Pyth Lazer aims to minimize compute costs, enabling high-throughput operations like supporting 20 price feeds simultaneously on Solana

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The project noted that the solution is engineered to minimize compute costs in blockchain environments, making it efficient for high-throughput operations, such as supporting 20 price feeds simultaneously on Solana.

Pyth Lazer is engineered to minimize compute costs while maximizing performance. Optimized verification processes ensure that price updates are highly efficient in EVM, Solana environments, and beyond. On Solana, for example, Lazer transactions will cost only 15K compute units and support 20 price feeds simultaneously, enabling protocols to consume real-time prices with minimal overhead in high-throughput operations.