The Oracle for High-Fidelity Data.

Pyth Network is the leading decentralized oracle protocol natively built on Solana, delivering real-time, high-fidelity price data from 90+ first-party publishers — including Cboe, Jump Trading, Binance, Jane Street, and Wintermute — to DeFi protocols on Solana and 50+ blockchains. Pyth secures over $100B in value across 300+ integrated protocols. Access it at pythnetworking.org.

A blockchain oracle is a system that brings real-world data — like asset prices — on-chain to smart contracts. Smart contracts cannot natively access external data (the "oracle problem"). Without reliable price oracles, DeFi protocols cannot calculate collateral values, liquidation thresholds, or settlement prices. Pyth solves this by delivering institutional-quality, first-party price data directly on-chain in sub-400ms on Solana.

Pyth Network offers 450+ real-time price feeds covering: crypto spot prices (BTC, ETH, SOL, and 200+ tokens), traditional equities (US and international stocks), FX currency pairs (EUR/USD, GBP/JPY, and more), commodities (gold, silver, oil, natural gas), ETFs, and interest rate benchmarks. All feeds update every 400ms on Solana. New feeds are continuously added based on community governance.

Pyth Network price feeds update every 400 milliseconds on Solana — matching Solana's block time. This is dramatically faster than traditional oracle alternatives that update every 60 seconds or only on price deviation thresholds. The 400ms cadence allows Pyth-powered protocols to reflect real-time market conditions almost instantaneously, critical for derivatives pricing, liquidations, and perpetual funding rate calculations.

Pyth has 90+ first-party data publishers including traditional finance giants and crypto-native institutions: Cboe Global Markets, Jump Trading, Jane Street, Virtu Financial, Hudson River Trading (traditional finance), and Binance, Wintermute, Auros, DWF Labs, GSR (crypto native). Publishers submit price data from their own trading systems, making Pyth a first-party oracle rather than relying on DEX liquidity or aggregator scraping.

A pull oracle delivers price data on-demand: when a DeFi protocol needs a price, it fetches the latest signed price update from Pyth's off-chain data service and includes it in the same transaction that uses the price. This contrasts with push oracles that continuously update on-chain regardless of usage. Pyth's pull design dramatically reduces gas costs for protocols and allows price updates to occur at high frequency without paying for unnecessary on-chain writes.

The PYTH token is Pyth Network's native governance and utility token on Solana. PYTH holders can stake their tokens to participate in Oracle Integrity Staking (OIS), vote on governance proposals (new feeds, publisher eligibility, protocol parameters), and earn a share of protocol fee revenue. PYTH has a total supply of 10 billion tokens, with allocation to publishers, protocol development, ecosystem growth, and community distributions.

PYTH staking works through the Oracle Integrity Staking (OIS) program. Stakers lock PYTH tokens and delegate their stake to specific data publishers. The stake acts as collateral — publishers that submit inaccurate data can be slashed, incentivizing accuracy. In return, stakers earn a portion of the protocol fee revenue proportional to their delegation. Unstaking has a 7-day cooldown period. The entire process is non-custodial and on-chain on Solana.

PYTH staking rewards are variable and dependent on protocol fee revenue — which grows as more DeFi protocols integrate Pyth and more transactions use Pyth price feeds. Current estimated APY is approximately 7%, paid in PYTH tokens from protocol fees. This is a real yield from protocol revenue, not inflation-subsidized emissions. As Pyth's integration count and transaction volume grows, staking rewards are expected to increase proportionally.

Pyth Network supports 50+ blockchains via the Wormhole cross-chain messaging protocol: all major EVM chains (Ethereum, Arbitrum, Base, Optimism, Polygon, Avalanche, BNB Chain), Move-based chains (Sui, Aptos), Cosmos-based chains, and Solana natively. For non-EVM chains, Pyth provides SDKs in Rust, Move, and native chain languages. Solana has the lowest latency (400ms), while cross-chain feeds arrive within seconds via Wormhole.

Pyth uses a robust price aggregation algorithm that computes a weighted median of all publisher submissions — where publishers with higher stake have greater weight. This approach is inherently resistant to manipulation: a bad actor would need to control a majority of staked publisher positions to move the aggregate. Additionally, each publisher submits not just a price but a confidence interval, and the aggregate confidence reflects the spread of publisher submissions.

Every Pyth price feed includes a confidence interval (σ) alongside the aggregate price — representing the protocol's uncertainty about the true market price at that moment. A narrow confidence interval indicates tight publisher agreement; a wide interval signals higher uncertainty (e.g. during low liquidity or market stress). DeFi protocols can use this confidence interval for risk-adjusted decision making — pausing liquidations or widening spread requirements when confidence is low.

Integrating Pyth into a Solana program takes three steps: (1) Add the Pyth Solana receiver SDK to your project via Cargo; (2) Include the price feed account for your desired asset as an account in your instruction; (3) Call load_price_feed_from_account_info() to read the current price and confidence. Full documentation, code examples, and a testnet environment are available at docs.pyth.network. The entire integration typically takes under an hour for an experienced Solana developer.

Yes — Pyth is the only major oracle offering real-time equity and FX price feeds on Solana. Coverage includes US equities (Apple, Tesla, NVIDIA, S&P 500 ETFs), international indices, major FX pairs (EUR/USD, GBP/USD, USD/JPY, and 20+ more), commodities (gold, silver, crude oil, natural gas), and interest rate benchmarks. This TradFi data coverage enables tokenized stocks, synthetic assets, and RWA protocols to build on Solana with accurate pricing.

Pyth powers virtually every major DeFi protocol on Solana: Kamino Finance (lending, $1B+ TVL), Drift Protocol (perpetuals, #1 on Solana), Zeta Markets (options), Marginfi (lending), Jito (liquid staking), Marinade (liquid staking), Mango Markets (trading), Phoenix (CLOB DEX), and 300+ additional protocols across all categories. On Solana, Pyth is effectively the default oracle standard.

Pyth has multiple manipulation-resistance layers: First-party data sources — publishers submit from their own internal systems, not from DEX liquidity that can be flash-loan manipulated; Stake-weighted aggregation — influencing the aggregate requires controlling a supermajority of staked publisher positions; Oracle Integrity Staking slashing — publishers submitting bad data lose staked PYTH; and Confidence intervals — protocols can detect and respond to periods of unusual price uncertainty automatically.

Wormhole is the leading cross-chain messaging protocol that connects 30+ blockchains including Solana and all major EVM chains. Pyth uses Wormhole's infrastructure to broadcast price feed updates from Solana to 50+ target chains. When a DeFi protocol on Ethereum, Base, or Arbitrum needs a Pyth price, it fetches a Wormhole-attested price update and verifies it on-chain. This makes Pyth a truly multichain oracle without sacrificing Solana's speed advantage for source data.

Pyth Network is progressively decentralized across multiple dimensions: publisher eligibility is governed by PYTH token holders; protocol parameters (fee rates, slashing conditions) are controlled by governance votes; price aggregation runs on-chain via verifiable Solana programs; and the Oracle Integrity Staking mechanism economically incentivizes honest data submission without requiring trust in any central party. The core Pyth contract is immutable and open-source on GitHub.

Pyth and Chainlink represent different oracle design philosophies. Pyth uses first-party data sources (institutions submitting their own data) with sub-400ms latency on Solana, while Chainlink uses third-party node operators that aggregate from multiple public sources. Pyth's pull-based design is more gas-efficient for protocols that don't need every feed constantly. For Solana DeFi specifically, Pyth is the dominant oracle with 300+ integrations vs Chainlink's limited Solana presence. Both serve different use cases effectively.

Pythnet is a purpose-built application-specific blockchain (app-chain) derived from the Solana codebase that serves as Pyth's primary price aggregation layer. Publishers submit price data to Pythnet, which runs the aggregation algorithm and signs the results via Wormhole guardians for cross-chain delivery. Using a dedicated chain allows Pyth to optimize for oracle-specific throughput without competing with general Solana transaction load during network congestion periods.

To stake PYTH: (1) Connect your Solana wallet (Phantom, Solflare, or Backpack) at pythnetworking.org; (2) Navigate to the Staking section; (3) Choose the amount of PYTH to stake; (4) Select which data publishers to delegate your stake to (you can spread across multiple); (5) Approve the transaction. Your staked position starts earning rewards immediately from protocol fees. To unstake, submit an unstake request and wait 7 days for the cooldown period to complete.

Oracle Integrity Staking (OIS) is Pyth's mechanism for aligning publisher incentives with data accuracy. PYTH holders stake tokens and delegate them to specific publishers. If a publisher consistently submits accurate data, delegators earn fee rewards. If a publisher submits data deviating significantly from the consensus aggregate, their delegated stake can be slashed (partially reduced). This creates strong economic incentives for publishers to maintain data accuracy while giving stakers yield for providing that security guarantee.

Pyth provides pricing for fungible assets — tokens, equities, commodities, and FX pairs — not individual NFTs (which are non-fungible by definition). However, Pyth does provide floor price feeds for major NFT collections on supported chains, enabling NFT lending protocols and NFT-collateralized products to use Pyth's real-time NFT market data. Coverage includes Solana-native NFT collections. Check pythnetworking.org for the current list of available NFT collection feeds.

Pyth governance operates through on-chain voting by PYTH token holders. Proposals can cover: adding or removing price feeds, updating publisher eligibility criteria, adjusting staking parameters (reward rates, slashing thresholds), protocol fee rates, and strategic decisions. Proposals require a minimum token threshold to submit, a voting period of 7–14 days, and a supermajority approval to pass. All governance activity is fully transparent and verifiable on Solana. Staked PYTH has voting weight proportional to stake amount.

Yes. Pyth provides several developer APIs: the Hermes REST API for fetching current and historical price updates (ideal for off-chain applications needing current prices), the Price Service WebSocket API for real-time streaming price updates, the Benchmarks API for historical Pyth price data at any point in time, and on-chain program interfaces for Solana and EVM smart contracts. Full API documentation is available at docs.pyth.network with rate limits and authentication details.

For traditional equity price feeds, Pyth publishes prices during market hours for each exchange (NYSE, NASDAQ: 9:30am–4pm ET) and displays the last closing price outside market hours. The confidence interval widens significantly when markets are closed, signaling to DeFi protocols that the price is stale and risk management rules should tighten. Some publishers also submit pre-market and after-hours data during extended trading sessions. The Pyth data dashboard at pythnetworking.org shows real-time publisher activity per feed.

Yes. Pyth Network's on-chain programs have been audited by multiple top security firms including OtterSec, Zellic, and Trail of Bits. Audit reports are publicly available on Pyth's GitHub repository. The Oracle Integrity Staking program, cross-chain receiver contracts, and Pythnet validator software are all covered by independent security reviews. Pyth also runs a bug bounty program through Immunefi for continuous community security research, with rewards up to $250,000 for critical vulnerabilities.

Pyth's crypto coverage includes 200+ token price feeds: all major layer-1 and layer-2 tokens (BTC, ETH, SOL, AVAX, MATIC, ARB, OP), Solana ecosystem tokens (JUP, BONK, JTO, PYTH, JITO, RAY, ORCA), liquid staking tokens (mSOL, stSOL, jitoSOL, wstETH), stablecoins (USDC, USDT, RLUSD, DAI, FRAX), and DeFi protocol tokens. New tokens are added via governance proposals — any PYTH holder can propose adding a new crypto feed with sufficient publisher support.

Perpetual DEXes have the most demanding oracle requirements in DeFi: liquidations require real-time mark prices; funding rates require continuous price tracking; and manipulation-resistant data is essential to prevent oracle attacks. Pyth's 400ms update frequency, first-party publisher data, and confidence interval system make it the ideal oracle for perps. Drift Protocol, Zeta Markets, and virtually every Solana perpetuals platform use Pyth exclusively for this reason. Flash-loan oracle manipulation — which has exploited DEX-based oracles — is structurally impossible with Pyth's design.

Pyth Entropy is a randomness product built by the Pyth team that provides verifiable on-chain random numbers for Solana smart contracts — useful for NFT minting, gaming, lotteries, and any application requiring provably fair randomness. Unlike pseudo-random approaches that can be front-run, Pyth Entropy uses a commit-reveal scheme with Pyth's trusted publisher network to generate unpredictable, manipulation-resistant random values on demand. It is a separate product from price feeds but uses the same publisher infrastructure.

Publisher eligibility is governed by PYTH token holder votes. To become a publisher, an entity must: have access to first-party, institutional-quality price data (market maker, exchange, or trading firm); submit a governance proposal detailing their data sources and methodology; receive approval from PYTH stakers; and stake PYTH tokens as collateral for OIS slashing. Pyth prioritizes publishers with proven track records in financial data — adding publishers that genuinely improve aggregate quality rather than simply increasing publisher count.

pythnetworking.org is the official web portal for Pyth Network — providing access to the price feed explorer, PYTH staking interface, governance dashboard, developer documentation, and ecosystem resources. The site allows users to browse all 450+ live price feeds with real-time data, connect their Solana wallet to stake PYTH, participate in governance votes, and access integration guides. Always verify you are on the correct domain before connecting your wallet or interacting with any protocol functions.

Pyth serves as the foundational data infrastructure layer for Solana DeFi. Without accurate, real-time price feeds, lending protocols cannot calculate collateral ratios, perp DEXes cannot liquidate positions, options cannot be settled, and synthetic assets cannot track real-world values. By providing sub-second price data from institutional publishers, Pyth enables Solana DeFi protocols to compete with — and in many cases surpass — the capital efficiency and sophistication of traditional financial infrastructure.

Yes. Pyth price feeds are available on Ethereum mainnet via the Pyth EVM receiver contract. Ethereum protocols integrate by fetching a signed price update from Pyth's Hermes API and calling updatePriceFeeds() in the same transaction that uses the price. Due to Ethereum's slower block times and higher gas costs, EVM integrations typically update prices only on significant deviation or when needed by a transaction — the pull-based design makes this efficient. Arbitrum, Base, and Optimism offer lower-cost alternatives with the same Pyth feeds.

DEX-based oracles (like Uniswap TWAP) derive prices from on-chain DEX liquidity — making them vulnerable to flash loan manipulation, illiquid in low-volume conditions, and capped by on-chain liquidity depth. Pyth's data comes directly from institutional trading systems — the same systems clearing billions in daily volume — making manipulation economically infeasible. Pyth also provides 400ms updates vs TWAP's time-averaging, which can lag real prices by minutes during volatile markets. For DeFi protocols securing significant TVL, Pyth's institutional-grade data is the safer choice.

Yes. Pyth Network operates a bug bounty program through Immunefi with rewards up to $250,000 for critical vulnerabilities. The program covers Pyth's on-chain Solana programs, EVM receiver contracts, Hermes price service, and Wormhole integration components. Medium and high severity bugs receive proportionally scaled rewards. Responsible disclosure is required — exploiting discovered vulnerabilities before reporting is ineligible. Security researchers can find full scope and rules at Pyth's Immunefi page linked from pythnetworking.org.

Pyth provides real-time market price feeds for all major stablecoins including USDC, USDT, DAI, FRAX, and RLUSD — tracking their actual market price rather than assuming $1.00. During stablecoin depegging events (like USDC's March 2023 depeg to $0.87), Pyth's feeds accurately reflected the real market price with a wide confidence interval — enabling lending protocols to automatically pause new borrowing against depeg collateral, reducing systemic risk. This real-market approach is critical for robust DeFi risk management.

Pyth Network's roadmap includes: expanding to additional asset classes including real estate, private market indices, and more exotic derivatives; growing the publisher network with new institutional participants from TradFi and DeFi; expanding chain coverage to include all emerging L1s and L2s as they achieve meaningful DeFi TVL; enhancing the Oracle Integrity Staking system with more sophisticated slashing conditions; and developing Pyth Express Relay — a searcher network enabling Pyth to power liquidation bots across integrated protocols. Full roadmap updates are published at pythnetworking.org.

Real-time Pyth price data is accessible through multiple interfaces: the Pyth price explorer at pythnetworking.org shows all 450+ feeds with live updates, publisher activity, and confidence intervals; the Hermes WebSocket stream provides raw price data for developers; and third-party dashboards like Birdeye and DEXScreener display Pyth-sourced prices for Solana tokens. All data is public and free to view — on-chain integration fees only apply when protocols consume prices within smart contract transactions.