From the course: Agentic AI and Autonomous Development
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PMAT subagent architecture deep dive
From the course: Agentic AI and Autonomous Development
PMAT subagent architecture deep dive
- [Instructor] One issue with non-deterministic AI agents is that they can corrupt state, they can crash in production, and this is gonna cause things like infinite retry loops. And if you look at distributed computing in general, it's one of the most difficult things to get correct. PMAT solves this with Russ Actor Model. In this case, a mailbox isolation prevents race conditions and supervision trees auto recover from crashes. And then, event sourcing enables time travel debugging. So if you look at some of the things that happen here, this allows you to work with Claude Code, and build sub-agents that neatly enforce quality with zero self-admitted technical debt, low complexity, looking at graph metrics, et cetera. And this is an architecture that many agents will start adopting. So if we take a look at this diagram here, we can see that at the very beginning we have things like actor isolation. There's four specialized…
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Claude subagents: Multiagent architecture3m 12s
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PMAT subagent architecture deep dive4m 7s
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Clippy subagent: Code review automation2m 41s
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Supervised multiple agents: Coordination patterns3m 8s
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Amdahl's law and subagent performance3m 13s
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Simple agents win: Design philosophy3m 54s
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SLMs: Small language models for agents2m 20s
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