What to build
A working example of an AG2 (the actively maintained successor to AutoGen) multi-agent system with voice capabilities powered by Deepgram. AG2 enables complex multi-agent workflows where specialized agents collaborate — adding Deepgram voice I/O would demonstrate voice-driven agent orchestration patterns.
Why this matters
Developers building multi-agent systems with AG2 need a way to add voice interaction so that users can speak to an orchestrator agent that delegates tasks to specialist agents (e.g., a research agent, a coding agent, a data agent) and speaks back the results. This pattern is increasingly important for enterprise AI assistants, customer service automation, and interactive research tools.
Suggested scope
- Language: Python
- Framework: AG2 (ag2ai/ag2, latest)
- Deepgram APIs: Speech-to-Text (streaming), Text-to-Speech (Aura)
- What it demonstrates: A multi-agent conversation where a user speaks to an orchestrator agent, which delegates to 2-3 specialist agents, aggregates responses, and speaks the answer back. Each agent has a distinct role and the conversation flow is visible.
- Complexity: Medium-high — multi-agent setup with voice I/O
Acceptance criteria
Raised by the DX intelligence system.
What to build
A working example of an AG2 (the actively maintained successor to AutoGen) multi-agent system with voice capabilities powered by Deepgram. AG2 enables complex multi-agent workflows where specialized agents collaborate — adding Deepgram voice I/O would demonstrate voice-driven agent orchestration patterns.
Why this matters
Developers building multi-agent systems with AG2 need a way to add voice interaction so that users can speak to an orchestrator agent that delegates tasks to specialist agents (e.g., a research agent, a coding agent, a data agent) and speaks back the results. This pattern is increasingly important for enterprise AI assistants, customer service automation, and interactive research tools.
Suggested scope
Acceptance criteria
Raised by the DX intelligence system.