@ghumare64: This is one of the cleanest architectural piece you might ready today. Separate workers when composed together they for…

X AI KOLs Timeline News
workers architecture agentic-backend production-ready composable-system queue observability

Summary

An architectural approach for building agentic backends using separate workers that compose together without integration code, running on a shared engine that provides queue, state, pubsub, observability, HTTP, sandbox, and cron capabilities.

This is one of the cleanest architectural piece you might ready today. Separate workers when composed together they form agentic backend. harness, context-manager, session-manager, llm-router. From outside they look like four layers. Inside there is no integration code between them. Each one runs on the same engine as queue, state, pubsub, observability, HTTP, sandbox, and cron workers. Add a worker, get the whole system surface. Adding queue support is calling iii.trigger("queue::enqueue"). Adding observability is iii worker add iii-observability. This is what "production-ready by default" looks like when the backend is composed, not assembled.
Original Article
View Cached Full Text

Cached at: 06/10/26, 12:25 AM

This is one of the cleanest architectural piece you might ready today.

Separate workers when composed together they form agentic backend. harness, context-manager, session-manager, llm-router. From outside they look like four layers. Inside there is no integration code between them.

Each one runs on the same engine as queue, state, pubsub, observability, HTTP, sandbox, and cron workers. Add a worker, get the whole system surface.

Adding queue support is calling iii.trigger(“queue::enqueue”). Adding observability is iii worker add iii-observability.

This is what “production-ready by default” looks like when the backend is composed, not assembled.

Similar Articles

@mfpiccolo: https://x.com/mfpiccolo/status/2060069083878408689

X AI KOLs Timeline

The article argues that current agent harness frameworks like LangChain and CrewAI bundle independent concerns into a monolithic block, leading to inflexibility. It introduces the iii engine, where each responsibility is a separate, swappable worker connected via a shared bus and a single trigger primitive, allowing developers to compose their own harness by swapping workers rather than forking a framework.