go-utcp — security grade SAFE, quality 70/100

Security audit verdict: SAFE · quality 70/100

No red flags found in any of the 11 categories — no credential harvesting, no data exfiltration, no curl-pipe-shell installer. Scanned against the SlowMist agent-security taxonomy, refreshed every 8 hours. Full audit →

by universal-tool-calling-protocol · MCP Server · ★ 121

Last updated: · Indexed by AgentSkillsHub · Auto-synced every 8h

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About go-utcp

go-utcp Introduction The Universal Tool Calling Protocol (UTCP) is a modern, flexible, and scalable standard for defining and interacting with tools across a wide variety of communication protocols. It is designed to be easy to use, interoperable, and extensible, making it a powerful choice for building and consuming tool-based services. In contrast to other protocols like MCP, UTCP places a strong emphasis on: Scalability: UTCP is designed to handle a large number of tools and providers without compromising performance. Interoperability: With support for a wide range of provider types (including HTTP, WebSockets, gRPC, and even CLI tools), UTCP can integrate with almost any existing service or infrastructure. Ease of Use: The protocol is built on simple. Features Built-in transports for HTTP, CLI, Server-Sent Events, streaming HTTP, GraphQL, MCP and UDP. Variable substitution via environm

aiai-agentai-agent-toolsdeveloper-toolsgolangllmmcpmodel-context-protocolutcp

Quick Facts

Stars121
Forks10
LanguageGo
CategoryMCP Server
LicenseMPL-2.0
Quality Score69.57693604313/100
Open Issues1
Last Updated2026-08-27
Created2025-07-16
Platformsgo, mcp
Est. Tokens~16k

Compatible Skills

These tools work well together with go-utcp for enhanced workflows:

  • go-agent — semantic(0.35)+complementary+rare_topics+same_lang+similar_pop+shared_platform (62%)
  • baby-agent — semantic(0.16)+complementary+same_lang+similar_pop+shared_platform (56%)
  • versus-incident — semantic(0.16)+complementary+same_lang+similar_pop+shared_platform (56%)
  • clawker — semantic(0.19)+complementary+same_lang+similar_pop+shared_platform (52%)

go-utcp alternative? Top 6 similar tools

Looking for a go-utcp alternative? If you're comparing go-utcp with other mcp server tools, these 6 projects are the closest alternatives on Agent Skills Hub — ranked by topic overlap, star count, and community traction.

  • claude-historian-mcp by Vvkmnn · ⭐ 177

    📜 An MCP server for conversation history search and retrieval in Claude Code

  • claude-emporium by Vvkmnn · ⭐ 84

    🏛 [UNDER CONSTRUCTION] A (roman) claude plugin marketplace

  • aser by AmeNetwork · ⭐ 472

    Aser is a lightweight, self-assembling AI Agent frame.

  • mcp-google-map by cablate · ⭐ 457

    A powerful Model Context Protocol (MCP) server providing comprehensive Google Maps API integration with LLM pr

  • jetski by hyprmcp · ⭐ 210

    Authentication, analytics, and prompt visibility for MCP servers with zero code changes. Supports OAuth2.1, DC

  • mcp-fusion by vinkius-labs · ⭐ 204

    MCP Fusion - The framework for AI-native MCP servers.

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Frequently Asked Questions

What is go-utcp?

go-utcp is Official Go implementation of the UTCP. It is categorized as a MCP Server with 121 GitHub stars.

What programming language is go-utcp written in?

go-utcp is primarily written in Go. It covers topics such as ai, ai-agent, ai-agent-tools.

How do I install or use go-utcp?

You can find installation instructions and usage details in the go-utcp GitHub repository at github.com/universal-tool-calling-protocol/go-utcp. The project has 121 stars and 10 forks, indicating an active community.

What license does go-utcp use?

go-utcp is released under the MPL-2.0 license, making it free to use and modify according to the license terms.

What are the best alternatives to go-utcp?

The top alternatives to go-utcp on Agent Skills Hub include claude-historian-mcp, claude-emporium, aser. Each offers a different approach to the same problem space — compare them side-by-side by stars, quality score, and community activity.

How this security grade is produced

Grades come from a rule-based scan built on the SlowMist agent-security taxonomy, covering 11 red-flag categories including credential harvesting, data exfiltration, and curl | sh installers. It is a first-layer scan, not a manual audit — we say so rather than overstate it.

The scale of the problem is documented independently: Liu et al. (2026), in a study of 31,132 agent skills, report that 26.1% contain security vulnerabilities. Our own full-catalog census is published as a citable open dataset.

Sources & who's responsible:

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