I am obviously in the minority here. Communist Chinese products are required, by law to have backdoors for Government use. That is why I avoid them. I don't want to be using a Chinese product that can be bricked by the Communist Chinese Government at anytime. Countries using these products for their Internet backbones will be in for a nasty surprise if their government angers China. I know this is political but most of the posts for this story are. Countries can ban product from where ever they want. Most countries do.
It is very hard to say "no" to your government. And actually it should be, too, because they are or at least represent the sovereign: if you say no to your sovereign, that easily leads to treason everywhere.
And I'm quite sure that quite often it doesn't even take a law: a phone call or a personal visit may suffice, even if your country is regarded as a democracy: you do remember what Edward Snowden made public, right?
It's becoming quite a mess, obviously, when every government demands a backdoor into tech that is somehow produced or just operated within their realm, to potentially weaponize it aginst any other country or just the local opposition.
And it doesn't get any easier by some big international corporations establishing their own digital realms or metaverses where they claim sovereignty, being legislator, judge and executionor but mostly the taxman.
DJI makes marvelous products and may have some of the best-meaning and brilliant engineers. But there is no escaping the pressure of the bureaucrats, be they from the middle kingdom or from anywhere they sell.
One escape valve would obviously be open-source, but handing the brilliant blueprints to the competition is something very few Chinese will do voluntarily, knowing their compatriots and the global competition.
Designing drones in such a way that they remain non-trivial to clone yet open to open source control might be an avenue, but it will require a very costly redesign with well defined abstraction layers.
This can't be all impossible, because it is done with mobile handsets, where typically the broadband access layer is protected by an (e.g. L4 based) enclave that doesn't offer consumer payloads or code access.
Dealing with sovereign conflicts in a provable and observeable way within very small consumer devices is going to be required in nearly every domain. I believe that incorporating spatiality in general and a spatial representation of regulation will make this algorithmically much easier to at least approximate, because it uses well known GPU occlusion processing.
Obviously this will eat quite a few of transistors, but we still seem to get more of those much easier than world peace.