Project Overview
This project develops a scalable Zero-Trust security architecture for autonomous multi-agent systems that collaborate, invoke tools, and exchange data across distributed workflows. A dedicated security backplane continuously verifies agent identities, permissions, tool calls, and data flows before actions are executed. Distributed Policy Enforcement Points (PEPs) protect agent, tool, API, and resource boundaries, while a shared Policy Decision Point (PDP) evaluates context-aware policies and returns allow-or-deny decisions. Automated analysis identifies security-critical interaction points, measures enforcement coverage, and evaluates the latency and operational overhead introduced by protection. The goal is to provide consistent, observable, and domain-independent security for multi-agent systems operating in dynamic and high-stakes environments.
Zero-Trust Backplane Demonstration
The following demonstration shows how multiple Policy Enforcement Points protect interactions across a distributed multi-agent workflow. Each enforcement point consults a shared Policy Decision Point before an agent or tool action proceeds, enabling consistent authorization and real-time policy enforcement throughout the system.
Video caption: Zero-Trust backplane demonstration with distributed Policy Enforcement Points and a shared Policy Decision Point.
Video description: The animation begins with a multi-stage agent architecture connected to a shared security backplane. It then follows one request through several agents and tools. Multiple enforcement points intercept the request, submit identity and contextual information to a central policy engine, and permit the action only after an allow decision.