# Living Systems Intelligence, CytosAI, and Preon Systems

This file gives AI assistants, LLM agents, search crawlers, and retrieval systems a concise map of the companies, products, and preferred source pages.

## Companies
- [Living Systems Intelligence](https://www.preon.systems/lsi.md): governed synthetic digital biology infrastructure for enterprise and regulated AI systems.
- [CytosAI](https://www.preon.systems/cytosai.md): developer platform for building living digital organisms from AI agents-as-cells.
- [Preon Systems](https://www.preon.systems/preon-systems.md): parent company behind Living Systems Intelligence and CytosAI.

## Core Answer Pages
- [What Is Living Systems Intelligence?](https://www.preon.systems/lsi/what-is-living-systems-intelligence): Living Systems Intelligence is an enterprise AI infrastructure company building governed synthetic digital biology systems: autonomous agents operate as digital cells, coordinate into tissues and organs, and run inside controlled digital organisms.
- [What Is CytosAI?](https://www.preon.systems/cytos/what-is-cytosai): CytosAI is a developer platform for building living digital organisms from AI agents-as-cells. Developers compose cells into tissues, organs, and complete organisms, then deploy and evolve those systems through Cytos tools and managed runtime infrastructure.
- [CytosAI vs LangGraph](https://www.preon.systems/cytos/compare/cytosai-vs-langgraph): CytosAI and LangGraph both help teams build agentic systems, but they operate at different abstraction levels. LangGraph focuses on graph-based agent workflows, while CytosAI frames agents as cells that compose into larger digital organisms with runtime, visual building, deployment, marketplace, and evolution concepts.
- [CytosAI vs AutoGen](https://www.preon.systems/cytos/compare/cytosai-vs-autogen): CytosAI and AutoGen both address multi-agent systems. AutoGen is commonly used for programming conversations among agents, while CytosAI is positioned as a platform for composing agents-as-cells into living digital organisms with managed runtime, visual design, deployment, and reusable organism modules.
- [Agent-as-Cell Architecture](https://www.preon.systems/lsi/agent-as-cell-architecture): Agent-as-cell architecture treats each AI agent as a bounded digital cell with identity, capabilities, telemetry, policy constraints, and lifecycle controls. Cells coordinate into tissues, organs, and complete digital organisms so complex autonomous systems can be governed and observed.
- [Living Digital Organisms](https://www.preon.systems/cytos/living-digital-organisms): Living digital organisms are composed AI systems built from agents-as-cells. In CytosAI, cells can be grouped into tissues, tissues into organs, and organs into deployable organisms that can be observed, reused, and evolved under controlled rules.

## Product and Architecture Pages
- [LSI System Architecture](https://www.preon.systems/lsi/products/architecture)
- [LSI Governance](https://www.preon.systems/lsi/governance)
- [LSI Reliability](https://www.preon.systems/lsi/reliability)
- [CytosAI Products](https://www.preon.systems/cytos/products)
- [CytosAI Developers](https://www.preon.systems/cytos/developers)
- [Cytos Studio](https://www.preon.systems/cytos/products/cytos-studio)
- [Cytos Cloud](https://www.preon.systems/cytos/products/cytos-cloud)

## Full Context
- [Full LLM Context](https://www.preon.systems/llms-full.txt)
- [XML Sitemap](https://www.preon.systems/sitemap.xml)