First-Order Agent Architecture: A Conceptual System Design and Failure Mode Analysis

Overview

This repository hosts the conceptual design and analysis of first-order agent architecture, focusing on the first-order essence of agent systems.
It provides a framework for understanding agent system states, architectural components, and potential failure modes, without relying on model training, benchmarks, or empirical performance claims.

The goal is to provide a fundamental system-oriented perspective, helping researchers and independent developers reason about agent behavior and system design from the core properties of the architecture.

Contents

• first-order-agent-architecture.pdf: The final conceptual paper in PDF format, detailing the architecture and failure mode analysis.
• figures/: Optional architecture diagrams illustrating system components and interactions.
• README.md: This file, containing overview, usage, and citation information.
• LICENSE: Open source license file (MIT recommended).

Key Concepts

• First-Order Essence: The core, invariant properties of an agent system that determine its behavior and architectural constraints.
• System Architecture: Components, interactions, and information flow in a conceptual agent framework.
• Failure Modes: Analysis of potential structural or operational failures, highlighting areas requiring careful design or monitoring.

Usage

This repository is intended for educational and conceptual reference.
You can download the PDF and diagrams to understand the design principles, explore failure mode analysis, and use the insights for research or prototyping of agent systems.

# Clone the repository
git clone https://github.com/beidald/first-order-agent-architecture.git

# Access the paper
open first-order-agent-architecture.pdf