Single Agent vs Multi-Agent: This example covers batch processing for single agents (
/v1/agent/batch/completions). For batching multi-agent swarms, see Batch Swarm Completions (Multi-Agent).What This Example Shows
- Processing multiple agent tasks in a single request
- Configuring different agents for different types of analysis
- Efficient batch execution for multiple related tasks
- Handling diverse task types with specialized agents
Quick Start
- Python
- TypeScript
- Rust
- cURL
Batch Processing Benefits
- Efficiency: Process multiple tasks in parallel
- Cost Optimization: Reduce API call overhead
- Consistency: Apply similar processing across multiple items
- Scalability: Handle large volumes of work efficiently
Use Cases
Batch processing is ideal for:- Document Analysis: Review multiple contracts, reports, or documents
- Data Processing: Analyze large datasets with multiple perspectives
- Content Generation: Create variations of content for different audiences
- Quality Assurance: Review multiple code files, designs, or content pieces
- Customer Support: Process multiple support tickets with specialized agents
Expected Output
The batch processor will return results for each task:- Bloodwork analysis with diagnosis and recommendations
- Radiology report summary in patient-friendly language
- Each result maintains the structure and quality of individual agent runs
Environment Setup
Create a.env file in your project directory:
Advanced Batch Processing
You can extend this pattern to:- Dynamic Batching: Group similar tasks automatically
- Priority Processing: Assign importance levels to different tasks
- Result Aggregation: Combine multiple results into unified insights
- Error Handling: Gracefully handle failures in individual batch items
Next Steps
After mastering batch processing, explore:- Multi-agent swarms for complex collaborative workflows
- Sequential workflows for dependent tasks
- Concurrent workflows for parallel execution
- Agent routing for intelligent task distribution