Perhaps, so far I have seen "relatively few" induction plate of various vendor and shape, none do that at low/mean temp, only pushed to the maximum (witch is used normally just to boil since for frying means melting the fryer itself, so where "the right temp" does not count that much). IR models, including some pro one from a restaurant of some friends, do the same, but at least heating
outside the pot the effect is less seen inside. Classic resistance direct coupled with the pot (coated aluminum, BBQ-alike plachas etc) do the same, all seems to be unable to regulate the heat, that's means they can only run full power and regulate temp choosing how much alternate on-and-off states...
Theoretically I can imaging an induction plate made of many very small coils stitched together in a matrix so it's possible power only some of them using the metal of the pot and round-robin rotation of powered coils to keep the heat well spread and a constant transfer of little heat as needed, but so far I do not see anything like that on sale. I only see some pot with small steel inserts in an aluminum alloy to spread better the heat in the pot, some others mix different stratus of materials to achieve something similar but all can't compensate the irregular source of heat much.
Theoretically I suppose IR plate can do the same, so classic resistance instead of a single bend costantan-alike "pipe" (sorry for my English, not my motherlanguage) can be a set of smaller ones with a controller to power just some, but again I do not see anything similar on sale.
Perhaps having a thermometer inside the pot instead of in the plate might be of help to mitigate the effect, but it's hard to achieve, similarly tie a plate with specific pot to ensure a certain behavior can mitigate, but definitively not solve the issue. We have apparently no way to compensate heat dispersion - heat generation...
Just try yourself: put a pot on a plate, with a very thin stratus of cooking oil (<1mm) or just a thinker (<4mm) of water and set the plate to the minimum, you'll see alternation of frying/boiling moment and "low heat" ones. An optical thermometer can easily confirm. For induction even noise can confirm the origin, a power meter can equally certify that.