FruxonDocs

Agents Overview

Understanding AI Agents in Fruxon

Agents are autonomous AI workflows that execute multi-step logic, call LLMs, use tools, and compose with other agents.

Agent Types

Choose the type that best fits your use case.

Chat Agents

Conversational interfaces for customer support, Q&A assistants, and interactive experiences. Handle multi-turn conversations with context.

Summarization Agents

Transform long content into concise summaries. Perfect for document digests, meeting notes, and content processing.

Recommendation Agents

Analyze data to provide personalized suggestions. Use for product recommendations, content curation, and decision support.

Analyzer Agents

Process and interpret data to generate insights. Build report generators, trend analyzers, and data processors.

Custom Agents

For use cases that don't fit standard categories. Full flexibility to design any workflow.

Agent Components

Every agent is built from these core elements.

Workflow

The visual flow of nodes that defines your agent's logic:

  • Entry Point - Where execution starts, defines inputs
  • Agent Steps - Call AI models with context, with optional integrations as tools
  • Exit Point - Define what your agent returns

Parameters

Inputs your agent accepts. Define types, validation rules, and defaults. Make agents reusable across different contexts.

Tools

External capabilities your agent can use:

  • API integrations
  • Sub-agents
  • Database connections
  • Custom functions

Versions

Immutable snapshots of your agent. Each save creates a revision. Deploy specific versions to production.

Agent Lifecycle

The journey from idea to production.

Development Phase

  1. Create - Define name, type, and description
  2. Build - Design your workflow in Agent Studio
  3. Test - Run with sample inputs interactively

Quality Assurance

  1. Evaluate - Run against test datasets
  2. Review - Analyze results and iterate

Production

  1. Deploy - Publish a specific version
  2. Monitor - Track executions, errors, and performance

Next Steps

On this page