What to build
A Python testing framework that lets developers define voice agent test scenarios in YAML, run them against Deepgram's Voice Agent API, and evaluate results using automated quality scoring — enabling CI/CD testing of voice agent behavior.
Why this matters
Developers deploying voice agents to production need automated testing to catch regressions — verifying that the agent greets correctly, handles edge cases, uses tools appropriately, and stays on-topic. Currently, testing voice agents requires manual conversation, which doesn't scale and can't be integrated into CI/CD pipelines. A YAML-driven test harness that simulates user turns (as text or audio), captures agent responses, and evaluates them against expected behaviors would be the foundation for production-grade voice agent development. This is becoming standard practice in the voice AI ecosystem and a key retention lever for the platform.
Suggested scope
- Language: Python
- Deepgram APIs: Voice Agent API
- Key features:
- YAML scenario definitions with user turns, expected agent behaviors, and success criteria
- Text-mode testing (inject text as simulated STT) for fast iteration
- Audio-mode testing (play audio files through the Voice Agent) for end-to-end validation
- Automated scoring: LLM-as-judge evaluation of agent responses against criteria
- Latency assertions: fail if time-to-first-response exceeds threshold
- Function calling validation: verify correct tools were called with expected arguments
- JUnit XML output for CI/CD integration
- CLI runner:
python -m dg_eval --scenarios ./tests/
- Complexity: Medium-high — testing framework with LLM evaluation
Acceptance criteria
Raised by the DX intelligence system.
What to build
A Python testing framework that lets developers define voice agent test scenarios in YAML, run them against Deepgram's Voice Agent API, and evaluate results using automated quality scoring — enabling CI/CD testing of voice agent behavior.
Why this matters
Developers deploying voice agents to production need automated testing to catch regressions — verifying that the agent greets correctly, handles edge cases, uses tools appropriately, and stays on-topic. Currently, testing voice agents requires manual conversation, which doesn't scale and can't be integrated into CI/CD pipelines. A YAML-driven test harness that simulates user turns (as text or audio), captures agent responses, and evaluates them against expected behaviors would be the foundation for production-grade voice agent development. This is becoming standard practice in the voice AI ecosystem and a key retention lever for the platform.
Suggested scope
python -m dg_eval --scenarios ./tests/Acceptance criteria
Raised by the DX intelligence system.