Random thoughts:
Since Azm FGFA/NGFA is a fighter starting development in contemporary times it is important that it utilizes one of the best uses of computers for design, manufacturing, and maintenance: Digital Twin.
A digital twin is exactly what it sounds like. It's a super super detailed computer simulation of your product that you build in parallel to your actual product. The advantages of doing this are also kind of obvious: you can do predictive maintenance, test out new design modifications at super-low costs, do all sorts of integration for much cheaper (sim aspect weighed more heavily than flight tests), track all the blocks and upgrades and the effects they may have, run hundreds and thousands of sims (as opposed to a few flight tests which cost a lot of money).
The way to build a digital twin is to model the crap out of every tiny component, use reduced-order modeling (ROM) techniques to simplify the models, test the models, and then connect the models to each other. The simplest model in a digital twin may represent the cockpit actuator, or a switch in the cockpit. The most complex models will generally be the aerodynamic and engine models. It takes a lot of computing power and human resource to construct, maintain, and run a digital twin but in the long run it saves costs.
This may be our opportunity to leapfrog into this new era of digital twins.
I believe the Boeing 777x has a digital twin, so do the F-35 and Tempest.
There is some debate on whether or not it is worth the cost but in my opinion it really is (if done right).