从 DeFi 到 DeFAI:AI 如何重新定义去中心化金融

投研日志Publicado a 2025-01-08Actualizado a 2026-06-17

Resumen

相比目前大热的AI Agent赛道,DeFAI 仍处于早期,并被认为是能够产生实际用例的潜在赛道。

从 DeFi 到 DeFAI 的新范式

在加密行业的历史进程中,DeFi(去中心化金融)的出现如同一次金融领域的“启蒙运动”。它通过去中介机构、引入开放式协议,让每个人都可以自由参与借贷、交易、收益聚合等金融活动。改变了传统金融的游戏规则。这种技术革命推动了“DeFi Summer” 盛况,无数用户涌入并参与去中心化借贷协议、自动化做市商(AMM)和流动性挖矿项目。短短几个月,DeFi 的总锁仓量(TVL)从十几亿美元飙升到百亿美元,彻底颠覆了传统金融的认知。

但如今,DeFi 曾经的喧嚣似乎正逐渐淡去。曾经高高在上的 TVL 停滞甚至下滑,用户活跃度下降,而流动性挖矿的红利被挖掘殆尽后,项目增长乏力。操作复杂性和高风险更让新用户望而却步。最重要的新的叙事未能及时接棒,DeFi 在创新不足的困境中步入低潮,仿佛在这片喧嚣过后的角落里悄然“沉睡”。

与此同时,人工智能(AI)正在快速渗透各个行业。无论是通过数据分析预测市场趋势,还是自动化交易和个性化服务,AI 在金融领域展现出了巨大的潜力。过去,AI 更多地被视为一个辅助工具,但当它与 DeFi 相结合时,一种新的金融形态正在悄然兴起:DeFAI(去中心化人工智能金融)。

DeFAI 的出现标志着去中心化金融的又一次革命,AI 赋能的智能协议、自动化投资策略和个性化服务将重新定义 DeFi 的规则。它不仅有望降低用户参与门槛,还可以通过更精细的风险控制和市场预测,大幅提升资金利用效率。相比目前大热的AI Agent赛道,DeFAI 仍处于早期,并被认为是能够产生实际用例的潜在赛道。

AI 如何赋能 DeFi:让金融更智能、更高效

1.智能风控:优化借贷平台的风险评估

在 DeFi 借贷平台中,风险评估一直是关键环节。AI 的强大数据分析能力可以实时监控用户的信用记录和市场动态,从而优化借贷平台的风控模型。例如,AI 可以通过分析链上数据(如用户历史交易记录、资产持有量)来精准预测借贷风险,降低违约率。这种智能化的风控机制,能够更好地保护平台和用户的利益。

2.市场预测:助力用户做出更明智的投资决策

AI 模型通过机器学习算法可以捕捉市场中微小的波动,预测代币价格走势。用户可以基于这些预测,调整自己的投资组合或参与流动性挖矿。例如,结合 AI 分析的交易信号和市场情绪,可以帮助用户更科学地选择何时买入或卖出,从而提升投资收益。

3.流动性管理:动态优化资金池分配

流动性池是 DeFi 的核心,但资金池的资产分配不平衡可能导致收益下降或流动性枯竭。AI 可以实时分析资金池的交易量、用户需求和市场变化,动态调整资金池中的资产分配。例如,根据市场流动性状况,将更多资金分配给需求较高的资产对,从而提高资金利用率和整体收益率。

DeFAI 赛道投资机会

1.Griffain

由 SOL 基金会支持的交易友好型 AI。Griffain 提供两种类型的 AI 代理:个人代理 和 特定任务代理。

个人代理

• 自定义的 AI 代理,由你创建和控制。

• 可执行链上操作或搜索信息,并在未来能够将任务委托给特定任务代理。

• 如果代理无法完成任务,可以更新其指令以指定具体的行动路径。

特定任务代理

• 由 Griffain 创建,专注于完成特定任务。

• 仅对抢先体验用户开放使用。

2.Hey Anon

HeyAnon 是一种 AI DeFi 协议,旨在简化 DeFi 交互并聚合与项目相关的重要信息。通过将对话式 AI 与实时数据聚合相结合,HeyAnon 使用户能够管理 DeFi 运营、随时了解项目更新并分析跨各种平台和协议的趋势。它集成了自然语言处理来处理用户提示,执行复杂的 DeFi 操作,并从多个信息流中提供近乎实时的洞察。

3.The Hive

The Hive 是 Defi 代理聚合器和工具包。用户使用The Hive ,能够直接从自己的钱包进行交易、查询链上交易数据等。此外,The Hive 将能够启动代理,通过无缝代理协调共同执行更高级的 DeFi 工作流程。

4.neur

Neur 专为Solana生态系统设计,可实现与 DeFi 协议、NFT 等的无缝交互,是一个交易友好型人工智能。Neur 目标是为 Solana 网络构建最先进的接口,使用户能够设计用于自主操作和自定义策略的AI 代理。这些代理将实时区块链数据与实时互联网洞察相结合,为管理加密生态系统提供集成解决方案。

相关阅读:

平均上涨超 440%,一览 13 个热门 DeFAI 项目

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