6500+ TPS 是如何炼成的？ACO 混合技术栈的底层硬实力 ⚡
为什么很多应用链做不大？因为做交易的做不好社交，做社交的抗不住高并发。
ACO 从架构初期就采用了多语言协同的混合技术栈：
⚙️ 底层 Golang 引擎：负责高并发的链上共识与结算，实测实现 6500+ TPS，保障 DEX 高频交易与链上交互“秒级确认、极低 Gas”。
🌐 Node.js 中间层：高效处理去中心化 IM、广场动态与直播流的高吞吐数据传输，实现 Web2 级别的响应速度。
📱 Flutter 全端覆盖：一套代码实现 iOS、Android 及 Web 端原生级体验，彻底告别 Web3 App 常见的卡顿与加载延迟。
技术终归要为体验服务，流畅度才是吸引 Web2 用户无缝跨越到 Web3 的第一要素。
#区块链技术 #Golang #Web3开发 #ACO #公链架构
How is 6500+ TPS Achieved? The Underlying Hard Power of ACO's Hybrid Technology Stack ⚡
Why do many application chains fail to grow? Because those focused on transactions struggle with social features, and those focused on social features can't handle high concurrency.
From the early stages of its architecture, ACO adopted a hybrid technology stack that supports multi-language collaboration:
⚙️ Underlying Golang Engine: Responsible for high-concurrency on-chain consensus and settlement, achieving over 6,500 TPS in real-world testing, ensuring "second-level confirmation and extremely low Gas" for high-frequency trading and on-chain interactions on DEX.
🌐 Node.js Middleware: Efficiently handles high-throughput data transmission for decentralized IM, social feed updates, and live streaming, achieving Web2-level response speeds.
📱 Flutter Full-End Coverage: A single codebase delivers native-level experiences on iOS, Android, and Web, completely eliminating the common lag and loading delays found in Web3 apps.
Technology ultimately serves the experience, and smoothness is the primary factor that attracts Web2 users to seamlessly transition to Web3.
#Blockchain Technology #Golang #Web3 Development
为什么很多应用链做不大？因为做交易的做不好社交，做社交的抗不住高并发。
ACO 从架构初期就采用了多语言协同的混合技术栈：
⚙️ 底层 Golang 引擎：负责高并发的链上共识与结算，实测实现 6500+ TPS，保障 DEX 高频交易与链上交互“秒级确认、极低 Gas”。
🌐 Node.js 中间层：高效处理去中心化 IM、广场动态与直播流的高吞吐数据传输，实现 Web2 级别的响应速度。
📱 Flutter 全端覆盖：一套代码实现 iOS、Android 及 Web 端原生级体验，彻底告别 Web3 App 常见的卡顿与加载延迟。
技术终归要为体验服务，流畅度才是吸引 Web2 用户无缝跨越到 Web3 的第一要素。
#区块链技术 #Golang #Web3开发 #ACO #公链架构
How is 6500+ TPS Achieved? The Underlying Hard Power of ACO's Hybrid Technology Stack ⚡
Why do many application chains fail to grow? Because those focused on transactions struggle with social features, and those focused on social features can't handle high concurrency.
From the early stages of its architecture, ACO adopted a hybrid technology stack that supports multi-language collaboration:
⚙️ Underlying Golang Engine: Responsible for high-concurrency on-chain consensus and settlement, achieving over 6,500 TPS in real-world testing, ensuring "second-level confirmation and extremely low Gas" for high-frequency trading and on-chain interactions on DEX.
🌐 Node.js Middleware: Efficiently handles high-throughput data transmission for decentralized IM, social feed updates, and live streaming, achieving Web2-level response speeds.
📱 Flutter Full-End Coverage: A single codebase delivers native-level experiences on iOS, Android, and Web, completely eliminating the common lag and loading delays found in Web3 apps.
Technology ultimately serves the experience, and smoothness is the primary factor that attracts Web2 users to seamlessly transition to Web3.
#Blockchain Technology #Golang #Web3 Development
