If you've been learning about AI alignment for even a little while, you might've had a thought like "Why can't we just do [this thing that seems like it would solve the problem]?"

Unfortunately, many AI alignment and safety proposals that initially look like solutions to AI risk turn out to have hidden difficulties. It’s surprisingly easy to come up with “solutions” which don’t actually solve the problem. Some intuitive alignment proposals (which are generally agreed to be inadequate) include:

Why can’t we just program the AI not to harm us?
Why can’t we just tell the AI to do what is moral?
Why can’t we just tell the AI to be friendly?
Why can’t we just turn the AI off if it starts to misbehave?
Why can’t we just tell an AI just to figure out what we want and then do that?
Why can’t we just tell the AI to figure out right from wrong itself?
Why can’t we just keep an AI contained in a box?
Why can’t we just block an AI from using the internet?
Why can’t we just tell the AI not to lie?
Why can’t we just not build AI a body?
Why can’t we just raise AI like a child?
Why can’t we just live in symbiosis with AGI?
Why can’t we just use a more powerful AI to control a potentially dangerous AI?
Why can’t we just use Asimov’s laws?
Why can’t we just treat AI like any other dangerous technological tool?
Why can’t we just not build AI?

At a high level, some common pitfalls with alignment proposals include that the proposed solution:

…requires human observers to be smarter than the AI. Many safety solutions only work when an AI is relatively weak, but break when the AI reaches a certain level of capability (for many reasons, e.g. deceptive alignment).
…appears to make sense in natural language, but when properly unpacked is not philosophically clear enough to be usable.
… despite being philosophically coherent, we have no idea how to turn them into computer code (or if that’s even possible).
…they’re things which we can’t do.
…although we can do them, they don’t solve the problem.
…only solves a subcomponent of the problem, but leaves the core problem unresolved.
…solves the problem only as long as we stay “in distribution” with respect to the original training data (distributional shift will break it).
…might work eventually, but we can’t expect it to work on the first try (and we'll likely only get one try at aligning a superintelligence!).

See the related questions below for some proposals which come up often, or check out John Wentworth’s sequence

See the related questions below for some of the proposals which often come up.

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Can't we just tell an AI to do what we want?.link_svg__st0{opacity:.6;enable-background:new}.link_svg__st1{fill:gray}

Can we constrain a goal-directed AI using specified rules?.link_svg__st0{opacity:.6;enable-background:new}.link_svg__st1{fill:gray}

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Any AI will be a computer program. Why wouldn't it just do what it's programmed to do?.link_svg__st0{opacity:.6;enable-background:new}.link_svg__st1{fill:gray}

Why don't we just not build AGI if it's so dangerous?.link_svg__st0{opacity:.6;enable-background:new}.link_svg__st1{fill:gray}

Why can’t we just do x?.link_svg__st0{opacity:.6;enable-background:new}.link_svg__st1{fill:gray}

Why can't we just turn the AI off if it starts to misbehave?.link_svg__st0{opacity:.6;enable-background:new}.link_svg__st1{fill:gray}

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