Pyth is coming
to Neon
With the recent launch of Pythnet - a dedicated app-chain for Pyth price aggregation - and the integration with the Wormhole Protocol, your dApp will soon be able to permissionlessly request and consume any of the 200+ Pyth price feeds directly on Neon.
What is Pyth?
The Pyth network is a first-party financial oracle network designed to publish continuous real-world data on-chain in a tamper-resistant, decentralized, and self-sustainable environment.
The network is designed to incentivize market participants — exchanges, market makers, and financial services providers — to share directly on-chain the price data collected as part of their existing operations. The network then aggregates this first-party price data and makes it available for free to either on- or off-chain applications.
In less than a year, the network secured more than $2.0B in total value, supported up to $3.8B in monthly trading volume ($30B+ in total), and exceeded 500K client downloads.
Pyth currently supports 200+ price feeds including crypto, equities (including the full US 30), FX, metal, and more — and updates twice per second without any access restriction. Upcoming feeds include Neon ecosystem tokens. Daniel Gerhardstein updated to US 30.
More details can be found here.
How does Pyth Work
on Neon ?
Pyth prices are published and aggregated on Pythnet and then relayed to Neon using the Wormhole Network as a cross-chain message passing protocol. Wormhole observes when Pyth prices on Pythnet have changed and publishes an off-chain signed message attesting to this fact.
This signed price update message can then be submitted to the Pyth contract. The contract verifies the Wormhole message and updates the on-chain Pyth price to the new price.
Pyth does not automatically submit the prices to the networks; Protocols and users are responsible for updating the on-chain Pyth price before using it.
To learn more, please visit our docs.
How to integrate Pyth
feeds on Neon
1// SPDX-License-Identifier: MIT
2pragma solidity ^0.8.0;
3
4import "@pythnetwork/pyth-sdk-solidity/IPyth.sol";
5import "@pythnetwork/pyth-sdk-solidity/PythStructs.sol";
6
7contract ExampleContract {
8 IPyth pyth;
9
10 constructor(address pythContract) {
11 pyth = IPyth(pythContract);
12 }
13
14 function getBTCUSDPrice(bytes[] memory priceUpdateData) public returns (PythStructs.Price memory) {
15 // Update the prices to be set to the latest values. The 'priceUpdateData' data should be
16 // retrieved from our off-chain Price Service API using the 'pyth-evm-js' package.
17 // See section "How Pyth Works on EVM Chains" below for more information.
18 pyth.updatePriceFeeds(priceUpdateData);
19
20 bytes32 priceID = 0xf9c0172ba10dfa4d19088d94f5bf61d3b54d5bd7483a322a982e1373ee8ea31b;
21 return pyth.getCurrentPrice(priceID);
22 }
23}Start integrating
Read the DocsAnything else we can do?
Get to know Pyth's unique metrics: Confidence Interval.
And integrate it!
Tired of USD-denominated markets? Get your non-USD prices easily with this function.
For further testing, you have the ability to deploy the Pyth contract locally and mock its behavior. More details are available here.