Updates don’t announce what they reset.
There’s no error, nothing crashes, and the tool opens exactly as it did yesterday. It has simply stopped doing one specific thing you configured it to do, and you find out three drafts later, if you find out at all. That’s the failure mode worth designing against, because a loud break gets fixed the same afternoon and a silent one becomes your new normal.
The fix is unglamorous: keep your configuration outside the tool, pin the version you’ve verified, and run the same short check every time you move.
The two ways an update breaks you
A command changes name, or stops existing. Your notes, your shortcuts, and whatever runbook you wrote all point at something that used to be there. This one is annoying rather than dangerous, since it fails visibly the moment you try to use it.
Your customisation gets bypassed. This is the dangerous one. Most tools keep their own internal copy of the defaults you’ve been overriding, and an update replaces that copy without asking. If you ever edited it directly, your edit is gone and nothing tells you. The tool keeps working. It just works like it did before you customised it, which is precisely the state that produces output you’ll accept without noticing.
The second failure is why the first rule of maintaining an AI setup has nothing to do with updates at all.
Keep your configuration out of the tool
Never edit anything inside the tool’s own directory. Nothing that lives there survives, so nothing you care about should live there.
Your configuration belongs in your own folder, next to your work, where you control it and can see its history. The tool reads from there. That single boundary converts an update from a risk into a non-event, since there’s nothing of yours in the blast radius. The setup I’ve described across this whole cluster is built on that assumption, and it’s why the layer survives changing tools rather than being tied to one.
If you have edited inside a tool at some point, that’s the thing to fix before the next update rather than after it. Move it out, point the tool at the new location, and confirm it reads it.
Pin known-good, not latest
A pin isn’t a refusal to upgrade. It’s a written record of the version you actually verified against your own setup, which is a different and more useful thing than the newest release.
The value shows up in what it lets you distinguish. Without a pin, you can’t tell a deliberate upgrade from silent drift, and every unexplained change in behaviour becomes an argument with yourself about whether the tool changed or you’re imagining it. With one, drift is a fact you can check in a few seconds.
Version numbers help, up to a point. Under semantic versioning, a major bump is the maintainer’s explicit statement that something incompatible changed, a minor one adds capability, and a patch fixes behaviour. Read it as a signal about how carefully to verify, not as a guarantee. Plenty of tools version loosely, and a patch release can still ship a new default that quietly overrides yours.
Alongside each pinned version, write what the tool is for in one line. Six months later, that sentence is what tells you whether a breaking change matters or whether you can take it without thinking.
The other half of a pin is a moment when you look at it. Mine is monthly, plus whenever the drift check flags something, plus before any stretch where I’m going to lean on the tools harder than usual. Updating in the middle of a push is how a bad afternoon turns into a bad week.
Five checks after every update
The same five, in the same order, every time. It takes a few minutes and it’s the entire safety net.
Is my configuration still there? A one-line check that each project still has its files. Trivial, and the first thing to rule out.
Does the tool still load it? Present and loaded are different states. Start something real and confirm the tool announces it picked up your configuration rather than falling back to defaults. This is the check that catches a changed loading contract, which is the most common silent break.
Does the quality gate still fire? Run a draft through it. If the tool has introduced a new default tone, your rules should still win. Confirm they do rather than assuming.
Do the commands still match? Skim what changed. Anything renamed, added, or removed gets fixed in your own notes immediately, while you know why.
Is the safety rule intact? For me that’s the draft-only boundary from the previous piece: confirm the publishing path still defaults to a draft. An update should never be able to flip that to live, and checking takes ten seconds against the cost of finding out the other way.
Then record it. Bump the pinned version, date it, and if something broke and you worked around it, write the workaround next to the pin. The next update is the one that needs to know.
The whole pass takes less time than re-reading a draft. That ratio is the argument: a few minutes on a known schedule, against an unknown number of pieces shipped out of a setup that quietly reverted.
Automate the detection, never the fix
A drift check is a good thing to run on a schedule. Mine runs locally once a week, tells me whether anything moved, and stops there.
That stopping point is the rule. Automation in this setup detects and reports. It doesn’t repair, and it doesn’t update on my behalf, because an automatic update is exactly the silent change the whole practice exists to catch. A script that says “this moved” is doing its job. A script that quietly resolves it has become the problem it was written to find.
Keeping it local matters too. A maintenance check that depends on a cloud service is a maintenance check with its own maintenance, and you’ll be debugging the monitor instead of the thing it monitors.
Nothing in my own setup has silently reverted yet. The ritual came before the incident, which is the only order in which a ritual like this ever gets written calmly.
The disruption I have seen arrives from a different direction. A new model lands underneath the same configuration, and a setup tuned for the previous one starts behaving differently. Nothing reverted. Nothing broke. The instructions are word for word what they were, and the output has moved anyway. No version pin covers that, because the thing that changed isn’t the thing you pinned.
The same five checks catch it, which is the real argument for running them on a schedule rather than only in the minutes after you press update.
Pin the version that works. Then update on purpose.
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