This tool is a Multi-Agent System (MAS) auditor. It processes local JSON-like agent configurations to detect logic loops, context leakage, and prompt injection vulnerabilities. The tool runs entirely in the browser with zero data transmission. Key features include: drag-and-drop agent orchestration, visual risk mapping, context dilution detection between consecutive agents, infinite loop detection through instruction similarity analysis, and security breach detection for suspicious keywords like 'system prompt', 'ignore instructions', and 'bypass'.
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Multi-Agent Security Knowledge Base
Mitigating Handoff Risks in Autonomous Agents
Multi-agent systems introduce unique security challenges at handoff points where one agent's output becomes another's input. These transition points are vulnerable to context dilution, where semantic meaning is lost, and prompt injection attacks that can manipulate downstream agents.
Glossary of Terms
Agent Orchestration
The process of coordinating multiple AI agents to work together towards a common goal, managing task flow, data handoffs, and state transitions between individual agents.
State Management
The practice of maintaining consistent data and context across agent interactions, ensuring that each agent has access to necessary information without redundant data transfer.
Handoff Vulnerabilities
Security risks that occur at transition points between agents, including context loss, instruction misalignment, and potential injection vectors that can compromise the entire workflow.
Context Dilution
A phenomenon where the semantic meaning of instructions degrades as information passes through multiple agents, often caused by contradictory role assignments between consecutive agents.
Prompt Injection
An attack vector where malicious instructions are embedded within agent outputs to manipulate subsequent agents into performing unintended actions.
Token Efficiency
The optimization of token usage across multi-agent workflows to minimize costs while maintaining task effectiveness and security.
Best Practices for Secure Agent Workflows
1. Validate all instructions at handoff points. 2. Implement consistent role definitions across agents. 3. Monitor for repetitive patterns that may indicate infinite loops. 4. Use explicit output format requirements. 5. Regularly audit agent interactions for potential vulnerabilities.
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