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Course Outline

Introduction to Agent-Driven Code

  • How autonomous agents generate and modify code.
  • Understanding task decomposition and execution traces.
  • Common failure modes in agent workflows.

Verification Foundations for Antigravity

  • Establishing verification checkpoints.
  • Tracking agent decisions and evaluating logic sequences.
  • Identifying anomalies in agent behavior.

Working with Artifacts Generated by Agents

  • Assessing code diffs and patch quality.
  • Validating agent-created documentation and metadata.
  • Reviewing structured and unstructured output.

Browser-Based Verification and Activity Recording

  • Interpreting browser session recordings.
  • Detecting agent missteps during UI-driven tasks.
  • Correlating recording events with expected task flow.

Task Validation Techniques

  • Confirming task accuracy and completeness.
  • Applying reproducibility and repeatability checks.
  • Using constraint-based validation for AI workflows.

Security Considerations in Agent-Driven Development

  • Recognizing risky agent actions.
  • Static and dynamic analyses for agent output.
  • Hardening verification steps against security gaps.

Testing Reliability and Robustness

  • Detecting brittle agent behaviors.
  • Stress-testing multi-step agent operations.
  • Building resilient validation pipelines.

Integrating Antigravity QA into Existing Pipelines

  • Designing end-to-end agent verification workflows.
  • Automating acceptance criteria for agent tasks.
  • Reporting and monitoring agent performance.

Summary and Next Steps

Requirements

  • A solid understanding of software testing fundamentals.
  • Experience with automation or QA methodologies.
  • Familiarity with AI-assisted development workflows.

Audience

  • QA engineers.
  • SDETs.
  • Security engineers.
 14 Hours

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