AuricIDE / Blog
Blog
Notes from building AuricIDE: agent orchestration, machine-checkable goals, and systems for supervising coding agents.
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AI Agent Team: What Survives When the Session Ends
An AI agent team is defined by what survives a session: a name, standing rules and written memory. Here is how AuricIDE keeps them.
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Human in the Loop AI Agents Need a Guess, Not a Signal
Human in the loop AI agents are only as good as the tool's guess about when the agent is waiting. How AuricIDE reads a terminal tail and flags Needs input.
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Multi Agent Workflow: Designing Handoffs That Hold
Design a multi agent workflow for CLI coding agents: split tasks, pass terminal tails between steps, and stop chains cleanly on errors.
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Vibe Coding Best Practices: Who Gets to Say Done
Vibe coding best practices are not about better prompts. Learn why a definition of done, checked by something other than the agent, is the practice that
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Autonomous Software Development: Who Decides to Start
Autonomous software development is decided less by agent capability than by when the app refuses to start. How AuricIDE's schedules draw that line.
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AI Agent Control Plane: The List That Says Who Needs You
Learn what an AI agent control plane does, why fleets need one, and how orchestration, permissions, and observability fit together in real workflows.
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AI Assisted Coding: How It Works and What to Watch For
Learn how AI assisted coding works, where it helps, where it breaks, and what to verify before trusting the output. A clear guide for engineering teams.
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MCP Memory Server: A Memory a Person Can Correct
Learn what an MCP memory server does, how it exposes persistent context to coding agents, and the lifecycle and security trade-offs that matter in 2026.
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Spec Driven Development: A Practitioner's Guide
Spec driven development explained clearly: workflow, benefits, and how specs connect requirements, implementation, and testing for real engineering teams.
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AI Agent MCP: Asking for Another Agent Is Not Starting One
An agent can ask AuricIDE for another agent through MCP, but the request waits in an inbox. Why asking and starting stay separate, and what that costs.
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8 MCP Server Examples for Real Development Work
Explore 8 practical MCP server examples, with the resources, tools, prompts, security boundaries, and development workflows each one exposes.
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MCP Server List 2026: 8 Decisions Behind Shared State
An MCP server list that explains each design trade-off: shared project state, agent exit status, local SQLite storage, and chain handover in AuricIDE.