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Oracles

API3​

API3 provides next-generation oracle infrastructure powered by first-party oracle nodes, delivering accurate and verifiable data directly from trusted providers to smart contracts. With API3 Market, developers can permissionlessly access over 180 real-time price feeds, including popular cryptocurrencies, LSTs, LRTs, and stablecoins.

API3’s data feeds are fully integrated with the OEV Network, enabling lending protocols to recapture MEV from liquidations.

Explore the documentation to start using API3’s data feeds in your Soneium project.

Supported Networks

Data Feeds​

Chainlink Data Feeds provide a fast, reliable way to connect your smart contracts to real-world data, including asset prices, reserve balances, and L2 sequencer health.

Chainlink offers several price feeds for Soneium Minato. Click here to view available feeds. Refer to this guide for instructions on using Chainlink Data Feeds.

Supported Networks

  • Soneium Mainnet
  • Soneium Minato (Testnet)

Data Streams​

Chainlink Data Streams deliver low-latency off-chain market data that can be verified on-chain. With Chainlink Data Streams, decentralized applications (dApps) gain on-demand access to high-frequency market data, supported by decentralized, fault-tolerant, and transparent infrastructure.

The Soneium Minato Verifier Proxy address and supported data streams are available here. For setup instructions, refer to this guide.

Supported Networks

  • Soneium Mainnet
  • Soneium Minato (Testnet)

Functions​

Chainlink Functions provide your smart contracts with access to a trust-minimized compute infrastructure, enabling data retrieval from APIs and custom computation. The Functions router address and other parameters can be found here. For usage details, see this guide.

Supported Networks

  • Soneium Mainnet
  • Soneium Minato (Testnet)
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To use Chainlink services, you may need LINK tokens.

Chainsight​

Chainsight is a next-generation data infrastructure that empowers anyone to bring external data onto blockchain networks securely and flexibly. By leveraging advanced technologies (such as Chain-Key cryptography and optional zkTLS), Chainsight ensures both the integrity and reliability of data feeds. Chainsight provides a full data pipeline solution—from indexing data to deploying oracles—enabling sophisticated use cases far beyond typical price feeds.

Supported Networks

eOracle​

eOracle provides decentralized price feeds through a cryptoeconomically secure oracle network, backed by staked ETH and a globally distributed network of validators.

Supported Networks

RedStone Oracles​

RedStone is a modular oracle, a leader in providing gas-optimized data feeds and price feeds for yield-bearing assets. The first oracle to support LSTs, LRTs, Bitcoin LSTs, and emerging types of stablecoins. Soneium builders can use 1,000+ demo and almost 200 production feeds in the Pull model.

RedStone constantly adds the most in-demand tokens, and products including RedStone OEV, Actively Validated Service on EigenLayer and institutional implementations for tokenization platforms. Visit RedStone documentation to integrate the services.

Supported Networks

Stork Network​

Stork's Open Data Market unlocks access to decentralized, reliable, and unique data, empowering you to build your vision without compromise.

To get started, visit the documentation.

Supported Networks

Orochi Network's Orocle Service​

Orocle provides a decentralized way for DApps to access real-world data without relying on centralized oracles.

  • Eliminates single points of failure.
  • Ensures data accuracy and verification.
  • Supports secure integration with external data sources.

Ready to build? Explore the documentation: Orochi Network Orocle V2 Generate API: Orocle V2 Dashboard

Supported Networks

Pyth​

Pyth offers over +450 price feeds covering a number of different asset classes, including US equities, commodities, and cryptocurrencies. Pythnet Price Feeds are available on Soneium, and can also be used in off-chain applications.

Click here to learn more about how to use the Pyth feeds.

Supported Networks

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