Making overloaded member access operator in C++ return a temporary

I want to write class similar to below, where IteratorLike can only be dereferenced to a new value, as the iterator provides a view different to the underlying structure that makes returning a simple reference unfeasible.

class IteratorLike
{
public:
    MyValue operator*() const { return MyValue(...); }
    auto operator->() const { return **this; } // This does not work generally due to member access semantics.
};

All in all, I just want IteratorLike()->x to mean the same thing as (*IteratorLike()).x.

One could simply overload operator->() in the MyValue class, but i want this to work in all cases. Using a wrapper type that overloads operator->() seemed like a plausible solution, but this does not work when returning an rvalue. In the example on godbolt is a working implementation of such a wrapper, including the undefined behaviour it causes due to the dangling reference.

Is there a way to make this work?

If the wrapper could return a pointer to an prvalue, then the line int &qa = MyIteratorLike()->x; would in my understanding be caught by the compiler, but such a thing seems impossible.

Is there a way to make this work?

No. Value category is a property of an expression, not of a type. "pointer to prvalue" is not a thing