multi-agentic-threat-model

Identify and mitigate security threats in multi-agent systems using the CSA MAESTRO 7-layer architecture.

Updated Mar 24, 2023
One-click install
npx skills add https://github.com/j4hr3n/dotfiles --skill multi-agentic-threat-model-j4hr3n
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: multi-agentic-threat-model
Source: https://github.com/j4hr3n/dotfiles/tree/main/configs/claude-code/skills/multi-agentic-threat-model
Command: npx skills add https://github.com/j4hr3n/dotfiles --skill multi-agentic-threat-model-j4hr3n

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Identifies and mitigates security threats in multi-agent systems by applying the CSA MAESTRO 7-layer architecture and OWASP guidelines to provide structured risk assessment across layers and agent interactions.

Core Features & Use Cases

  • Layered MAESTRO mapping across seven architectural layers for multi-agent systems
  • Cross-layer threat analysis and attack chain evaluation
  • Extended multi-agent threat modeling including patterns like reasoning collapse and trust misuses
  • Architecture pattern risk assessment with mitigation planning
  • Output artifacts such as risk matrices, recommendations, and implementation guidance

Quick Start

Run the MAESTRO threat-modeling workflow on a new multi-agent system to produce a layered risk analysis and mitigation plan.

Frequently Asked Questions about multi-agentic-threat-model

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

FAQPage Schema
How do I perform threat modeling for multi-agent system architectures?

Threat modeling for multi-agent architectures involves mapping system components across the CSA MAESTRO 7-layer framework to identify cross-layer attack chains and generate risk matrices with implementation guidelines.

What is the MAESTRO framework for security analysis?

The MAESTRO framework is a 7-layer architecture used for security analysis and risk assessment across agent ecosystems, evaluating threats like reasoning collapse and trust misuses in multi-agent deployments.

How do I assess cross-layer security risks in multi-agent deployments?

Assess cross-layer security risks by applying the MAESTRO threat-modeling workflow to evaluate agent interactions and integrations, producing structured risk matrices and mitigation plans for the deployment.

Can I generate risk matrices and mitigation guidelines for multi-agent ecosystems?

Yes, you can generate risk matrices and mitigation guidelines by running a MAESTRO threat-modeling workflow that performs cross-layer threat analysis and outputs implementation guidance for multi-agent ecosystems.

Does this threat modeling approach cover multi-agent trust misuse and reasoning collapse?

Yes, the threat modeling approach covers multi-agent trust misuses and reasoning collapse by applying extended MAESTRO threat patterns to evaluate security governance across agent interactions and integrations.

What are the limitations of using the MAESTRO framework for agent security analysis?

The MAESTRO framework focuses on structured risk assessment across 7 architectural layers, meaning it requires clear architecture definitions to effectively map cross-layer threats and generate mitigation artifacts for multi-agent systems.