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Duration 21 hours
Course Outline
Foundations of Mastra Debugging and Evaluation
- Comprehending agent behavior models and failure modes.
- Core debugging principles within the Mastra framework.
- Assessing deterministic versus non-deterministic agent actions.
Establishing Environments for Agent Testing
- Setting up test sandboxes and isolated evaluation spaces.
- Recording logs, traces, and telemetry for in-depth analysis.
- Curating datasets and prompts for structured testing.
Debugging AI Agent Behavior
- Tracking decision paths and internal reasoning signals.
- Recognizing hallucinations, errors, and unintended behaviors.
- Leveraging observability dashboards for root-cause investigation.
Evaluation Metrics and Benchmarking Frameworks
- Defining both quantitative and qualitative evaluation metrics.
- Measuring accuracy, consistency, and contextual compliance.
- Utilizing benchmark datasets for reproducible assessment.
Reliability Engineering for AI Agents
- Designing reliability tests for long-running agents.
- Detecting performance drift and degradation.
- Implementing safeguards for critical workflows.
Quality Assurance Processes and Automation
- Constructing QA pipelines for continuous evaluation.
- Automating regression tests for agent updates.
- Integrating QA with CI/CD and enterprise workflows.
Advanced Techniques for Hallucination Reduction
- Employing prompting strategies to minimize undesired outputs.
- Implementing validation loops and self-check mechanisms.
- Experimenting with model combinations to enhance reliability.
Reporting, Monitoring, and Continuous Improvement
- Creating QA reports and agent scorecards.
- Monitoring long-term behavior and error patterns.
- Refining evaluation frameworks for evolving systems.
Summary and Next Steps
Requirements
- A solid grasp of AI agent behavior and model interactions.
- Experience in debugging or testing complex software systems.
- Familiarity with observability or logging tools.
Target Audience
- QA Engineers
- AI Reliability Engineers
- Developers tasked with agent quality and performance