1. TL DR
  2. Introduction
  3. Authorization AVS
    1. Core Architecture Diagram
  4. Key Components
    1. Policy Box
    2. Execution and Validation Workflow
  5. Deployment Guide
  6. Enhancements
  7. Example and References

TL DR

What A decentralized agent authentication and action-verification system that ensures safe asset delegation to agents and enforceable ground rules.

Why Centralized authentication systems lack flexible and agent-friendly interfaces. For secure, high-risk actions, users need an environment that enables programmable access-control and delegation, enforceable and verifiable interactions, and interoperable financial rails.

How The network consists of three main components: the Policy Box, which ensures agent actions comply with predefined rules; The consensus layer, which validates and executes arbitrary logic; and on-chain contracts, which provide accountability by rewarding honest nodes and penalizing malicious behavior.


Introduction

Authorization AVS is a network that validates and verifies whether an AI Agent has the permission to perform a specific action. Its primary purpose is to ensure that AI agents execute tasks adhering to predefined conditions.

Highly secure public blockchains (i.e Ethereum) offer a strong foundation for verifiable systems. By leveraging cryptographic proofs and incentivized attesters, Authorization AVS establishes a transparent layer of trust for AI systems.

👉 For a deep dive, see the in AVS Authorization Network overview.