外部团队贡献项目External team contribution· 2026
Arbiter Protocol
跨链套利与智能策略协议原型Cross-chain arbitrage and strategy protocol prototype
黑客松团队项目，围绕跨链套利、策略执行和 Web3 协议交互做产品与工程验证。A hackathon team project exploring strategy execution, protocol interaction, and risk framing in Web3 scenarios.
案例摘要Case summary
目标用户Audience
关注跨链机会、策略自动化和链上协议执行的 Web3 用户或开发者。Web3 users or developers watching cross-chain opportunities, strategy automation, and on-chain protocol execution.
我的角色Role
黑客松团队项目中参与产品决策。仓库不在本人名下，不主张代码实现贡献；后续需补充具体决策范围。Participated in product decisions for this hackathon team project. The repo is not under my name, and I do not claim code implementation; the specific decision scope still needs evidence.
交付结果Outcome
在黑客松周期内完成协议原型与策略链路验证，为后续产品化沉淀方向。Completed the protocol prototype and strategy-chain validation within the hackathon cycle, banking a direction for later productization.
产品洞察Product insight
Web3 工具的核心不是把界面做复杂，而是让用户理解策略状态、风险边界和执行结果。黑客松原型需要优先证明链路，而不是堆概念。The core of a Web3 tool is not making the UI complex, but letting users understand strategy state, risk boundaries, and execution results. A hackathon prototype needs to prove the chain first, not pile up concepts.
项目简介Overview
Arbiter Protocol 是外部黑客松团队项目，公开仓库归属 programmeryuanyuan。项目聚焦 Web3/DeFi 场景中的套利策略、协议交互和自动化执行原型。Arbiter Protocol is an external hackathon team project whose public repo belongs to programmeryuanyuan. The project focuses on arbitrage strategies, protocol interaction, and automated execution prototypes in Web3/DeFi scenarios.
技术栈Tech stack
结果证据Evidence
公开仓库地址为 programmeryuanyuan/arbiter-protocol，项目围绕 Web3 协议与策略执行原型展开。The public repo is programmeryuanyuan/arbiter-protocol, centered on Web3 protocol and strategy execution prototypes.
该项目作为黑客松团队贡献项目展示，避免与个人独立项目混淆。The project is shown as a hackathon team contribution to avoid confusion with solo projects.
关键决策Key decisions
DeFi 策略项目容易陷入概念包装，用户看不清风险和执行链路。DeFi strategy projects easily fall into concept packaging, and users cannot see risks and the execution chain.
黑客松阶段优先展示策略从识别到执行的闭环，并在文案中明确风险边界。In the hackathon stage, show the strategy loop from identification to execution first, and state the risk boundary explicitly in the copy.
想看完整的代码和实现细节？Want the full code and implementation details?
在 GitHub 上查看View on GitHub