COPRO

Overview

COPRO (Coordinate Optimization for Prompts) is an optimizer in DSPy that automatically generates and refines new instructions for each step in your language model pipeline. It uses coordinate ascent to systematically improve prompt quality.

How COPRO Works

COPRO generates and refines new instructions for each step, optimizing them with coordinate ascent. The process involves:

1. Starting with initial instructions
2. Generating alternative instruction candidates
3. Evaluating each candidate against metrics
4. Selecting the best performing instructions
5. Iteratively refining through multiple rounds

Key Features

• Automatic Instruction Generation: Uses LLMs to generate their own instruction variations
• Coordinate Ascent: Optimizes one module at a time while keeping others fixed
• Systematic Search: Explores the instruction space methodically
• Evaluation-Driven: Uses metrics to guide optimization

Advantages

• Eliminates manual prompt engineering
• Finds non-obvious instruction formulations
• Works across different LLM providers
• Can be combined with other DSPy optimizers

Integration

COPRO integrates seamlessly with the DSPy framework's modular architecture, allowing developers to focus on building systems rather than manually tweaking prompts.

Use Cases

• Complex reasoning tasks
• Multi-step information processing
• Question answering pipelines
• Document processing workflows
• Any application where prompt quality significantly impacts results

Pricing

Free and open-source as part of the DSPy framework.