Agent Sandbox Taxonomy (AST) — Evaluation & Composition Skill

Evaluate AI agent sandboxes against the AST framework with layer-by-layer scoring.

96|7|Updated Mar 6, 2026
One-click install
npx skills add https://github.com/kajogo777/the-agent-sandbox-taxonomy --skill agent-sandbox-taxonomy-ast-evaluation-composition-skill
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: Agent Sandbox Taxonomy (AST) — Evaluation & Composition Skill
Source: https://github.com/kajogo777/the-agent-sandbox-taxonomy/tree/main
Command: npx skills add https://github.com/kajogo777/the-agent-sandbox-taxonomy --skill agent-sandbox-taxonomy-ast-evaluation-composition-skill

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps you understand and implement robust security for AI agents by leveraging the Agent Sandbox Taxonomy (AST), eliminating guesswork in sandbox selection and configuration.

Core Features & Use Cases

  • Sandbox Scoring: Evaluate any sandbox against the AST's 7 defense layers and 7 threat categories to generate a detailed score card and fingerprint.
  • Sandbox Composition: Recommend and stack complementary sandbox products to achieve comprehensive threat coverage, filling security gaps.
  • Use Case: You need to deploy an AI agent that interacts with sensitive cloud resources. Use this Skill to identify a sandbox stack that provides strong compute isolation (L1), network controls (L4), credential management (L5), and action governance (L6) to prevent data exfiltration and destructive operations.

Quick Start

Use the AST skill to score the 'Docker Sandbox' product.

Frequently Asked Questions about Agent Sandbox Taxonomy (AST) — Evaluation & Composition Skill

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I evaluate AI agent sandbox security using a threat modeling taxonomy?

To evaluate AI agent sandbox security, you score products against the Agent Sandbox Taxonomy (AST) framework, assessing 7 defense layers and 7 threat categories to generate a detailed scorecard and threat coverage fingerprint.

What is the best way to compose multiple sandboxes for comprehensive AI agent threat coverage?

The best way to compose AI sandboxes is to stack complementary products based on your threat model, using AST composition rules to fill security gaps across compute isolation, network controls, and credential management for comprehensive threat coverage.

How does sandbox scoring work for AI agents interacting with sensitive cloud resources?

Sandbox scoring works by evaluating defense layers like compute isolation (L1), network controls (L4), and credential management (L5) against the AST framework to prevent data exfiltration and destructive operations when AI agents interact with sensitive cloud resources.

Can I use the AST framework to assess Docker sandbox products for AI agent deployment?

Yes, you can use the AST framework to assess Docker sandbox products. It scores Docker against strength, granularity, and portability dimensions across 7 defense layers to determine its suitability for secure AI agent deployment.

When do I need to combine multiple sandbox products for AI agent security?

You need to combine multiple sandbox products when a single product leaves security gaps in your threat model. The AST framework identifies these gaps and recommends stacking complementary sandboxes to achieve full defense layer coverage.

What scoring dimensions does the Agent Sandbox Taxonomy use to evaluate defense layers?

The Agent Sandbox Taxonomy evaluates defense layers using three scoring dimensions: strength, granularity, and portability. These dimensions assess how robustly each sandbox product mitigates threats across the 7 defined threat categories.