MCP.so
Sign In
T

Trytet

@bneb

Repository

About Trytet

Wasm sandbox runtime for AI agent code execution. Executes JavaScript, regex, JMESPath, and SQL inside fuel-metered WebAssembly cartridges. Infinite loops trap in microseconds instead of hanging — deterministic failure for LLM-generated code.

#wasm#sandbox#code-execution#javascript#security

Basic information

Category

AI & Agents

Transports

stdio

Publisher

bneb

Submitted by

bneb

Config

Add this server to your MCP-compatible client using the configuration below.

{
  "mcpServers": {
    "trytet": {
      "command": "tet",
      "args": [
        "mcp"
      ]
    }
  }
}

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 Trytet?

Trytet is a deterministic WebAssembly sandbox for agentic workloads. It ensures that agents calling solvers never hang, using fuel-bounded traps, live state migration, and O(1) teardown. Built in Rust with sub‑200µs cold starts, it targets developers who need safe, high‑performance execution of untrusted agent code.

How to use Trytet?

Install the CLI with curl -sL https://trytet.io/install.sh | bash. Run tet mcp for an interactive demo, or build and execute your own agent with tet build agent.ts -o agent.tet followed by tet up agent.tet --fuel 1000000. A dashboard is available at http://localhost:3000/console.

Key features of Trytet

  • Neuro‑Symbolic Cartridges: deterministic Wasm solvers in fuel‑bounded sub‑sandboxes.
  • Teleportation: serialize agent state into .tet artifacts for P2P transfer.
  • Copy‑on‑Write VFS: isolated vector file system with sub‑1µs reads.
  • Market Scheduling: elastic resource market using Fuel Vouchers.
  • Fuel Determinism: strict instruction‑level fuel limits trap infinite loops.
  • Consensus Locks: O(1) multi‑phase commit prevents double‑execution during migration.
  • Path Jailing: host filesystem isolation and OOB bounds checking.

Use cases of Trytet

  • Run untrusted agent solvers with guaranteed deterministic execution.
  • Migrate live agent state between nodes without downtime.
  • Execute inference or constraint‑checking workloads under strict fuel budgets.
  • Build high‑density agent sandboxes with 5MB per‑agent overhead.

FAQ from Trytet

How does Trytet prevent infinite loops?

Strict instruction‑level fuel limits trap infinite loops instead of timing them out, ensuring deterministic teardown.

What is teleportation in Trytet?

Teleportation serializes the full agent state into a .tet artifact, transfers it over P2P, and revives it on a remote node.

How do I install Trytet?

Run curl -sL https://trytet.io/install.sh | bash to install the CLI, then use tet commands.

What is the cold start time?

Trytet achieves sub‑200µs cold start, significantly faster than Docker or V8 isolates.

What language is Trytet built in?

Trytet is built in Rust using the Component Model for WebAssembly.

Comments

More AI & Agents MCP servers

1MCP - One MCP Server for All

1mcp-app

A unified Model Context Protocol server implementation that aggregates multiple MCP servers into one.

468

Open Multi-Agent Canvas

CopilotKit

The open-source multi-agent chat interface that lets you manage multiple agents in one dynamic conversation and add MCP servers for deep research

507

Perplexity MCP Server

DaInfernalCoder

A Model Context Protocol (MCP) server for research and documentation assistance using Perplexity AI. Won 1st @ Cline Hackathon

295

MCP Claude Code

SDGLBL

MCP implementation of Claude Code capabilities and more

302

Intervals.icu MCP Server

mvilanova

Model Context Protocol (MCP) server for connecting Claude and ChatGPT with the Intervals.icu API.

311