AI Agent Tracing
Every AI agent is a black box until you add tracing. See exactly what your agents are doing, why theyâre failing, and how to make them better.
Tracing captures the complete execution flow of your AI agentsâfrom the initial user request to the final response. Think of it as a flight recorder for your AI: when something goes wrong (or right), you have the complete story.
Tracing transforms AI development from guesswork to data-driven optimization. See every LLM call, tool execution, and decision your agents make.
Why AI Agents Need Tracing
AI agents are inherently complexâthey make decisions, call tools, interact with LLMs, and chain operations together. Without tracing, youâre debugging in the dark.
đ Visibility - See Inside the Black Box
What you get:
- Complete execution flow of every agent run
- Every LLM call with exact prompts and responses
- All tool executions and their results
- Decision points and reasoning chains
- Context flow between operations
Why it matters: Your agent might be failing because of a subtle prompt issue, a tool returning unexpected data, or a logic error in the chain. Tracing shows you exactly where and why.
đ Debugging - Fix Issues Fast
What you get:
- Pinpoint exact failure locations in complex chains
- See the exact inputs that caused errors
- Track error propagation through your agent
- Access complete stack traces and context
- Compare successful vs failed executions
Why it matters: Instead of spending hours reproducing bugs, you see exactly what happened in production. Debug in minutes instead of days.
⥠Optimization - Make Agents Faster & Better
What you get:
- Execution time breakdown for every operation
- Performance bottleneck identification
- Input/output analysis for optimization opportunities
- Error pattern detection
- Prompt engineering insights
Why it matters: See which parts of your agent are slow or causing issues. Optimize prompts, reduce unnecessary operations, and improve performance with data, not guesswork.
đ Monitoring - Keep Production Healthy
What you get:
- Real-time performance metrics
- Success/failure rate tracking
- Resource usage monitoring
- Alert integration for anomalies
- Historical trend analysis
Why it matters: Know when your agents start failing before your users complain. Monitor performance trends and catch issues early.
Production AI agents without tracing are a ticking time bomb. When they failâand they willâyou need complete visibility to fix them quickly.
What Handit.ai Tracing Captures
Every execution creates a complete trace with:
Data Type | Whatâs Captured | Example |
---|---|---|
Execution Flow | Complete operation sequence | User request â LLM reasoning â tool calls â final response |
LLM Interactions | Prompts, responses, and timing | âAnalyze this dataâŠâ â 1.2s â âThe data showsâŠâ |
Tool Executions | Input parameters, outputs, errors | search_web("AI agents") â 10 results â 0.8s |
Performance | Timing and resource usage | Total: 3.2s, LLM: 1.2s, Tools: 0.8s |
Context | Data flow between operations | Search results â LLM analysis â structured output |
Tracing Components
đ€ Agent Tracing
The orchestrator - Tracks your entire agent from start to finish.
Captures the complete agent execution as a single trace, automatically linking all LLM calls, tool executions, and operations together. This is your agentâs âflight recorder.â
Best for: Main agent workflows, API endpoints, complex multi-step processes
What Agent Tracing Records
- Complete execution timeline with start/end times
- All child operations (LLM calls, tool executions) automatically linked
- Success/failure status with detailed error context
- Input/output data for the entire agent run
- Performance metrics including total duration and resource usage
- Error handling with retry attempts and recovery actions
Example Use Cases:
- Customer support agent handling user queries
- Research agent gathering and analyzing information
- Code generation agent creating and testing solutions
đ§ LLM Node Tracing
The brain monitor - Tracks every interaction with language models.
Records complete details of LLM interactions including prompts, responses, and performance. Essential for understanding and optimizing your agentâs reasoning.
Best for: LLM calls, prompt engineering, performance optimization
What LLM Node Tracing Records
- Complete prompts and responses with exact text
- Model parameters (temperature, max_tokens, etc.)
- Response timing and latency analysis
- Error handling for failed LLM calls
- Input/output data flow between operations
Example Use Cases:
- GPT-4 calls for reasoning and analysis
- Claude for document processing
- Custom model endpoints
- Embedding generation for RAG systems
đ ïž Tool Tracing
The action tracker - Monitors every tool and function your agent uses.
Captures detailed information about tool executions, from simple functions to complex API calls. See exactly what tools are called, with what parameters, and what they return.
Best for: Custom functions, API calls, database queries, file operations
What Tool Tracing Records
- Function parameters and return values
- Execution timing and performance metrics
- Error handling with detailed error messages
- Resource usage for expensive operations
- Side effects like file writes or API calls
- Retry logic and failure recovery
Example Use Cases:
- Web search APIs for information gathering
- Database queries for data retrieval
- File processing and manipulation
- External service integrations
Getting Started
Ready to see inside your AI agents? Add tracing in under 5 minutes and get complete visibility into your agentâs behavior.
Start tracing your agents today:
Quick Setup GuideTransform your AI agents from mysterious black boxes to fully observable, debuggable, and optimizable systems.