Runtime Architecture

Overview

The Agent Runtime serves as the central coordination system for autonomous AI agents, implementing sophisticated orchestration that manages distributed AI services, character consistency, and multi-platform operations. The runtime has evolved from a simple message router to a comprehensive workflow orchestration engine supporting multi-stage LLM pipelines, tool execution, and intelligent context management.

Current Architecture

The runtime now implements a Plan & Execute pattern with the following stages:

  1. Planning Stage: Analyzes user intent and determines tool usage

  2. Context Enrichment: Gathers relevant context from multiple sources

  3. Tool Execution: Runs identified tools in parallel when possible

  4. Response Generation: Creates character-appropriate responses

  5. Fallback Handling: Manages safety refusals and prompt leakage

Core Components

AgentRuntime Class

The main orchestrator that manages:

  • Plugin lifecycle (initialize/shutdown)

  • Message routing to appropriate handlers

  • Workflow execution via WorkflowManager

  • Context management and tool registration

  • Conversation history per user/platform

  • Error handling and fallback responses

WorkflowManager

Orchestrates multi-stage LLM pipelines:

  • Executes workflow configurations (default, minimal, reasoning)

  • Manages stage transitions and state

  • Handles tool execution based on planning

  • Provides grouped logging for UI visualization

  • Supports platform-specific overrides

ContextManager

Manages context across platforms:

  • Registers platform-specific context managers

  • Aggregates context from multiple sources

  • Provides unified context interface

  • Supports Twitter timeline, news (planned), market data (planned)

ToolManager

Extensible tool framework:

  • Registers and manages available tools

  • Executes tools based on planning decisions

  • Currently supports: web search, news, crypto prices, stock data, time, Twitter timeline

  • Handles tool errors gracefully

Message Flow

Legacy Mode (Simple)

Workflow Mode (Advanced)

Key Features

1. Multi-Stage Pipeline

2. Tool Integration

3. Platform-Specific Context

4. Conversation Memory

Usage Example

Workflow Configurations

Default Workflow

  • Full pipeline with planning, context, and fallbacks

  • Best for complex queries requiring tool usage

  • Optimized for quality over speed

Minimal Workflow

  • Direct response generation without planning

  • Fastest response time

  • Best for simple conversational responses

Reasoning Workflow

  • Enhanced planning with reasoning tokens

  • Deep analysis for complex tasks

  • Supports thinking models (future)

Platform Integration

The runtime provides a unified interface for all platforms:

  1. Twitter: Autonomous posting, mention responses, timeline monitoring

  2. Telegram: Private chats, group conversations, channel posts

  3. Website: Real-time chat, WebSocket communication

  4. API: Direct programmatic access

Error Handling

The runtime implements multiple layers of error handling:

  1. Plugin Failures: Fallback to default LLM response

  2. Service Outages: Graceful degradation with error messages

  3. Tool Failures: Continue with other tools, include error context

  4. Character Consistency: All errors maintain BILL's personality

Performance Optimizations

  • Parallel Tool Execution: Tools run concurrently when possible

  • Context Caching: Platform context cached for 30 minutes

  • Conversation Limits: Maximum 10 messages per conversation

  • Async Processing: All operations are non-blocking

Future Enhancements

  1. Enhanced Memory: Persistent conversation storage

  2. Cross-Platform Context: Unified user profiles across platforms

  3. Advanced Planning: Multi-step task decomposition

  4. Streaming Responses: Real-time token streaming

  5. Multi-Agent Support: Coordination between multiple characters

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