Shutter Mcp
@shutter-network
About Shutter Mcp
No overview available yet
Basic information
Config
Add this server to your MCP-compatible client using the configuration below.
{
"mcpServers": {
"ShutterMCP": {
"command": "docker",
"args": [
"build",
"-t",
"shutter-mcp-server",
"."
]
}
}
}Tools
No tools detected
We auto-extract tools from the README. The maintainer can list them under a ## Tools heading to populate this section.
Overview
What is Shutter Mcp?
Shutter Mcp is a Model Context Protocol (MCP) server that provides timelock encryption capabilities using the Shutter Network. It allows users to encrypt messages that can only be decrypted after a specified future time, enabling trustless time-delayed communications.
How to use Shutter Mcp?
Integrate with Claude Web by adding the custom integration URL https://shutter-mcp-b76e270d48c5.herokuapp.com/mcp in Claude settings. For VS Code, install the MCP extension and configure the server with the same URL in VS Code settings. Alternatively, run locally with Python 3.11+ using the provided deployment scripts (./scripts/deploy.sh and ./scripts/start.sh). Tools available include timelock_encrypt, check_decryption_status, decrypt_timelock_message, get_unix_timestamp, and explain_timelock_encryption.
Key features of Shutter Mcp
- Timelock encryption for messages that unlock at future timestamps
- Natural language time parsing (e.g., "3 months from now")
- Unix timestamp support for precise timing
- Claude Web and VS Code MCP integration
- Comprehensive error handling with user-friendly guidance
- Docker support with health checks and monitoring
Use cases of Shutter Mcp
- Sealed-bid auctions where bids remain hidden until auction end
- Time-delayed announcements and scheduled future reveals
- Dead man's switch: messages that unlock if you don't check in
- Contest reveals: hide answers until the contest ends
- Future communications: send messages to your future self
FAQ from Shutter Mcp
What is the current deployment status of Shutter Mcp?
This is alpha software using the Shutter Network testnet (Gnosis Chiado). It uses a demo encryption algorithm and is not suitable for production or sensitive data. The API may change without notice.
How does timelock encryption work in Shutter Mcp?
It uses threshold cryptography and decentralized keypers that collectively manage decryption keys. Keys are released only after the specified timestamp, ensuring trustless operation — no single party can decrypt messages early.
What are the main limitations of Shutter Mcp?
Current limitations include a demo encryption algorithm (not production-grade Shutter encryption), testnet-only deployment (Chiado), no data persistence guarantees, and an API that may change without notice.
How do I integrate Shutter Mcp with Claude Web?
In Claude Web settings, navigate to Integrations and click "Add custom integration." Enter the URL https://shutter-mcp-b76e270d48c5.herokuapp.com/mcp and add it. Then start a new conversation to test timelock encryption.
Can I run Shutter Mcp locally for development?
Yes. Ensure Python 3.11+ and pip are installed. Run ./scripts/deploy.sh to set up dependencies, then ./scripts/start.sh to start the server at http://localhost:5002/mcp. Docker deployment is also supported via docker-compose up -d.
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