Related to this aspect, pull rod front suspension, AN interview in which he talks specifically about this design.
Quoted from memory .... the RB platform he is credited with that suspension, moved driver back as far as possible, resulting in engine located as far rearmost as could be arranged. Then front suspension subjected to the tub's cross section at that point to fit in competent front suspension.
He specifically said that he always wants the keel shape (like a boat) at that point for flow volume approaching floor and so that shape in this iteration would bring too much geometric compromise to push rod arrangement. Hence the pull rod design being primary as result of desirable flow at front end of chassis. Also adding that it benefits front brake duct design but not being specific about the gain from that component. Not said by him, but it looks and sounds like (as he elaborated on downstream aspect in talking about clearing wheel wake after this) this is trying to tidy the problematic wheel wake and move it out the side of chassis with as much power as possible.
Furthermore, he spoke of using high pressure effect underneath the leading part of sidepod entry to also eject "dirty" flow away from the chassis and out to side.
Sounds like he disagreed with putting sdepod entry under the pod top surface as it reduces the potency of that flow to enact cleaning of further downstream vehicle architecture. Thats my understanding of his description.
Equally, the move from pull rear on previous RB to push on this era, was to package the suspension into a now very much reduced gearbox space (remember that moving both driver and engine rearmost) while also keeping clear of where the gearbox drops down into diffuser area.
Effectively both front and rear are slaved to pure aero performance, and completely confirmed by his own description.
Interestingly, the McL (under James key, I believe) came to the same start point, and now with aero competency added seems quite productive.
Guessing that Ferrari are now looking and comparing those front end flow structures to give their design comparable scope as these two.