> ## Documentation Index
> Fetch the complete documentation index at: https://noqta.mintlify.site/llms.txt
> Use this file to discover all available pages before exploring further.

# Introduction

> A high-level overview of Saiku's architecture and its core components, with guidance on navigating the detailed API documentation.

<Tip>
  Saiku's evolution is driven by community contributions. Whether it's enhancing the documentation, refining the code, or adding new functionalities, your input is valued and appreciated.
</Tip>

# Introduction to Saiku API Reference

Welcome to the Saiku API Reference. This documentation provides a holistic view of Saiku's architecture, highlighting its core components and functionalities. Saiku is built with modularity and flexibility in mind, enabling robust AI-driven automation and interactions.

## Overall Architecture

Saiku's architecture is centered around several key components, each designed to perform specific roles within the system:

### 1. Agent

* **Role**: The Agent acts as the central coordinator for Saiku, handling user interactions, decision-making, and task execution.
* **Documentation**: Detailed information about the Agent's properties and methods can be found in [Agent](/api-reference/agent).

### 2. Language Learning Models (LLMs)

* **Purpose**: LLMs, such as OpenAI, Google VertexAI, and others, provide natural language processing capabilities, crucial for understanding and generating human-like text.
* **Documentation**: For specifics on each model, visit the LLMs section under [LLMs](/api-reference/llms).

### 3. Actions

* **Functionality**: Actions are modular units responsible for executing specific tasks, like file operations, data processing, and more.
* **Documentation**: Explore the various actions and their usages in [Actions](/api-reference/actions).

## Navigating the Documentation

This API reference is structured to give you a comprehensive understanding of each component:

* **In-Depth Information**: Each section dives deep into the methods, properties, and functionalities of the respective components.
* **Practical Examples**: Where applicable, you'll find practical examples to illustrate how to utilize these components in real-world scenarios.
* **Interaction Flow**: Gain insights into how these components interact with each other to form the cohesive functionality of Saiku.

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We encourage you to explore each section to gain a full understanding of Saiku's capabilities and how they can be applied to your projects.

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