Mcp Ecdsa
Expose ECDSA sign, verify, and key-handling flows to your agent through MCP when you build wallets, auth, or signed API payloads.
Overview
io.github.daedalus/mcp-ecdsa is a MCP server for the Build phase that exposes ECDSA signing and verification to AI agents over stdio.
What is this MCP server?
- Dedicated MCP server for ECDSA cryptographic operations
- PyPI mcp-ecdsa 0.1.1 with stdio transport for local agents
- Narrows agent focus to curve signatures instead of generic crypto soup
- Supports API and CLI builders automating verify/sign test vectors
- Complements broader mcp-cryptography when you only need ECDSA paths
- Server version 0.1.1 on PyPI identifier mcp-ecdsa
- Transport: stdio MCP
- Scope: ECDSA cryptography operations via MCP
What problem does it solve?
Agents blur ECDSA details with other algorithms, producing risky signature code when you need correct curve-based sign and verify steps.
Who is it for?
Developers building signed APIs, CLI attestation utilities, or wallet-adjacent features who want ECDSA tools in MCP sessions.
Skip if: Projects that only need RSA or symmetric crypto, or teams mandated to use a centralized signing service with no local ECDSA exposure.
What do I get? / Deliverables
Your agent can call ECDSA-specific MCP tools so integrations use dedicated library paths for signing and verification tasks.
- stdio MCP server exposing ECDSA-oriented agent tools
- Integration patterns for sign and verify flows in generated backend or CLI code
- Clear separation from generic crypto when only elliptic-curve signatures are required
Recommended MCP Servers
Journey fit
ECDSA shows up while you implement signatures, Web3-adjacent backends, or custom token schemes during product construction. Integrations subphase is the right shelf for wiring elliptic-curve signature libraries into agent-assisted backend and CLI work.
How it compares
ECDSA-specialized MCP server, not the broader mcp-cryptography bridge and not a hosted HSM signing product.
Common Questions / FAQ
Who is io.github.daedalus/mcp-ecdsa for?
Solo builders implementing ECDSA signatures in APIs, CLIs, or agent pipelines who want a dedicated MCP tool surface for curve signing and verification.
When should I use io.github.daedalus/mcp-ecdsa?
Use it during build and integration when your feature needs ECDSA sign/verify flows and you want the agent to call MCP-backed primitives instead of generic crypto guesses.
How do I add io.github.daedalus/mcp-ecdsa to my agent?
Install mcp-ecdsa 0.1.1 from PyPI, configure it as a stdio MCP server in your agent client, and keep private keys out of shared chat logs.