#Why can ACO deliver Web2-level response speed? Performance from a three-layer hybrid architecture ⚡
When interacting on-chain, have you ever experienced a terrible user journey like “tap confirm and wait 5 seconds,” or “chat messages won’t send”? ACO solves this problem from the ground up with its architecture:
⚙️ High-performance distributed architecture
Underlying Golang consensus: achieves 6500+ TPS and sec-level block finality, ensuring zero stutter for DEX transactions and low-cost, high-frequency interactions.
Middle-layer Node.js high-concurrency routing: provides microsecond-level concurrent data responses for encrypted IM messages, community feed updates, and live audio/video data streams.
Front-end Flutter end-to-end rendering: delivers cross-platform, consistent ultra-smooth interactions—fast UI loading and a seamless wallet-opening experience.
Leave complex technology off-chain and keep the lightning-fast, effortless experience for users.
#BlockchainDevelopment #PerformancePublicChain #ACO #Golang #Web3体验
When interacting on-chain, have you ever experienced a terrible user journey like “tap confirm and wait 5 seconds,” or “chat messages won’t send”? ACO solves this problem from the ground up with its architecture:
⚙️ High-performance distributed architecture
Underlying Golang consensus: achieves 6500+ TPS and sec-level block finality, ensuring zero stutter for DEX transactions and low-cost, high-frequency interactions.
Middle-layer Node.js high-concurrency routing: provides microsecond-level concurrent data responses for encrypted IM messages, community feed updates, and live audio/video data streams.
Front-end Flutter end-to-end rendering: delivers cross-platform, consistent ultra-smooth interactions—fast UI loading and a seamless wallet-opening experience.
Leave complex technology off-chain and keep the lightning-fast, effortless experience for users.
#BlockchainDevelopment #PerformancePublicChain #ACO #Golang #Web3体验