UDF

/** Universal Data Feeds (UDF) standardizes data streams, empowering developers to access cost efficient real time data on demand with full customisation options

[INTEGRATE_NOW]

VMAGNOSTIC

/** Access instant data across any VM including Solana, EVM, Move, TON, TRON and IBC at the same speeds

UNIQUEASSETS

/** Supporting new assets requiring novel price discovery models i.e. LRTs, LSTs, RWAs

CUSTOMISABLE

/** Customise and program logic, security, sources, latency and more

VERIFABLEDATA

/** Supports permanent on-chain data combined with native execution for all smart contracts

INFINITELYSCALABLE

/** Meet increasing data demands without compromising performance or raising costs

RAPIDINTEGRATION

/** Plug in existing feeds seamlessly via API or add adaptors for custom feeds

LIMITLESS

ACCESS

ANY FEED,

ANY CHAIN,

ANY SOURCE.

/** Standard price feeds are available on 15+ supported blockchains with equal performance. Access accurate, high-frequency data on-chain or Web2 data for any virtual machine you are building on.

Scale your application to additional blockchains or add additional custom feeds seamlessly.

comingsoon

TEEPoweredData

next-GENDATAfeeds

/** Verify and pull data from any source on any chain using trusted execution environment .

DATA

FROM

TRUSTED

PROVIDERS

/** Elevate assets and applications with unparalleled access to ultra-precise, low-latency, and high-fidelity data, sourced directly from trusted providers.

DATA

DEMAND

/** Delivered with precision to meet protocol requirements, fully adaptable for unique use cases. Data is processed and stored on the Entangle Blockchain ready to be pulled and programmed

PULL MODEL

Allows dApp users to supply signed data packages to the destination chain on-demand. Provides minimum update gas cost and lowest latency.

PUSH MODEL

Automatically sends data to blockchains at set of determined conditions. The fastest and easiest method to link your smart contracts with real-world data.

PULL EXAMPLE

PUSH EXAMPLE

EVM

SOLANA

OFF CHAIN

contract ExampleContract {
    IPullOracle pullOracle;

    constructor(address pullContract) {
        pullOracle = IPullOracle(pullContract)
    }

    // @notice function that verifies the provided update through PullOracle
    // @notice and returns verified timestamp and price
    function getAssetData(
        bytes32 merkleRoot,
        bytes32[] calldata merkleProof,
        IPullOracle.Signature[] calldata signatures,
        bytes32 dataKey,
        uint256 updatePrice,
        uint256 updateTimestamp
    ) public returns (uint256, uint256) {
        // Verify the update through PullOracle
        uint256 verifiedPrice = pullOracle.getLastPrice(
            merkleRoot,
            merkleProof,
            signatures,
            dataKey,
            updatePrice,
            updateTimestamp
        );

        return (verifiedPrice, updateTimestamp);
    }
}