01
Start here
Before the first flight: scope, budget, kill switch
What to set before an AI agent does real work: a deliverable you can judge, permissions that match the scope, a time and spend limit, and how to stop it.
The Field Manual
Practical references for the decisions every rider makes: what to delegate, where to draw the boundary, and how to know the work is done.
01
Start here
What to set before an AI agent does real work: a deliverable you can judge, permissions that match the scope, a time and spend limit, and how to stop it.
02
AI agent permissions, enforced rather than instructed: least privilege, approval before the side effect, retrieved data treated as data, not instructions.
03
Four stages of AI agent autonomy and how to earn each: trust the setup, not a personality, change one boundary at a time, and keep a promotion record.
04
What an AI agent incident costs and the first ten minutes: contain the run, establish the facts, choose the smallest recovery. Riders call it a burn.
05
What to record for each AI agent run: model, permissions, elapsed and human time kept separate, a supported cost, the outcome, one change for next time.
06
Multi-agent work without losing control: divide by deliverable, give each handoff a contract, keep permissions narrow, budget the whole fleet.
07
How to evaluate an AI agent's work with repeatable checks: golden sets, rule-based assertions, LLM-as-judge, human spot-checks, and a tracked pass rate.
FIELD MANUAL / GUIDES
Standalone references that sit beside the chapters: how to stop a run, how to cap what it spends, and how the four mounts compare.
A kill switch for an AI agent is a stop condition plus a mechanism outside the model that enforces it. Five mechanisms work: a process or session kill, a hook that blocks the tool call, an approval gate before side effects, a turn or budget cap, and revoking the credential. Fire each on a harmless run before trusting it.
A spend cap stops an AI agent at a limit; an alert only tells you afterwards. Caps count tokens, dollars or turns, per run or per day. Claude Code has a per-run dollar cap in print mode; Codex and Gemini CLI do not, and Cursor documents none, so their enforceable limit sits in billing, turns or a hook you write.
AI agent permissions, run caps and kill switches differ across Claude Code, Cursor, Codex CLI and Gemini CLI. Claude Code has allow, ask and deny rules and a per-run dollar cap in print mode. Codex sandboxes by default and fails closed. Gemini CLI ships a turn cap and a policy engine. Cursor uses a classifier, hooks and team spend limits.
THE NEXT HORIZON
One task. One outcome. One honest record.