How to Choose an Open-Source AI Agent Framework for Production
Evaluate open-source agent frameworks with a real workflow: state, tool contracts, testing, recovery, deployment, licensing, and maintenance ownership.
The build journal
Implementation guides for teams building agents, connecting business systems, and making software dependable enough for everyday work.
Evaluate open-source agent frameworks with a real workflow: state, tool contracts, testing, recovery, deployment, licensing, and maintenance ownership.
Build approval and recovery into agent workflows with explicit action proposals, version checks, idempotency, durable status, and exception handling.
Decide whether multiple agents improve a workflow by examining task independence, shared state, handoffs, verification, latency, and total cost.
Separate agent conversation history, durable task state, and reusable memory, with practical rules for provenance, expiration, access, and correction.
Understand what MCP standardizes, what your business integration still needs, and how to expose useful agent tools with identity, validation, and clear errors.
Create an agent evaluation suite with realistic tasks, observable outcomes, failure cases, repeated runs, and release criteria matched to the workflow.
Design an agent's context around task state, current evidence, tool results, and provenance, with a practical example of conflicting business policies.
Estimate an AI agent's full cost with a transparent example covering engineering, model usage, retries, infrastructure, maintenance, and human review.
Understand the gap between an agent demo and a dependable service: tool failures, permissions, state, evaluation, operating costs, and recovery.
Choose between a fixed workflow, an LLM-assisted step, and an AI agent using a support-request example, failure cases, and a practical decision checklist.