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 Duration 21 hours

Course Outline

Core Principles of Mastra Debugging and Evaluation

  • Analyzing agent behavior models and identifying failure modes
  • Essential debugging concepts within the Mastra ecosystem
  • Assessing both deterministic and non-deterministic agent actions

Establishing Test Environments for Agents

  • Setting up test sandboxes and isolated evaluation zones
  • Recording logs, traces, and telemetry data for in-depth analysis
  • Curating datasets and prompts for organized testing procedures

Debugging AI Agent Conduct

  • Tracking decision pathways and internal reasoning indicators
  • Detecting hallucinations, errors, and unintended responses
  • Leveraging observability dashboards for root-cause analysis

Assessment Metrics and Benchmarking Structures

  • Formulating quantitative and qualitative evaluation criteria
  • Evaluating accuracy, consistency, and adherence to context
  • Utilizing benchmark datasets for reproducible assessment

Reliability Engineering for AI Agents

  • Creating reliability tests for long-duration agent tasks
  • Identifying drift and performance degradation in agents
  • Establishing safeguards for mission-critical workflows

Quality Assurance Processes and Automation

  • Constructing QA pipelines for ongoing evaluation
  • Automating regression tests for agent updates
  • Integrating QA practices with CI/CD and enterprise-level workflows

Advanced Strategies for Reducing Hallucinations

  • Employing prompting techniques to minimize unwanted outputs
  • Implementing validation loops and self-verification mechanisms
  • Testing model combinations to enhance overall reliability

Reporting, Monitoring, and Continuous Refinement

  • Generating QA reports and agent performance scorecards
  • Overseeing long-term behavior and recurring error patterns
  • Refining evaluation frameworks to adapt to evolving systems

Conclusion and Future Actions

Requirements

  • A solid grasp of AI agent behavior and model interactions
  • Practical experience in debugging or testing complex software architectures
  • Basic familiarity with observability or logging utilities

Target Audience

  • QA Engineers
  • AI Reliability Engineers
  • Developers tasked with agent quality and performance management

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