I’m not part of the alignment field or working in AI professionally, so this might be off in ways I don’t see. Still, I’ve been thinking a lot about systems, trust, and what happens when things start drifting in subtle ways. I wanted to write this down in case there’s anything useful in it. Or even if it merely allows others working in the field to create something useful out of it one day with or without my personal involvement.

The short version is: what if alignment needs to be built around recursive adversarial oversight, instead of assuming we’ll always have stable external checks?

What I mean by that:

Instead of relying on a single overseer or trusted signal,
have a structure where multiple subsystems are tasked with distrusting each other.
Each one tries to verify or challenge the output of another —
not to converge on truth, but to make deception or drift hard to maintain over time.

Basically, trust emerges only when contradiction fails.

Why I think this might be important:

Most alignment ideas I’ve read seem to assume
that either humans or aligned models will be able to catch when things go wrong.
But as systems get more advanced, I’m not sure if that will hold.
Even honest systems might start drifting in ways we can’t track fast enough,
especially if their outputs still look good on the surface.

And if oversight relies on human governance, or stable infrastructure,
it might not scale or last.

Why this might scale better than some other ideas:

It doesn’t rely on a single trusted overseer.
It gets stronger (maybe) as models get stronger — they can be used to interrogate each other.
If we lose interpretability or legibility at some point, we might still catch contradictions behaviorally.
It feels less like managing from the outside and more like training the system to audit itself from within.

Some questions I don’t know how to answer:

Would recursion just collapse into noise if it goes too deep?
Could these oversight systems start gaming each other or colluding?
What stops a dominant model from eventually controlling all its own auditors?
How would you even test this early on without massive complexity?

I’m not claiming this solves anything.
It just seems like an approach that might be worth considering, especially if some of the approaches we’re currently working under start to break down over time.

I mainly wanted to post this because, from everything I’ve read and listened t...

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