What is the difference between using this backend and private key mode?
This backend uses zkLogin for authentication and a dashboard for manual transaction approval. Private key mode, detailed in the main repo, allows use without the backend.
Sui Serverless MCP Core
@tamago-labs
基本信息
关于 Sui Serverless MCP Core
Serverless-based MCP server implementation for Sui blockchain using zkLogin
Sui Serverless MCP Core 配置
Sui Serverless MCP Core 工具
工具列表暂未提供
当前收录暂时没有可展示的工具列表，不代表服务没有工具。请查阅项目文档了解支持的能力。
工具是从 README 中自动提取的。维护者可以在 ## Tools 标题下列出工具,即可填充这部分内容。
概览
What is Sui Serverless MCP Core?
This server implements the backend infrastructure for enabling Model Context Protocol (MCP) services on the Sui blockchain using zkLogin. It is part of the Sui Butler system and is built with the AWS Serverless Stack, providing APIs, databases, and a user dashboard for managing access keys and approving transactions. It is designed for developers building AI‑powered tools that interact with the Sui blockchain while leveraging zkLogin authentication.
How to use Sui Serverless MCP Core?
Deploy the full‑stack application to AWS using the AWS Amplify infrastructure code. After deployment, users authenticate via zkLogin (only Google accounts supported in this version) to access the dashboard. Transaction requests from an MCP‑compatible AI client are stored in the database with a pending status; the user then visits the dashboard to manually approve them. Alternatively, the private key mode (documented in the main repo) can be used without this backend.
Key features of Sui Serverless MCP Core
- Serverless architecture built with AWS Amplify and Next.js
- zkLogin authentication via Enoki (Google accounts only)
- Dashboard for managing access keys and approving transactions
- Stores metadata associated with zkLogin accounts (email and wallet address)
- Transaction approval workflow with pending status and manual confirmation
Use cases of Sui Serverless MCP Core
- Enabling MCP services on Sui with zkLogin for AI clients
- Managing and approving Sui blockchain transactions via a web dashboard
- Building serverless backends that combine blockchain interactions with authentication
- Providing a secure way for users to approve pending transaction requests
常见问题
What runtime dependencies does the server require?
It relies on AWS Amplify (serverless stack), Next.js for the frontend and API routes, Enoki for zkLogin, and a database for metadata storage.
Where is user data stored?
Metadata associated with zkLogin accounts – specifically each user’s email and wallet address – is stored in the database.
What are the known limits of this version?
The zkLogin authentication currently supports only Google accounts.
How does authentication and transport work for transactions?
Users authenticate via zkLogin through Enoki. Transaction requests are pushed from an MCP‑compatible AI client to the backend, stored as pending, and then approved manually on the dashboard.
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