Overview

The Bytebot Agent System transforms a simple desktop container into an intelligent, autonomous computer user. By combining Claude AI with structured task management, it can understand natural language requests and execute complex workflows just like a human would.

How the AI Agent Works

The Brain: Claude AI Integration

At the heart of Bytebot is Claude, Anthropic’s advanced AI assistant. The agent:

  1. Understands Context: Processes your natural language requests with full conversation history
  2. Plans Actions: Breaks down complex tasks into executable computer actions
  3. Adapts in Real-time: Adjusts its approach based on what it sees on screen
  4. Learns from Feedback: Improves task execution through conversation

Conversation Flow

1

You Describe a Task

“Research competitors for my SaaS product and create a comparison table”

2

AI Plans the Approach

Claude understands the request and plans: open browser → search → visit sites → extract data → create document

3

Executes Actions

The agent controls the desktop: clicking, typing, taking screenshots, reading content

4

Provides Updates

Real-time status updates and asks for clarification when needed

5

Delivers Results

Completes the task and provides the output (files, screenshots, summaries)

Task Management System

Task Lifecycle

Tasks move through a structured lifecycle:

Task Properties

Each task contains:

  • Description: What needs to be done
  • Priority: Urgent, High, Medium, or Low
  • Status: Current state in the lifecycle
  • Type: Immediate or Scheduled
  • History: All messages and actions taken

Smart Task Processing

The agent processes tasks intelligently:

  1. Priority Queue: Urgent tasks run first
  2. Error Recovery: Automatically retries failed actions
  3. Human in the Loop: Asks for help when stuck
  4. Context Preservation: Maintains conversation history across sessions

Real-world Capabilities

What the Agent Can Do

Web Automation

  • Browse websites
  • Fill out forms
  • Extract data
  • Download files
  • Monitor changes

Document Work

  • Create documents
  • Edit spreadsheets
  • Generate reports
  • Organize files
  • Convert formats

Email & Communication

  • Read emails
  • Draft responses
  • Manage calendar
  • Schedule meetings
  • Send notifications

Data Processing

  • Extract from PDFs
  • Process CSV files
  • Create visualizations
  • Generate summaries
  • Transform data

Example Use Cases

Research Assistant

User: "Find the top 5 project management tools and compare their pricing"

Agent Actions:
1. Opens browser
2. Searches for project management tools
3. Visits each tool's website
4. Extracts pricing information
5. Creates comparison spreadsheet
6. Takes screenshots of each pricing page

Form Automation

User: "Fill out the vendor application form with data from our company profile"

Agent Actions:
1. Opens the form URL
2. Reads company profile document
3. Maps data to form fields
4. Fills out each section
5. Uploads required documents
6. Submits and saves confirmation

Email Management

User: "Check my emails and create a summary of action items"

Agent Actions:
1. Opens email client
2. Reads unread messages
3. Identifies action items
4. Creates organized task list
5. Drafts response templates
6. Flags important messages

Technical Architecture

Core Components

  1. NestJS Agent Service

    • Manages task queue with BullMQ
    • Integrates with Anthropic API
    • Handles WebSocket connections
    • Coordinates with desktop API
  2. Message System

    • Structured conversation format
    • Supports text and images
    • Maintains full context
    • Enables rich interactions
  3. Database Schema

    Tasks: id, description, status, priority, timestamps
    Messages: id, task_id, role, content, timestamps
    Summaries: id, task_id, content, parent_id
    
  4. Computer Action Bridge

    • Translates AI decisions to desktop actions
    • Handles screenshots and feedback
    • Manages action timing
    • Provides error handling

API Endpoints

Key endpoints for programmatic control:

// Create a new task
POST /tasks
{
  "description": "Your task description",
  "priority": "HIGH",
  "type": "IMMEDIATE"
}

// Get task status
GET /tasks/:id

// Send a message
POST /tasks/:id/messages
{
  "content": "Additional instructions"
}

// Get task history
GET /tasks/:id/messages

Chat UI Features

The web interface provides:

Real-time Interaction

  • Live chat with the AI agent
  • Instant status updates
  • Progress indicators
  • Error notifications

Visual Feedback

  • Embedded desktop viewer
  • Screenshot history
  • Action replay
  • Task timeline

Task Management

  • Create and prioritize tasks
  • View active and completed tasks
  • Export conversation logs
  • Manage task queues

Security & Privacy

Data Isolation

  • All processing happens in your infrastructure
  • No data sent to external services (except Claude API)
  • Conversations stored locally
  • Complete audit trail

Access Control

  • Configurable authentication
  • API key management
  • Network isolation options
  • Role-based permissions (coming soon)

Extending the Agent

Custom Tools

Add specialized capabilities:

// Register a custom tool
agent.registerTool({
  name: 'database_query',
  description: 'Query internal database',
  execute: async (params) => {
    // Your implementation
  }
});

Workflow Templates

Create reusable task templates:

name: "Daily Report"
steps:
  - action: "screenshot"
    target: "dashboard"
  - action: "extract_data"
    format: "table"
  - action: "create_document"
    template: "daily_report"

Integration Points

  • Webhook notifications
  • External API calls
  • Custom AI prompts
  • Plugin system (coming soon)

Performance Tuning

Optimization Settings

# Concurrent task limit
MAX_CONCURRENT_TASKS=1

# Task timeout (ms)
TASK_TIMEOUT=300000

# Screenshot quality (0-100)
SCREENSHOT_QUALITY=80

# Message history limit
MAX_CONTEXT_MESSAGES=50

Best Practices

  1. Clear Instructions: Be specific about desired outcomes
  2. Break Down Complex Tasks: Use multiple smaller tasks for better results
  3. Provide Context: Include relevant files or URLs
  4. Monitor Progress: Watch the desktop view for real-time feedback
  5. Review Results: Verify outputs meet requirements

Troubleshooting

Next Steps