed.

It pulls data using:

You can find the full Quickstart example on GitHub: https://github.com/subsquid-labs/hyperliquid-drip-trade-example

Learn more​

To learn more about our SDK, visit: docs.sqd.ai/sdk

For information about hosting your indexer using SQD Cloud, visit: docs.sqd.ai/cloud

To see more examples, visit: docs.sqd.ai/sdk/examples

Getting support​

Need help or have questions? Join our dedicated Telegram support channel for SQD developers: link.