subsystems

But orchestration is about coordination, often of dissimilar things; that means dealing with different APIs, end-points, and subsystems.

You're not even detaching resource subsystems from a unit of execution's POV, you're cloning the entire OS namespace modulo disallowed subsystems for every unit of execution.

Effective at architecting complex interactions across several subsystems to resolve real-world issues, articulating the architecture and obtaining buy-in from other teams.

There's no longer any need to worry about interrupt sharing or other conflicts between subsystems, so introducing new alternatives doesn't have a multiplicative effect.

Hopefully you now have an architecture with stable interfaces, even if individual subsystems need to be completely rewritten during the course of the project.

Not really, just an auto-tiering hybrid array, next generation storage subsystems i.e.

Many argue that an exascale computer can only be cost efficient if the communication capabilities scale highly sublinearly with the computation done in the subsystems [1].

Put interfaces between the subsystems that need to be connected.

This seems like a roadblock that is rather inherent to the app container model of making images of host OS subsystems partitioned into their own namespaces.

I immediately thought of an unlocked firmware update (or boot over CAN) in some entertainment computer component that can then spoof other subsystems.

Docker doesn't give you reproducible builds because you're still running in a raw host OS environment with all its state, but simply the subsystems partitioned into their own namespaces.

With CMS tech, I've seen even smart developers consistently underestimate the difficulty and time involved in building subsystems like user access controls, document revisioning, media asset handling.

Emacs, particularly the Mitsuharu version of Emacs (which everyone who uses Emacs with a pointing device on OS X should be using because the FSF version often has bugs that affect Emacs's integration with OS X's graphical subsystems) gets this "rightmost column of pixels" issue right.

We also have a brain with multiple subsystems that can override each other, and we see this behaviour as "normal" (i.e we don't get confused and puzzled by a fat person eating, thinking to ourselves "I don't get it, they clearly don't need the food...

According to the author, the United States indeed "walks like a duck and talks like a duck," to the extent that it is homeostatic (feeds itself, defends itself, undertakes coordinated actions such as trade embargoes) and large scale information transfer does occur between its constituent subsystems (humans, say).