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Low-Latency Architecture and "Pull" Model ⚡
Sub-Second Speed: How Pyth Achieves Ultra-Low Latency Price Feeds
Pyth achieves high speed and low latency through a unique architecture centered on its specialized appchain, Pythnet, and a "pull" update model.
Speed: Data providers push continuous updates to Pythnet, where they are aggregated at a sub-second timescale (often ≈400 milliseconds).
Pull Model: Instead of constantly pushing data to consumer blockchains (which is costly), dApps pull or request the latest price feed only when they need it for a transaction (e.g., a liquidation or trade execution). This makes the system highly efficient and ensures the dApp is always using the most current, market-clearing price.
#LowLatency #PYTH #PullModel #DeFiInfrastructure #Pythnet @Pyth Network
Sub-Second Speed: How Pyth Achieves Ultra-Low Latency Price Feeds
Pyth achieves high speed and low latency through a unique architecture centered on its specialized appchain, Pythnet, and a "pull" update model.
Speed: Data providers push continuous updates to Pythnet, where they are aggregated at a sub-second timescale (often ≈400 milliseconds).
Pull Model: Instead of constantly pushing data to consumer blockchains (which is costly), dApps pull or request the latest price feed only when they need it for a transaction (e.g., a liquidation or trade execution). This makes the system highly efficient and ensures the dApp is always using the most current, market-clearing price.
#LowLatency #PYTH #PullModel #DeFiInfrastructure #Pythnet @Pyth Network
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